Sony_BDV-N7200W_HBD-N5200W,HBD-N7200W,HBD-N7200WL,HBD-N9200W,HBD-N9200WL.pdf

HBD-N5200W/N7200W/N7200WL/ N9200W/N9200WL

SERVICE MANUAL

US Model HBD-N5200W/N7200W

Ver. 1.0 2014.01

Canadian Model HBD-N9200W

AEP Model HBD-N5200W/N7200W/N7200WL/ N9200W/N9200WL

UK Model HBD-N5200W/N7200W/N7200WL

E Model HBD-N7200W/N9200W/N9200WL Photo: HBD-N9200W

Australian Model Saudi Arabia Model HBD-N9200W/N9200WL

Mexican Model PX Model HBD-N5200W

Photo: HBD-N9200WL • • • • • •

HBD-N5200W is the Blu-ray discTM/DVD receiver in BDV-N5200W. HBD-N7200W is the Blu-ray discTM/DVD receiver in BDV-N7200W. HBD-N7200WL is the Blu-ray discTM/DVD receiver in BDV-N7200WL. HBD-N9200W is the Blu-ray discTM/DVD receiver in BDV-N9200W. HBD-N9200WL is the Blu-ray discTM/DVD receiver in BDV-N9200WL. In order to perform the operation checking, all the units contained in this unit are needed.

Model Name Using Similar Mechanism

NEW

Optical Device Name

KEM480AHA/C2RP1

SPECIFICATIONS US model only: AUDIO POWER SPECIFICATIONS POWER OUTPUT AND TOTAL HARMONIC DISTORTION: (FTC) Front L + Front R: With 6 ohms loads, both channels driven, from 180 Hz – 20,000 Hz; rated 70 watts per channel minimum RMS power, with no more than 1% total harmonic distortion from 250 milliwatts to rated output. Other models: POWER OUTPUT (rated) Front L/Front R: 125 W + 125 W (at 6 ohms, 1 kHz, 1% THD) POWER OUTPUT (reference) Front L/Front R: 200 W (per channel at 6 ohms, 1 kHz) Center: 200 W (at 6 ohms, 1 kHz) Subwoofer: 200 W (at 6 ohms, 80 Hz) Inputs (Analog) AUDIO IN Sensitivity: 2 V/700 mV

9-890-638-01 2014A80-1 © 2014.01

Inputs (Digital) TV (Audio Return Channel/OPTICAL) Supported formats: LPCM 2CH (up to 48 kHz), Dolby Digital, DTS HDMI (IN 1)/HDMI (IN 2) Supported formats: LPCM 5.1CH (up to 48 kHz), LPCM 2CH (up to 96 kHz), Dolby Digital, DTS HDMI Section Connector Type A (19pin) BD/DVD/Super Audio CD/CD System Signal format system NTSC/PAL (AEP, AUS, E12, E3, EA, E32, MX, MX6) NTSC (US, CND, PX) USB Section (USB) port: Type A (For connecting USB memory, memory card reader, digital still camera, and digital video camera) LAN Section LAN (100) terminal 100BASE-TX Terminal

Sony Corporation Published by Sony EMCS (Malaysia) PG Tec

Wireless LAN Section Standards Compliance IEEE 802.11 a/b/g/n Frequency band 2.4 GHz, 5 GHz BLUETOOTH Section Communication system BLUETOOTH Specification version 3.0 Output BLUETOOTH Specification Power Class 2 Maximum communication range Line of sight approx. 10 m (33 ft)1) Frequency band 2.4 GHz Modulation method FHSS (Freq Hopping Spread Spectrum) Compatible BLUETOOTH profiles2) A2DP 1.2 (Advanced Audio Distribution Profile) AVRCP 1.3 (Audio Video Remote Control Profile)

Supported Codecs3) SBC4), AAC Transmission range (A2DP) 20 Hz – 20,000 Hz (Sampling frequency 44.1 kHz, 48 kHz) 1) The actual range will vary depending on factors such as obstacles between devices, magnetic fields around a microwave oven, static electricity, cordless phone, reception sensitivity, antenna’s performance, operating system, software application, etc. 2) BLUETOOTH standard profiles indicate the purpose of BLUETOOTH communication between devices. 3) Codec: Audio signal compression and conversion format 4) Subband Codec

– Continued on next page –

BLU-RAY DISCTM/DVD RECEIVER

HBD-N5200W/N7200W/N7200WL/N9200W/N9200WL

FM Tuner Section System PLL quartz-locked digital synthesizer Tuning range 87.5 MHz - 108.0 MHz (100 kHz step) (US, CND, PX models) 87.5 MHz – 108.0 MHz (50 kHz step) (other models) Antenna (aerial) FM wire antenna (aerial) Antenna (aerial) terminals 75 ohms, unbalanced General Main unit Power requirements US, CND models: 120V AC, 60Hz PX model: 110V - 240V AC, 50/60Hz MX model: 120V AC, 60Hz MX6, E32 models: 110V - 240V AC, 50/60 Hz Other models: 220 V – 240 V AC, 50/60 Hz Power consumption On: 95 W (HBD-N9200W/ HBD-N7200W/HBD-N5200W) 105 W (HBD-N9200WL/ HBD-N7200WL) Standby: 0.3 W Dimensions (w/h/d) (approx.) 480 mm × 78 mm × 212.5 mm (19 in x 3 1/8 in x 8 3/8 in) incl. projecting parts Mass (approx.) 3.1 kg (6 lb 14 oz) Design and specifications are subject to change without notice.

Copyrights and Trademarks • This system incorporates with Dolby* Digital and Dolby Pro Logic adaptive matrix surround decoder and the DTS** Digital Surround System. * Manufactured under license from Dolby Laboratories. Dolby, Pro Logic, and the double-D symbol are trademarks of Dolby Laboratories. ** For DTS patents, see http://patents.dts.com. Manufactured under license from DTS Licensing Limited. DTS, DTS-HD, the Symbol, & DTS and the Symbol together are registered trademarks of DTS, Inc. © DTS, Inc. All Rights Reserved. • This system incorporates High-Definition Multimedia Interface (HDMI™) technology. The terms HDMI and HDMI High-Definition Multimedia Interface, and the HDMI Logo are trademarks or registered trademarks of HDMI Licensing LLC in the United States and other countries. • Java is a trademark of Oracle and/or its affiliates. • DVD Logo is a trademark of DVD Format/Logo Licensing Corporation. • “Blu-ray Disc”, “Blu-ray”, “Blu-ray 3D”, “BD-LIVE”, “BONUSVIEW”, and logos are trademarks of the Blu-ray Disc Association. • “Blu-ray Disc”, “DVD+RW”, “DVD-RW”, “DVD+R”, “DVD-R”, “DVD VIDEO”, and “CD” logos are trademarks. • “Super Audio CD” is a trademark. • App Store is a service mark of Apple Inc. • “BRAVIA” is a trademark of Sony Corporation. • “AVCHD 3D/Progressive” and the “AVCHD 3D/Progressive” logo are trademarks of Panasonic Corporation and Sony Corporation. , “XMB”, and “xross media bar” are trademarks of Sony Corporation and Sony Computer • Entertainment Inc. • “Playstation” is a registered trademark of Sony Computer Entertainment Inc. • “Sony Entertainment Network” logo and “Sony Entertainment Network” are trademarks of Sony Corporation. • Music and video recognition technology and related data are provided by Gracenote®. Gracenote is the industry standard in music recognition technology and related content delivery. For more information, please visit www.gracenote.com. CD, DVD, Blu-ray Disc, and music and video-related data from Gracenote, Inc., copyright © 2000-present Gracenote. Gracenote Software, copyright © 2000-present Gracenote. One or more patents owned by Gracenote apply to this product and service. See the Gracenote website for a nonexhaustive list of applicable Gracenote patents. Gracenote, CDDB, MusicID, the Gracenote logo and logotype, and the “Powered by Gracenote” logo are either a registered trademark or a trademark of Gracenote, Inc. in the United States and/or other countries.

• • • • • • •

• •

•

• •

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2

Wi-Fi®, Wi-Fi Protected Access® and Wi-Fi Alliance® are registered trademarks of Wi-Fi Alliance. Wi-Fi CERTIFIED™, WPA™, WPA2™, Wi-Fi Protected Setup™, Miracast™ and Wi-Fi CERTIFIED Miracast™ are trademarks of Wi-Fi Alliance. The N Mark is a trademark or registered trademark of NFC Forum, Inc. in the United States and in other countries. Android™ is a trademark of Google Inc. Google Play™ is a trademark of Google Inc. “Xperia” is a trademark of Sony Mobile Communications AB. The Bluetooth® word mark and logos are registered trademarks owned by Bluetooth SIG, Inc. and any use of such marks by Sony Corporation is under license. Other trademarks and trade names are those of their respective owners. MPEG Layer-3 audio coding technology and patents licensed from Fraunhofer IIS and Thomson. This product incorporates proprietary technology under license from Verance Corporation and is protected by U.S. Patent 7,369,677 and other U.S. and worldwide patents issued and pending as well as copyright and trade secret protection for certain aspects of such technology. Cinavia is a trademark of Verance Corporation. Copyright 2004-2010 Verance Corporation. All rights reserved by Verance. Reverse engineering or disassembly is prohibited. Windows Media is either a registered trademark or trademark of Microsoft Corporation in the United States and/or other countries. This product is protected by certain intellectual property rights of Microsoft Corporation. Use or distribution of such technology outside of this product is prohibited without a license from Microsoft or an authorized Microsoft subsidiary. Content owners use Microsoft PlayReady™ content access technology to protect their intellectual property, including copyrighted content. This device uses PlayReady technology to access PlayReady-protected content and/or WMDRM-protected content. If the device fails to properly enforce restrictions on content usage, content owners may require Microsoft to revoke the device’s ability to consume PlayReady-protected content. Revocation should not affect unprotected content or content protected by other content access technologies. Content owners may require you to upgrade PlayReady to access their content. If you decline an upgrade, you will not be able to access content that requires the upgrade. DLNA™, the DLNA Logo and DLNA CERTIFIED™ are trademarks, service marks, or certification marks of the Digital Living Network Alliance. Opera® Devices SDK from Opera Software ASA. Copyright 1995-2013 Opera Software ASA. All rights reserved.

All other trademarks are trademarks of their respective owners. Other system and product names are generally trademarks or registered trademarks of the manufacturers. ™ and ® marks are not indicated in this document.


SAFETY CHECK-OUT After correcting the original service problem, perform the following safety check before releasing the set to the customer: Check the antenna terminals, metal trim, “metallized” knobs, screws, and all other exposed metal parts for AC leakage. Check leakage as described below. LEAKAGE TEST The AC leakage from any exposed metal part to earth ground and from all exposed metal parts to any exposed metal part having a return to chassis, must not exceed 0.5 mA (500 microamperes.). Leakage current can be measured by any one of three methods. 1. A commercial leakage tester, such as the Simpson 229 or RCA WT-540A. Follow the manufacturers’ instructions to use these instruments. 2. A battery-operated AC milliammeter. The Data Precision 245 digital multimeter is suitable for this job. 3. Measuring the voltage drop across a resistor by means of a VOM or battery-operated AC voltmeter. The “limit” indication is 0.75 V, so analog meters must have an accurate low-voltage scale. The S pson 250 and Sanwa SH-63Trd are examples of a passive VOM that is suitable. Nearly all battery operated digital multimeters that have a 2 V AC range are suitable. (See Fig. A) To Exposed Metal Parts on Set

0.15 —F

1.5 kŸ

AC voltmeter (0.75 V)

Earth Ground

Fig. A. Using an AC voltmeter to check AC leakage. NOTES ON CHIP COMPONENT REPLACEMENT • Never reuse a disconnected chip component. • Notice that the minus side of a tantalum capacitor may be damaged by heat. CAUTION Use of controls or adjustments or performance of procedures other than those specified herein may result in hazardous radiation exposure.

This appliance is classified as a CLASS 1 LASER product. This marking is located on the bottom exterior of the main unit. Pick-up unit of this appliance is classified as a CLASS 3R LASER product. Visible and invisible laser radiation is emitted when the laser protective housing is opened, so be sure to avoid direct eye exposure. This marking is located on the bottom exterior of the main unit.

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TABLE OF CONTENTS 1.

SERVICING NOTES .............................................

TEST MODE ............................................................ 35

6-19. 6-20. 6-21. 6-22. 6-23. 6-24. 6-25. 6-26. 6-27. 6-28. 6-29. 6-30. 6-31. 6-32. 6-33. 6-34.

Schematic Diagram - MB1305 Board (1/9) - ................. Schematic Diagram - MB1305 Board (2/9) - ................. Schematic Diagram - MB1305 Board (3/9) - ................. Schematic Diagram - MB1305 Board (4/9) - ................. Schematic Diagram - MB1305 Board (5/9) - ................. Schematic Diagram - MB1305 Board (6/9) - ................. Schematic Diagram - MB1305 Board (7/9) - ................. Schematic Diagram - MB1305 Board (8/9) - ................. Schematic Diagram - MB1305 Board (9/9) - ................. Printed Wiring Board - AMP Board (Component Side) - .................................. Printed Wiring Board - AMP Board (Conductor Side) - .................................... Schematic Diagram - AMP Board (1/2) - ....................... Schematic Diagram - AMP Board (2/2) - ....................... Printed Wiring Board - AUDIO IO Board - .................... Schematic Diagram - AUDIO IO Board - ...................... Printed Wiring Board - FL+CHUKEI Board -................ Schematic Diagram - FL+CHUKEI Board - .................. Printed Wiring Board - TOUCH_F Board - .................... Schematic Diagram - TOUCH_F Board -....................... Printed Wiring Board - LED CHUKEI Board - .............. Schematic Diagram - LED CHUKEI Board - ................ Printed Wiring Board - TOUCH_S Board - .................... Schematic Diagram - TOUCH_S Board -....................... Printed Wiring Board - FUSB+SIRCS Board - .............. Schematic Diagram - FUSB+SIRCS Board - ................. Printed Wiring Board - POWER KEY Board -............... Schematic Diagram - POWER KEY Board - .................

4.

ELECTRICAL CHECK ......................................... 46

7.

EXPLODED VIEWS

5.

TROUBLESHOOTING .......................................... 47

6.

DIAGRAMS

7-1. 7-2. 7-3. 7-4. 7-5. 7-6. 7-7. 7-8.

Cover (Top) Section ........................................................ 108 TOUCH_F Board, TOUCH_S Board Section ................ 109 Mechanism Deck Section ............................................... 110 Optical Device KEM480AHA/C2RP1 (OP1) Section ... 111 Cover (Bottom) Section .................................................. 112 Shield (Power) Section ................................................... 113 MB1305 Board Section .................................................. 114 Switching Regulator Section .......................................... 115

8.

ELECTRICAL PARTS LIST .............................. 116

2.

DISASSEMBLY

2-1. 2-2. 2-3. 2-4. 2-5. 2-6. 2-7. 2-8. 2-9. 2-10. 2-11. 2-12. 2-13. 2-14. 2-15. 2-16. 2-17. 2-18. 2-19. 2-20. 2-21. 2-22. 2-23.

Disassembly Flow ........................................................... Cover (Top) ..................................................................... TOUCH_F Board, TOUCH_S Board Block................... Inner Door Block ............................................................ Cover (Bu Top) ............................................................... Loading Assy Block ........................................................ Optical Device Block ...................................................... Flexible Flat Cable (45 Core), Wire (Flat Type) (9 Core), Wire (Flat Type) (5 Core) .... Optical Device KEM480AHA/C2RP1 (OP1) ................ Cover (Bottom) Block .................................................... WLAN/BT Combo Card ................................................. FL+CHUKEI Board........................................................ RF Modulator (WS001) .................................................. LED CHUKEI Board ...................................................... FUSB+SIRCS Board ...................................................... AUDIO IO Board............................................................ Shield (Power) Block ...................................................... MB1305 Board ............................................................... DC Fan ............................................................................ Power Cord ..................................................................... AMP Board ..................................................................... Switching Regulator ....................................................... How To Bend FFC ..........................................................

3.

6-1. 6-2. 6-3. 6-4. 6-5. 6-6.

Block Diagram - SERVO Section - ................................ Block Diagram - MEMORY Section -............................ Block Diagram - MAIN Section -................................... Block Diagram - AMP Section - ..................................... Block Diagram - POWER SUPPLY Section - ................ Printed Wiring Board - MB1305 Board (Component Side) - ............................ 6-7. Printed Wiring Board - MB1305 Board (Conductor Side) - ..............................

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15 16 17 18 19 20 21 22 23 24 25 25 26 26 27 27 28 29 30 30 31 32 33

51 52 53 54 55 57 58

SAFETY-RELATED COMPONENT WARNING! COMPONENTS IDENTIFIED BY MARK 0 OR DOTTED LINE WITH MARK 0 ON THE SCHEMATIC DIAGRAMS AND IN THE PARTS LIST ARE CRITICAL TO SAFE OPERATION. REPLACE THESE COMPONENTS WITH SONY PARTS WHOSE PART NUMBERS APPEAR AS SHOWN IN THIS MANUAL OR IN SUPPLEMENTS PUBLISHED BY SONY. ATTENTION AU COMPOSANT AYANT RAPPORT À LA SÉCURITÉ! LES COMPOSANTS IDENTIFIÉS PAR UNE MARQUE 0 SUR LES DIAGRAMMES SCHÉMATIQUES ET LA LISTE DES PIÈCES SONT CRITIQUES POUR LA SÉCURITÉ DE FONCTIONNEMENT. NE REMPLACER CES COMPOSANTS QUE PAR DES PIÈCES SONY DONT LES NUMÉROS SONT DONNÉS DANS CE MANUEL OU DANS LES SUPPLÉMENTS PUBLIÉS PAR SONY.

4

6-8. 6-9. 6-10. 6-11. 6-12. 6-13. 6-14. 6-15. 6-16. 6-17. 6-18.

59 60 61 62 63 64 65 66 67 68 69 70 71 72 73 74 75 76 77 78 79 80 80 81 81 82 82

HBD-N5200W/N7200W/N7200WL/N9200W/N9200WL SECTION 1 SERVICING NOTES NOTES ON HANDLING THE OPTICAL PICK-UP BLOCK OR BASE UNIT The laser diode in the optical pick-up block may suffer electrostatic break-down because of the potential difference generated by the charged electrostatic load, etc. on clothing and the human body. During repair, pay attention to electrostatic break-down and also use the procedure in the printed matter which is included in the repair parts. The flexible board is easily damaged and should be handled with care. IMPORTANT NOTICE FOR OPERATION CHECK Before performing an operation check on this model, make sure you first attach inner door to prevent the laser beam from shining directly into the eyes. Additionally, before disassembling this model, make sure you remove the power cord and confirm that no electricity is flowing through this model. inner door

ADVANCE PREPARATION WHEN CONFIRMING OPERATION In order to perform the operation checking, all the units contained in this unit are needed. ABOUT THE LENS CLEANING Don’t do the lens cleaning with the cotton bud etc. It causes the trouble. RELEASING THE DISC LID LOCK The disc lid lock function for the antitheft of an demonstration disc in the store is equipped. Releasing Procedure: 1. Press the [?/1] button to turn on the system. 2. Press the [HOME] button on the remote commander to enter the home menu. 3. Touch the [x] sensor, press the [Z] button simultaneously and hold down until “D. OFF” displayed on the fluorescent indicator tube (around 5 seconds). Note: When “D. LOCK” is displayed, the disc lid lock is not released by turning power on/off with the [?/1] button.

CAPACITOR ELECTRICAL DISCHARGE PROCESSING When checking the board, the electrical discharge is necessary for the electric shock prevention. Connect the resistor to both ends of respective capacitors. •

Switching regulator C201, C207, C208, C402 – SWITCHING REGULATOR (Component Side) –

UNLEADED SOLDER Boards requiring use of unleaded solder are printed with the leadfree mark (LF) indicating the solder contains no lead. (Caution: Some printed circuit boards may not come printed with the lead free mark due to their particular size) : LEAD FREE MARK Unleaded solder has the following characteristics. • Unleaded solder melts at a temperature about 40 °C higher than ordinary solder. Ordinary soldering irons can be used but the iron tip has to be applied to the solder joint for a slightly longer time. Soldering irons using a temperature regulator should be set to about 350 °C. Caution: The printed pattern (copper foil) may peel away if the heated tip is applied for too long, so be careful! • Strong viscosity Unleaded solder is more viscous (sticky, less prone to flow) than ordinary solder so use caution not to let solder bridges occur such as on IC pins, etc. • Usable with ordinary solder It is best to use only unleaded solder but unleaded solder may also be added to ordinary solder.

C208

C207

C201 800 :/2 W (for C201)

800 :/2 W (for C208)

800 :/2 W (for C207)

800 :/2 W (for C402) C402

5


NOTE OF REPLACING THE IC101, IC202, IC305, IC705, IC901, IC1001 AND IC2001 ON THE MB1305 BOARD IC101, IC202, IC305, IC705, IC901, IC1001 and IC2001 on the MB1305 board cannot exchange with single. When these parts on the MB1305 board are damaged, exchange the entire mounted board.

NOTE OF REPLACING THE IC3101 AND IC3102 ON THE AMP BOARD AND THE COMPLETE AMP BOARD When IC3101 and IC3102 on the AMP board and the complete AMP board are replaced, it is necessary to spread the compound between parts and heat sink.

NOTE OF REPLACING THE IC2001 ON THE AUDIO IO BOARD IC2001 on the AUDIO IO board cannot exchange with single. When this part on the AUDIO IO board is damaged, exchange the entire mounted board.

Spread the compound referring to the figure below.

Part No. J-2501-221-A

Description THERMAL COMPOUND (G747)

– AMP Board (Component Side) –

NOTE OF REPLACING THE IC2951 ON THE TOUCH_S BOARD IC2951 on the TOUCH_S board cannot exchange with single. When this part on the TOUCH_S board is damaged, exchange the entire mounted board. NOTE OF REPLACING THE IC102, IC103 AND IC202 ON THE MB1305 BOARD Replacement of IC102, IC103 and IC202 on the MB1305 board used in this unit requires a special tools. NOTE OF DELETING THE PRODUCT REGISTRATION ON SEN (INTERNET VIDEO) It is needed to delete the product registration on SEN (Internet Video) by checking the “Device ID” which have 12 digits hexadecimal number. The procedure of checking “Device ID” can be followed as below : 1. Press [HOME] key of the remote commander, the message “HOME” appears on main unit. 2. Press [<] key of the remote commander and select “Setup”. 3. Press [M]/[m] key of the remote commander, select “System Settings” and press [ ] key. 4. Press [M]/[m] key of the remote commander, select “System Information” and press [ ] key. 5. Device ID will shown on the display. Device ID : XX:XX:XX:XX:XX:XX (12 digits hexadecimal number). If it is needed to delete the customer’s registration, please contact the Service Headquarter with Device ID information.

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thermal compound G747

IC3101

IC3102


MODEL IDENTIFICATION

TEST DISC

– Bottom side view –

Part No.

HBD-N9200W: CND

4-486-003-0[]

HBD-N9200W: AEP

4-486-003-1[]

HBD-N9200W: E12

4-486-003-4[]

HBD-N9200W: E3

4-486-003-5[]

HBD-N9200W: EA

4-486-003-6[]

HBD-N9200W: AUS

4-486-003-9[]

HBD-N9200W: MX6

4-486-004-1[]

HBD-N9200WL: AEP

4-486-005-1[]

HBD-N9200WL: E3

4-486-005-4[]

HBD-N9200WL: EA

4-486-005-5[]

HBD-N9200WL: AUS

4-486-005-8[]

HBD-N9200WL: MX6

4-486-006-1[]

HBD-N7200W: US

4-486-007-0[]

HBD-N7200W: AEP

4-486-007-1[]

HBD-N7200W: UK

4-486-007-2[]

HBD-N7200W: E12

4-486-007-3[]

HBD-N7200W: E32

4-486-007-6[]

HBD-N7200WL: AEP

4-486-008-1[]

HBD-N7200WL: UK

4-486-008-2[]

HBD-N5200W: US

4-486-009-0[]

HBD-N5200W: PX

4-486-009-1[]

HBD-N5200W: AEP

4-486-009-2[]

HBD-N5200W: UK

4-486-009-3[]

HBD-N5200W: MX

4-486-009-5[]

• Abbreviation AUS CND E3 E12 E32 EA MX MX6 PX

: : : : : : : : :

Australian model Canadian model 240 V AC area in E model 220 – 240 V AC area in E model 110 – 240 V AC area in E model Saudi Arabia model Mexican model Latin-American model PX model

Description

Layer

BLX-104

Single Layer

J-6090-200-A

BLX-204

Dual Layer

J-2501-307-A

CD (HLX-A1)

J-2501-305-A

HLX-513

Single Layer (NTSC)

J-2501-306-A

HLX-514

Dual Layer (NTSC)

J-6090-077-A

HLX-506

Single Layer (PAL)

J-6090-078-A

HLX-507

Dual Layer (PAL)

Note: Refer to the service manual of BDP-BX1/S350 (Part No. 9-883989-1[]) (page 1-3 to 1-14E) for the use of BLX-104/204.

Part No. Model

Part No. J-6090-199-A

Operation and Display: 1. BLX-104 Procedure: 1. Select 23.976Hz/1080P. 2. Play “4. Motion picture”. 3. Check whether player can play back or not. 4. Check each outputs. • HDMI • Audio • Speaker out * When 1080/24P monitor is nothing, 1080i (59.94Hz or 50Hz) can use instead of 1080/24P. However this is temporary correspondence. * It is necessary to lower the output of HDMI to 480P or 576P or less. 2. BLX-204 Procedure: 1. Select 1080i (59.94Hz or 50Hz). 2. Play “4. Motion picture”. 3. Check whether player can play back or not. (Check the picture and sound output) 3. CD (HLX-A1) Procedure: Check whether player can play back or not. (Check the sound output) 4. HLX-513/514 (NTSC), HLX-506/507 (PAL) Procedure: 1. After displayed Main Menu, select “1. Video Signal”. 2. Play “1. Color bar 100%”. (Check the picture and sound output) 3. Return to Main Menu. 4. Play “5. Demonstration 4:3” or “6. Demonstration 16:9”. (Check the picture and sound output)

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NOTE OF REPLACING THE WLAN/BT COMBO CARD AND THE COMPLETE MB1305 BOARD When the WLAN/BT combo card or complete MB1305 board are replaced, execute the below BD service mode.

Diag Category: (1) (2) (3) (4)

Note: The operation in this mode must use a remote commander and TV monitor.

Procedure: 1. Connect this unit with TV monitor. 2. Press the [?/1] button to turn the power on. 3. Press button in order of the [x] o [DISPLAY] o [X] o [M] on the remote commander. (Make the interval when each button is pressed within two seconds) 4. Enter the BD service mode. The OSD menu on TV monitor can be operated by remote commander. 5. Press the [m] button on the remote commander to select “Diag”, and press the [ ] button on the remote commander. 6. Press the [,] button on the remote commander to select “Bluetooth Device Test”. (Screen 1) 7. Press the [ ] button on the remote commander to select “(1) Bluetooth Enable”. 8. Press the [ ] button on the remote commander, wait until the display show “Status: Bluetooth Enable Successful!” (Screen 2). 9. Press the [m] button on the remote commander to select “(3) Write Bluetooth device address to Registry”. 10. Press the [ ] button on the remote commander, wait until the display show “Status: Write Successful!” (Screen 3). 11. Press the [RETURN] button on the remote commander to select “Wireless LAN Test”. (Screen 4) 12. Press the [ ] button on the remote commander to select “(5) Write P2P address to Registry”. 13. Press the [ ] button on the remote commander, wait until the display show “Status: Write Successful!” (Screen 5). 14. Press the [m] button on the remote commander to select “(6) P2P Registry Check”. 15. Press the [ ] button on the remote commander to check the P2P devise address is the same as shown in Screen 5. (Displayed characters/values in the following figure are example) 16. Press the [?/1] button to turn the power off.

Bluetooth Device Test

Bluetooth Enable Bluetooth Disable Write Bluetooth device address to Registry Bluetooth Inquiry Test

Bluetooth Device address: A4:17:31:77:7E:7 Status: Write Successful!

(Screen 3)

HELP: [UP] [DOWN] [ENT] [RET]

Diag Category:

Wireless LAN Test

(Screen 4)

Diag Category:

Wireless LAN Test

[1] Show WLAN HwInfo [2] Connect to AccessPoint [3] Start Display RSSI Value [4] Start Ping Test [5] Write P2P address to Registry [6] P2P Registry Check

P2P device address : xx:xx:xx:xx:xx:xx Status : Write Successful! Status : Write Fail!

(Screen 5)

HELP: [UP][DOWN][ENT][RET]

Diag Category:

Wireless LAN Test

[1] Show WLAN HwInfo [2] Connect to AccessPoint

Diag Category:

[3] Start Display RSSI Value


[4] Start Ping Test [5] Write P2P address to Registry [6] P2P Registry Check



P2P device address : xx:xx:xx:xx:xx:xx

Bluetooth Enable Bluetooth Disable Write Bluetooth device address to Registry Bluetooth Inquiry Test (Screen 6)

Status: Bluetooth Enable Successful! (Screen 1)

(Screen 2)

8




NOTE OF REPLACING THE OPTICAL DEVICE KEM480AHA/C2RP1 (OP1) AND THE COMPLETE MB1305 BOARD The password will be supplied to only service HQ, and service center name, q’ty and all of software registered information should be maintained by service HQ, and Audio will ask to report the registration information. Optical device KEM480AHA/C2RP1 (OP1) for BD requires precise read out functions and secure contents protection system for more than past DVD/CD. Therefore, in the case repaired as follows, the writing work of the OP data is necessary. • • •

When the optical device KEM480AHA/C2RP1 (OP1) is replaced (The complete MB1305 board doesn’t replace). When both the optical device KEM480AHA/C2RP1 (OP1) and complete MB1305 board are replaced. When the complete MB1305 board is replaced (The optical device KEM480AHA/C2RP1 (OP1) doesn’t replace) (In this case, do the work of “3. Optical device KEM480AHA/ C2RP1 (OP1) replacement” other than the replacement of new optical device).

Note: The servo adjustment is done while writing the OP data. The manual adjustment is unnecessary. LD ON TIME history doesn’t carry over. Do not touch any optical block parts, turn table and during replacing. BD laser diode is very sensitive.

1. Preparation 1-1. ESD Countermeasure It is necessary to confirm the state of static electricity in the work space before the repair is started. The static electricity resistance of the BD laser is weaker than that of the DVD/CD laser. Do work space and worker’s ESD countermeasures to prevent destruction by ESD. 1-2. Jig • Digital camera (Recommend with macro mode) • USB memory • PC • Barcode decoder (Refer to “1-3. Barcode decoder (BDPRdec_ver3.0)”)

1-3. Barcode decoder (BDPRdec_ver3.0) Jig name: BDPRdec.exe Release: 2011.8.25 Version : 3.0.0.0 Software contents: • BDPRdec.exe : Barcode decoder software • SavePath.ini : Decoded file destination setting file (Initial destination is “C:\BuData.txt”) • TasmanBars.dll : Decode dll • Uninst.exe : Uninstall the “BDPRdec.exe” from PC Note: When working by OS of the version after VISTA, it is necessary to change destination of the decoded file to save by UAC function (user account function). In that case, change the description in “SavePath.ini” (default description is “C:\BuData.txt”) other than C drive.

Install procedure: 1. Unzip the barcode decoder files to any PC folder. 2. Check the attached 2D code photo (OK_sample.JPG) drag & drop onto “BDBUDec.exe”. When the barcode decoder is used for the first time, the password is necessary. It is unnecessary since the second times. Note 1: The password will be supplied to only service headquarters, and service center name/q’ty/all of software registered information should be maintained by service headquarters. Note 2: Do not change the decoded file name “BuData.txt”.

3. When “.NET frame work requirements” is displayed, download following applications from Microsoft download site. •

Microsoft .NET Framework Version 2.0 Redistributable Package (x86) http://www.microsoft.com/downloads/details.aspx?displaylan g=en&FamilyID=0856eacb-4362-4b0d-8edd-aab15c5e04f5

•

Microsoft .NET Framework 2.0 Service Pack 1 (x86) http://www.microsoft.com/downloads/details.aspx?displaylan g=en&FamilyID=79bc3b77-e02c-4ad3-aacf-a7633f706ba5

How to use: Case 1 Drag & drop 2D code photo onto “BDPRdec.exe”. Case 2 Drag & drop BU data file onto “BDPRdec.exe”. Data file name be changed to specify format and end of 7 character are defined. You can also enter the file path at the prompt.

9


2. Pass-fail judgment of the optical device KEM480AHA/C2RP1 (OP1) Perform pass-fail judgment to judge whether the repair of the optical device KEM480AHA/C2RP1 (OP1) is necessary. 2-1. Flow of drive section check Confirm whether BD (BLX-104) can be reproduced

NO

YES

Confirm whether the drive voltage is the following values C991 pin 1 : 12V C902 pin 1 : 5V

NO

Confirm F300, F301, F302 on the MB1305 board, and replace it when it has been damaged

YES Confirm OP FFC cable (Part No. 1-848-090-71) and SPD FFC cable (Part No. 1-848-089-61), and replace it when it has been damaged

NO

Confirm whether the optical device IOP is normal in the service mode (Refer to “2-2. Flow of optical device IOP check”)

NO

Then, confirm whether this unit operates normally YES OK Confirm whether DVD (HLX-513)/ CD (HLX-A1) can be reproduced

NO

Note: Refer to “2-7. OPTICAL DEVICE BLOCK” on page 21 about how to remove the OPTICAL DEVICE BLOCK.

2-2. Flow of optical device block IOP check Turn the power on, and change function to “BD/DVD”

Press the buttons on the remote commander in order of [x] o [DISPLAY] o [X] o [M], and enter the service mode

Press the [m] button on the remote commander to select “[8] Drive” and press [ ] button on the remote commander.

Repeat the same procedure as above to select “[7] OP Check Menu” then “[3] dIOP”, and the dIOP value is displayed.

10

Confirm whether value is the specification value Specification value: BD: ±6 mA DVD/CD: ±9 mA YES OK

NO

Replace the optical device (Refer to “3. Optical device KEM480AHA/C2RP1 (OP1) replacement”)

Replace the optical device KEM480AHA/C2RP1 (OP1) (Refer to “3. Optical device KEM480AHA/C2RP1 (OP1) replacement”)


3. Optical device KEM480AHA/C2RP1 (OP1) replacement Flow of replacement: Note: The photo in flow is an image. Save the text data to USB memory (memory capacity need not be 8GB)

Barcode label on new optical device KEM480AHA/C2RP1 (OP1) bottom side

Connect USB memory with USB connector on this unit, and read the text data by the service mode Take photo (JPEG) by digital camera

Change photo into the text data with the barcode decoder

Procedure: 1. Remove the INSULATOR (4 pieces) and broken optical device KEM480AHA/C2RP1 (OP1) from LOADING ASSY (LOM1). 2. Take photo of the barcode on new optical device KEM480AHA/C2RP1 (OP1) bottom side by digital camera.

3. Assemble the INSULATOR (4 pieces) to new optical device KEM480AHA/C2RP1 (OP1), fix (Torque value: 2 kgf) it to LOADING ASSY with screw, and assemble this unit. 4. Drag & drop the taken photo by step 2 to “BDPRDec.exe”, and make the text data (File name: BuData.txt). 5. Save the text data to USB memory. 6. Connect USB memory with USB connector on this unit, and turn the power on.

7. Press the [FUNCTION] button on the remote commander to select “BD/DVD”. 8. Press the buttons on the remote commander in order of [x] o [DISPLAY] o [X] o [M], and enter the service mode. 9. Press the [m] button on the remote commander to select “[8] Drive” and press [ ] button on the remote commander. 10. Repeat the same procedure as 9 to select and execute “[1] Drive OP data Write”. 11. Turn the power off after writing the OP data. 12. Turn the power on, and enter the service mode again. 13. Press the [m] button on the remote commander to select “[8] Drive” and press [ ] button on the remote commander. 14. Repeat the same procedure as 13 to select “[7] OP Check Menu” then “[3] dIOP”, and the dIOP value is displayed. 15. Confirm value is the following specification value, and turn the power off. Specification value: BD : r6 mA DVD/CD : r9 mA 16. Turn the power on, confirm playback performance of the BD (BLX-104)/DVD (HLX-513)/CD (HLX-A1). 17. Completely assemble this unit, and complete the repair.

– Front panel view –

11


CHECKING METHOD OF NETWORK OPERATION It is necessary to check the network operation, when replacing the complete MB1305 board or WLAN/BT COMBO card. Check the operation of wireless and wired LAN, according to the following method. 1. Checking Method of Wireless LAN Operation Check that access point is recognized surely. Necessary Equipment: Wireless access point with router function (AP).

15. Press the [ ] button on the remote commander. 16. Press the [m]/[M] buttons on the remote commander to select “Network Connection Diagnostics”, and press the [ ] button on the remote commander. 17. Press the [m]/[M] buttons on the remote commander to select “IPv6”, and press the [ ] button on the remote commander. 18. Press the [<]/[,] buttons on the remote commander to select “Start”, and press the [ ] button on the remote commander. 19. Confirm that “Network connections are correct” is displayed. 20. Press the [?/1] button to turn the power off. Note: Refer to the instruction manual about details of the setting method.

Procedure: 1. Press the [?/1] button to turn the power on. 2. Press the [HOME] button on the remote commander to enter the home menu. 3. Press the [m]/[M]/[<]/[,] buttons on the remote commander to select “Setup”o“Network Settings”, and press the [ ] button on the remote commander. 4. Select “Internet Settings”, and press the [ ] button on the remote commander. 5. Press the [m]/[M] buttons on the remote commander to select “Wireless Setup(built-in)”, and press the [ ] button on the remote commander. 6. The system starts searching for access points, and displays a list of up available network name (SSID). 7. Check that access point (SSID) is displayed on the searching result. 8. Press the [?/1] button to turn the power off. Note: Refer to the instruction manual about details of the setting method.

2. Checking method of wired LAN operation Check that access point is recognized surely. Procedure: 1. Connect the main unit to the router or the hub, etc. with the LAN cable. 2. Press the [?/1] button to turn the power on. 3. Press the [HOME] button on the remote commander to enter the home menu. 4. Press the [m]/[M]/[<]/[,] buttons on the remote commander to select “Setup”o“Network Settings”, and press the [ ] button on the remote commander. 5. Select “Internet Settings”, and press the [ ] button on the remote commander. 6. Press the [m]/[M] buttons on the remote commander to select “Wired Setup”, and press the [ ] button on the remote commander. 7. Press the [m]/[M] buttons on the remote commander to select “Auto”, and press the [ ] button on the remote commander. 8. Press the [,] button on the remote commander. 9. Press the [m]/[M] buttons on the remote commander to select “Save & Connect”, and press the [ ] button on the remote commander. 10. When “Internet Settings is now complete.” appears, then press the [ ] button on the remote commander. 11. Press the [m]/[M] buttons on the remote commander to select “Network Connection Diagnostics”, and press the [ ] button on the remote commander. 12. Press the [m]/[M] buttons on the remote commander to select “IPv4”, and press the [ ] button on the remote commander. 13. Press the [<]/[,] buttons on the remote commander to select “Start”, and press the [ ] button on the remote commander. 14. Confirm that “Network connections are correct” is displayed. (When having confirmed that “Network connections are correct” is displayed, advance to the step 20)

12

INSTALLATION METHOD OF THE WIRELESS SOUND SYSTEM Note: TA-SA500WR : Surround amplifier for HBD-N7200W/N9200W TA-SA600WR : Surround amplifier for HBD-N7200WL/N9200WL TA-SA700WR : Surround amplifier for HBD-N5200W

Procedure: 1. Connect the AC power cord of the main unit. 2. Press the [\/1] button on the main unit to turn the power on. 3. Connect the AC power cord of the surround amplifier (TASA500WR or TA-SA600WR or TA-SA700WR). 4. When wireless transmission is activated, the [LINK/STANDBY] indicator of the surround amplifier (TA-SA500WR or TASA600WR or TA-SA700WR) turns green. Note: Refer to the operating instructions when the [LINK/STANDBY] indicator of the surround amplifier (TA-SA500WR or TASA600WR or TA-SA700WR) doesn’t light.

– Front view –

LINK/STANDBY indicator


HOW TO EJECT THE DISC WHEN POWER SWITCH TURN OFF

1 plate (BD-H)

3 Open the cover (top) assy fully.

– Bottom view –

2 Insert a screwdriver and turn the cam gear in the direction of an arrow.

cam gear

MD ASSY SERVICE POSITION

MD assy

MB1305 board

13


AMP BOARD SERVICE POSITION

AMP board

switching regulator

MB1305 BOARD SERVICE POSITION

MB1305 board

switching regulator

14

HBD-N5200W/N7200W/N7200WL/N9200W/N9200WL SECTION 2 DISASSEMBLY •

This set can be disassembled in the order shown below.

2-1.

DISASSEMBLY FLOW

SET

2-2. COVER (TOP) (Page 16)

2-23. HOW TO BEND FFC (Page 33)

2-3. TOUCH_F BOARD, TOUCH_S BOARD BLOCK (Page 17)

2-4. INNER DOOR BLOCK (Page 18)

2-5. COVER (BU TOP) (Page 19)

2-7. OPTICAL DEVICE BLOCK (Page 21)

2-6. LOADING ASSY BLOCK (Page 20)

2-8. FLEXIBLE FLAT CABLE (45 CORE), WIRE (FLAT TYPE) (9 CORE), WIRE (FLAT TYPE) (5 CORE) (Page 22)

2-9. OPTICAL DEVICE KEM480AHA/C2RP1 (OP1) (Page 23)

2-10. COVER (BOTTOM) BLOCK (Page 24)

2-11. WLAN/BT COMBO CARD (Page 25)

2-12. FL+CHUKEI BOARD (Page 25)

2-13. RF MODULATOR (WS001) (Page 26)

2-16. AUDIO IO BOARD (Page 27)

2-14. LED CHUKEI BOARD (Page 26)

2-15. FUSB+SIRCS BOARD (Page 27)

2-17. SHIELD (POWER) BLOCK (Page 28)

2-18. MB1305 BOARD (Page 29)

2-19. DC FAN (Page 30)

2-20. POWER CORD (Page 30)

2-21. AMP BOARD (Page 31)

2-22. SWITCHING REGULATOR (Page 32)

15


Note: Follow the disassembly procedure in the numerical order given.

2-2.

COVER (TOP)

Note: When installing the plate (BD-H), check the installation orientation. plate (BD-H)

slot

front side 1 one screw (PTP2 u 5)

2 plate (BD-H)

4 Open the cover (top) assy fully.

– Bottom view –

3 Insert a screwdriver and turn the cam gear in the direction of an arrow.

6 total twenty one claws 7 cover (top) assy

cam gear

16

5 Remove the cover (top) assy in the direction of an arrow.


2-3.

TOUCH_F BOARD, TOUCH_S BOARD BLOCK

7 three claws 7 three claws

9 TOUCH_F board, TOUCH_S board block

8 wire (flat type) (26 core) (CN2301)

7 claw 6 Remove the TOUCH_F board, TOUCH_S board block in the direction of an arrow.

4 stopper (rear) 3 two screws (+BTP 2 u 6)

1 two screws (+BTP 2 u 6)

2 stopper (front)

5 two screws (+BV3 (3-CR))

Note: When installing the wire (flat type), ensure the colored line. No slanting after insertion. OK Inserting is straight to the interior. wire (flat type) colored line connector

NG Inserting is slant. wire (flat type) colored line connector

17


2-4.

INNER DOOR BLOCK

shaft

shaft 2 inner door block shaft

shaft

1 Remove the inner door block in the direction of an arrow. Note: When installing the inner door block, align four shafts to four ditches.

ditch

ditch

ditch

ditch

18


2-5.

COVER (BU TOP)

2 claw

1 three screws (+BTP 2 u 6)

5 cover (BU top)

4 four claws 3 Remove the cover (BU top) in the direction of an arrow.

19


2-6.

LOADING ASSY BLOCK

1 two screws (+BV3 (3-CR)) 1 two screws (+BV3 (3-CR))

1 one screw (+BV3 (3-CR))


Note: When installing the flexible flat cable and wire (flat type), ensure the colored line. No slanting after insertion. OK Inserting is straight to the interior. flexible flat cable, wire (flat type) colored line

7 loading assy block

connector NG Inserting is slant. flexible flat cable, wire (flat type) 5 wire (flat type) (9 core) (CN960) 6 wire (flat type) (5 core) (CN970) 3 four claws

20

4 flexible flat cable (45 core) (CN801)

colored line connector

2 Remove the loading base block in the direction of an arrow.


2-7.

OPTICAL DEVICE BLOCK Note 3: Make sure that the cover, OP, cushion, OP and connector are hidden. connector

cover, OP

cushion, OP

Note 4: Make sure that flexible flat cable is not bent. OP sheet Note 2: Make sure that it is not float or bent.

1 sheet, OP Note 1: sheet, OP is not reused.

4 three screws (S), float

guide line (concave edge) Note 6: Make sure that the support board is hidden. 7 device, optical block

OK cushion, OP

2 cushion, OP Note 5: cushion, OP is not reused. 5 Remove the device, optical block in the direction of an arrow. 3 flexible flat cable (45 core)

6 wire (flat type) (9 core)

NG cushion, OP

support board (blue color portion) cushion, OP

Note 7: When installing the flexible flat cable and wire (flat type), ensure the colored line. No slanting after insertion. OK Inserting is straight to the interior. flexible flat cable, wire (flat type) colored line connector

support board (blue color portion)

NG Inserting is slant. flexible flat cable, wire (flat type) colored line connector

21


2-8.

FLEXIBLE FLAT CABLE (45 CORE), WIRE (FLAT TYPE) (9 CORE), WIRE (FLAT TYPE) (5 CORE) 1 tape, non halogene

qs flexible flat cable (45 core) 3 wire (flat type) (5 core) 7 wire (flat type) (9 core) qa Draw out the flexible flat cable (45 core) 2 three claws

6 Draw out the wire (flat type) (9 core)

4 two claws 9 two claws

5 claw ‡ :LUH VHWWLQJ

No slanting

0 claw

flexible flat cable (45 core)

wire (flat type) (9 core)

– Loading assy block bottom view – Note: When installing the flexible flat cable and wire (flat type), ensure the colored line. No slanting after insertion. OK Inserting is straight to the interior. flexible flat cable, wire (flat type) colored line

No slanting

connector 8 two claws NG Inserting is slant. flexible flat cable, wire (flat type) – Loading assy block top view – ‡ :LUH VHWWLQJ tape, non halogene

– Loading assy block bottom view –

22



2-9.

OPTICAL DEVICE KEM480AHA/C2RP1 (OP1)

Note: When the device, optical KEM480AHA/C2RP1 (OP1) is replaced, refer to “NOTE OF REPLACING THE OPTICAL DEVICE KEM480AHA/C2RP1 (OP1) AND THE COMPLETE MB1305 BOARD” on page 9.

1 two screws (0 + P P1.7 u 5)

1 two screws (0 + P P1.7 u 5)

2 cover, BU

3 three claws

4 cover, OP

3 two claws 5 insulator

5 insulator 5 insulator

6 device, optical KEM480AHA/C2RP1 (OP1) 5 insulator

23


2-10. COVER (BOTTOM) BLOCK ‡ :LUH VHWWLQJ

1 tape

2 CN1003 (2P)

tape

POWER KEY board front side 3 Remove the wires from clip. ‡ :LUH VHWWLQJ

8 Draw out the power cord

4 nine screws (+BV3 (3-CR))

front side clip

9 cover (bottom)

5 four screws (+BV3 (3-CR))

6 cover (USB)

chassis block 7 Remove the chassis block in the direction of an arrow.

24


2-11. WLAN/BT COMBO CARD Note: When the WLAN/BT combo card is replaced, “NOTE OF REPLACING THE WLAN/BT COMBO CARD AND THE COMPLETE MB1305 BOARD” on page 8 and “CHECKING METHOD OF NETWORK OPERATION” on page 12.


1 CN502 (5P)

5 CARD WLAN/ BT COMBO 3 Remove the WLAN/BT combo card in the direction of an arrow.

4 two claws

2-12. FL+CHUKEI BOARD Note: When installing the wire (flat type), ensure the colored line. No slanting after insertion. OK Inserting is straight to the interior. wire (flat type)

1 tape

colored line

1 tape

connector NG Inserting is slant. wire (flat type)

4 CN4002 (2P)

5 one screw (+BV3 (3-CR)) 5 one screw (+BV3 (3-CR))


7 FL+CHUKEI board

6 Remove the FL+CHUKEI board in the direction of an arrow.

3 CN2252 (3P) 2 wire (flat type) (28 core) (CN2300)

25


2-13. RF MODULATOR (WS001) 3 RF MODULATOR (WS001)

Note: When installing the flexible flat cable, ensure the colored line. No slanting after insertion.


OK Inserting is straight to the interior. flexible flat cable colored line connector

2 holder (WS)

NG Inserting is slant. flexible flat cable colored line connector

2-14. LED CHUKEI BOARD 3 two screws (+BV3 (3-CR))

‡ :LUH VHWWLQJ ((;&(37 86)

(US) rear side

rear side

(US) 4 shield (UL)

shield (UL)

LED CHUKEI board

(1

:/ 1

:/)

6 LED CHUKEI board ‡ :LUH VHWWLQJ 5 CN4001 (4P)

LED CHUKEI board shield (power)

2 CN4003 (2P)

rear side


26


1 wire (flat type) (9 core) (CN4000) (N7200WL/N9200WL) wire (flat type) (5 core) (CN4006) (N5200W/N7200W/N9200W)


2-15. FUSB+SIRCS BOARD

‡ :LUH VHWWLQJ shield (AMP)

shield (power)

1 CN501 (5P)

rear side

3 FUSB+SIRCS board


2-16. AUDIO IO BOARD 3 AUDIO IO board

(EXCEPT N5200W)

1 wire (flat type) (15 core) (CN2000)

2 three screws (+BV3 (3-CR))



27


2-17. SHIELD (POWER) BLOCK


3 shield (power) block


28


2-18. MB1305 BOARD Note 1: When the complete MB1305 board is replaced, refer to “NOTE OF REPLACING THE WLAN/BT COMBO CARD AND THE COMPLETE MB1305 BOARD” on page 8, “NOTE OF REPLACING THE OPTICAL DEVICE KEM480AHA/C2RP1 (OP1) AND THE COMPLETE MB1305 BOARD” on page 9 and “CHECKING METHOD OF NETWORK OPERATION” on page 12.

1 one screw (+BV3 (3-CR)) 1 two screws (+BV3 (3-CR))

2 ground plate (MB)

3 heat sink (MB)

‡ :LUH VHWWLQJ

8 MB1305 board

7 three screws (+B 3 u 3)


CARD WLAN/ BT COMBO 6 CN300 (8P)

5 CN301 (3P)

Note 2: When installing the flexible flat cable, ensure the colored line. No slanting after insertion. OK Inserting is straight to the interior. flexible flat cable colored line connector NG Inserting is slant. flexible flat cable colored line connector

29


2-19. DC FAN

Note: When installing the fan, D.C., check that label side is the chassis side. fan, D.C.

2 fan, D.C.

The label side is the chassis side. 1 two screws (+BV3 (3-CR))

2-20. POWER CORD ‡ 3RZHU FRUG VHWWLQJ power cord

‡ %XVKLQJ )%6

FRUG VHWWLQJ

Note: When installing the bushing (FBS001), cord, mind the direction of claw at type No. mark and align into the hole and press in fully.

push

claw FBS 001

50 + 5 mm

3 Remove the bushing (FBS001), cord in the direction of an arrow.

6 cord, power

cord, power bushing (FBS001), type No. cord claw

1 CN1 (2P)

5 bushing (FBS001), cord

FBS 001

switching regulator

type No. bushing (FBS001), cord

4 claw

cord, power

2 two claws

30


2-21. AMP BOARD Note 1: When the complete AMP board is replaced, spread the compound referring to “NOTE OF REPLACING THE IC3101 AND IC3102 ON THE AMP BOARD AND THE COMPLETE AMP BOARD” on page 6.

3 shield (AMP) ‡ Wire VHWWLQJ

AMP board 1 one screw (+BV3 (3-CR)) H 9 three screws (+BV3 (3-CR))

0 heat sink (AMP) switching regulator

heat sink (AMP)


4 CN101 (4P)

5 CN4 (3P) qa AMP board 8 one screw (+BV3 (3-CR)) 2 two screws (+BV3 (3-CR))

H


Note 2: When installing the flexible flat cable, ensure the colored line. No slanting after insertion. OK Inserting is straight to the interior. flexible flat cable colored line connector

NG Inserting is slant. flexible flat cable colored line connector

31


2-22. SWITCHING REGULATOR



4 switching regulator 2 claw 3 insulator (bottom)

32


2-23. HOW TO BEND FFC : Mountain fold : Valley fold wire (flat type) (26 core), length 160 mm (Ref. No. 54) 70 mm FL+CHUKEI board (CN2301) The lower side is contact side.

30 mm The lower side is contact side.

50 mm

TOUCH_F board (CN2700) 40 mm wire (flat type) (11 core), length 45 mm (Ref. No. 55) TOUCH_S board (CN2964)

TOUCH_F board (CN2701) The lower side is contact side.

The lower side is contact side.

45 mm

flexible flat cable (8 core), length 145 mm (Ref. No. 57)

Ì

NFC (RC-S801/A5 (WW)) The lower side is contact side. TOUCH_F board (CN2702) The lower side is contact side.

20 mm

16 mm

109 mm

wire (flat type) (5 core), length 275 mm (Ref. No. 105) 275 mm MB1305 board (CN970) The lower side is contact side.

45º

45º 145 mm 200 mm

65 mm

optical device KEM480AHA/C2RP1 (OP1) The lower side is contact side.

210 mm

flexible flat cable (45 core), length 238 mm (Ref. No. 156) MB1305 board (CN801) The lower side is contact side.

15 mm

75 mm 58 mm

optical device KEM480AHA/C2RP1 (OP1) The lower side is contact side.

180 mm

wire (flat type) (9 core), length 215 mm (Ref. No. 157) MB1305 board (CN960) The lower side is contact side.

45º

45º

optical device KEM480AHA/C2RP1 (OP1)

45º 60 mm

52 mm 80 mm

120 mm


135 mm

33


: Mountain fold : Valley fold wire (flat type) (28 core), length 320 mm (Ref. No. 255) FL+CHUKEI board (CN2300) The upper side is contact side.

30 mm

60 mm

MB1305 board (CN1005) The lower side is contact side.

260 mm

wire (flat type) (15 core), length 55 mm (Ref. No. 301) MB1305 board (CN701) The upper side is contact side.

AUDIO IO board (CN2000) 15 mm

25 mm

15 mm

The upper side is contact side.

wire (flat type) (5 core), length 120 mm (Ref. No. 302) 68 mm

Ì

LED CHUKEI board (CN4006) (N5200W/N7200W/N9200W)

The lower side is contact side. 17 mm MB1305 board (CN1001) The lower side is contact side.

35 mm

wire (flat type) (9 core), length 120 mm (Ref. No. 302) 68 mm

Ì

LED CHUKEI board (CN4000) (N7200WL/N9200WL)

The lower side is contact side. 17 mm MB1305 board (CN1001) The lower side is contact side.

35 mm

flexible flat cable (24 core), length 220 mm (Ref. No. 356) 220 mm

Ì AMP board (CN3505)



flexible flat cable (26 core), length 335 mm (Ref. No. 357) 335 mm

Ì RF MODULATOR (WS001)


34

shielded type

118 mm


HBD-N5200W/N7200W/N7200WL/N9200W/N9200WL SECTION 3 TEST MODE Note: TA-SA500WR : Surround amplifier for HBD-N7200W/N9200W TA-SA600WR : Surround amplifier for HBD-N7200WL/N9200WL TA-SA700WR : Surround amplifier for HBD-N5200W

COLD RESET (MAIN UNIT) The cold reset clears data except BD/DVD data stored in the RAM to initial conditions. Execute this mode when returning the unit to the customers. Procedure: 1. Press the [?/1] button to turn the power on. 2. Touch the [x] and [VOL –] sensors simultaneously and hold down (around 5 seconds). 3. The message “WAIT” then “RESET” appears on fluorescent indicator tube, then becomes standby states. DEMO MODE This mode let you lock the disc tray. When this mode is activated, the disc will not eject when the [Z] button is pressed. The message “D. LOCK” will be displayed on the fluorescent indicator tube. Procedure: 1. Press the [?/1] button to turn the power on. 2. Set a disc. 3. Press the [HOME] button on the remote commander to enter the home menu. 4. Touch the [x] sensor, press the [Z] button simultaneously and hold down until “D. LOCK” or “D. ON” displayed on the fluorescent indicator tube (around 5 seconds).

DISC LID LOCK MODE The EJECT operation by main unit, remote commander, and CEC (path-through) can be prohibited. Procedure: 1. Press the [\/1] button to turn the power on. 2. Set a disc. 3. Press button in order of the [x] o [DISPLAY] o [COLOR PATTERN] o [M] on the remote commander. (Make the interval when each button is pressed within two seconds). 4. “TLK. ON” is displayed on the fluorescent indicator tube, and the EJECT operation by main unit, remote commander, and CEC (path-through) is prohibited. Releasing method: 1. Press button in order of the [x] o [DISPLAY] o [COLOR PATTERN] o [M] on the remote commander. (Make the interval when each button is pressed within two seconds) 2. “TLK.OFF” is displayed on the fluorescent indicator tube, and the EJECT operation by main unit, remote commander, and CEC (path-through) become effective.

Releasing method: Touch the [x] sensor, press the [Z] button simultaneously and hold down until “D. OFF” displayed on the fluorescent indicator tube (around 5 seconds). PANEL TEST Procedure: 1. Press the [?/1] button to turn the power on. 2. Press button in order of the [x] o [DISPLAY] o [m] o [M] on the remote commander. (Make the interval when each button is pressed within two seconds). 3. All segments in fluorescent indicator tube are lighted up. And half segments in fluorescent indicator tube are lighted up, others half segments in fluorescent indicator tube are lighted up, then all segments in fluorescent indicator tube are lighted up. This operation is repeated. 4. In the state of step 3, touch the [VOL +] sensor and model name is displayed on the fluorescent indicator tube. Each time the [VOL +] sensor is touched, the display changes from destination information, STR version, IFCON Audio Coefficient Version, BDSYSCON Audio Coefficient Version, special mode in this order, and returns to the model name display. 5. In the state of step 3, touch the [FUNCTION] sensor and “K 0” is displayed on the fluorescent indicator tube. “K 0” value increases whenever a button is pressed or a sensor is touched. However, once a button is pressed or a sensor is touched, it is no longed taken into account. All buttons is pressed and all sensors is touched, “OK” and “K 9” are alternately displayed on the fluorescent indicator tube. Releasing method: Press the [?/1] button to turn the power off.

35


FACTORY INITIALIZE Return all of the unit setting to their factory defaults. Note 1: Disconnect the following connections when you use this mode. x USB x LAN x HDMI IN 1 x HDMI IN 2 Note 2: The operation in this mode must use a remote commander and TV monitor.

7. The message “Close” appears, and press the [ remote commander.

] button on the

Initialize Personal Information

Initialization complete.

Procedure: 1. Connect this unit with TV monitor. 2. Press the [?/1] button to turn the power on. 3. Press the [HOME] button on the remote commander, and the home menu is displayed. 4. Select “Setup” o “Resetting”, and press the [ ] button on the remote commander.

Close

8. Select “Reset to Factory Default Settings”, and press the [ button on the remote commander.

Easy Network Settings

]

Reset to Factory Default Settings Restore each setting to the factory default setting.

Resetting

Initialize Personal Information

5. Select “Initialize Personal Information”, and press the [ button on the remote commander.

]

9. Select “All Settings”, and press the [ commander.

] button on the remote

Reset to Factory Default Settings Reset to Factory Default Settings Initialize Personal Information Delete personal data when disposing of or transferring this device.

6. Select “OK”, and press the [ mander.

] button on the remote com-

Initialize Personal Information Deleting Personal Information. Do you want to proceed? If you destroy or transfer or resell this unit, please delete all Personal Information for security reasons. Please take appropriate measures such as logging out after using a network service. OK

Parental Control Settings Music Settings System Settings External Input Settings Network Settings All Settings

10. Select “Start”, and press the [ mander.

] button on the remote com-

All Settings

Restore all settings to the factory default settings. The system will turn off after reset. Start

Cancel

Cancel

11. Initialization ends when the message “HELLO” on the fluorescent indicator tube disappears.

36


BD SERVICE MODE Note: The operation in this mode must use a remote commander and TV monitor.

Setting method of the BD service mode: 1. Connect this unit with TV monitor. 2. Press the [?/1] button to turn the power on. 3. Press button in order of the [x] o [DISPLAY] o [X] o [M] on the remote commander. (Make the interval when each button is pressed within two seconds) 4. Enter the BD service mode. The OSD menu on TV monitor can be operated by remote commander. 1. Main Functions • Diag Performs unit test of devices installed on the board. • Log Error log is displayed. Displayed contents can also be saved in an USB memory device. • Factory Initialize Restores the unit to its factory settings. • Network Checks the wired network connection. • Version Up Not used. • System Information Displays the system information of the unit. Displays information such as the software version, drive information, etc. • EMC Test Mode Not used. • Drive Write drive OP data and check drive. • HDD mode Not used.

37


2. Menu Tree Service Service Mode Mode Menu Menu [1] [1] Diag Diag [2] [2] Log Log [3] [3] Factory FactoryInitialize Initialize [4] [4] Network Network [5] [5] Version Version Up Up [6] [6] System System Information Information [7] EMC Test Mode [8] Drive [9] HDD Mode

Diag ‡ 'LDJ 7HVW

Device Test ‡ 86% WHVW

Video Test ‡ Video output test

Audio Test ‡ Audio output test

Audio Input Test ‡ Audio input test

Wireless LAN Test ‡ Wireless LAN test

Mic Test ‡ Not used

HDMI Input Test ‡ Not used

Transcoder Test ‡ Not used

%OXHWRRWK 'HYLFH 7HVW ‡ %OXHWRRWK GHYLFH WHVW

Log ‡ 'isplays Error Log

Error Log ‡ Displays error log

HDD log ‡ Not used

Factory Initialize ‡ ,QLWLDOL]H GHIDXOW VHWWLQJ

Start Initialize ‡ Initialize default setting for the unit

Network ‡ 1Htwork diagnosis for wired

Ifconfig ‡ View network status

Ping ‡ Confirm network connection

Version Up ‡ Not used

System Information ‡ Displays system information

EMC Test Mode ‡ Not used

Drive ‡ Write drive OP data and check drive

HDD Mode ‡ Not used

38

Start Update ‡ Not used


3. Service Mode Menu (Top Menu) This is the top menu of service mode. Each function is accessed from this screen. Operation: [1] Moves to Diag screen [2] Moves to Log screen [3] Moves to Factory Initialize screen [4] Moves to Network screen [5] Moves to Version Up (DISC version update) screen (Not used) [6] Moves to System Information screen [7] Moves to EMC test mode screen (Not used) [8] Moves to Drive screen [9] Moves to HDD mode (Not used) [M]/[m] Moves the cursor [ ] Moves to the screen of the item selected with the cursor

Diag

Diag Category: Device:

Device Test USB Host

Front USB Media check ...

[ENT] Test Start (Screen 1)

(Screen 2)

*

Device Test

Category:

HELP: [RIGHT] [UP] [ENT] [RET]

Cursor is not displayed when the menu is first displayed. Service Mode Menu [1] Diag [2] Log [3] Factory Initialize [4] Network [5] Version Up [6] System Information [7] EMC Test Mode [8] Drive [9] HDD mode

• Device test : List of devices USB HOST : USB media check. Only one time. D/A Converter : Not used in this unit. Ifcon : Not used in this unit. MIC : Not used in this unit. MFI : Not used in this unit. IPC : Not used in this unit. External HDMI : Not used in this unit. Transcorder : Not used in this unit. 5. Diag (Video/Audio Test) This screen performs video and audio tests.

HELP : [UP] [DOWN] [ENT] [NUM]

HELP (currently available keys, etc.) is displayed

4. Diag (Device Test) This screen is used to test devices mounted on the board. Screen 1: Selects the test category Operation: [<]/[,] Selects the category Moves to the selected category [m]/[ ] [RETURN] Returns to the service top menu

Screen 1: When video test category is selected Operation: [ ] Shows/hides the color bar [M]/[RETURN] Returns to the selection of test category Screen 2: When audio test category is selected Operation: [ ] Plays back/stops the tone sound [M]/[RETURN] Returns to the selection of test category • Video test: Outputs a color bar (HDMI). • Audio test: TONE sound output (speaker & HDMI).

Screen 2: Device test Selects the device to test after selecting Device Test in screen 1. Operation: [<]/[,] Selects the device to test [ ] Executes the test Returns to selection of test category [M] [RETURN] Returns to selection of test category • List of test categories Device Test Video Test Audio Test Audio Input Test Wireless LAN Test Mic Test (not used) HDMI Input Test Transcoder Test (not used) Bluetooth Device Test

Diag Category:

Video Test

[ENT] Show Color Bar

Diag Category:

(Screen 1)

Audio Test

HELP: [UP][ENT][RET] [ENT] Generate TONE Sound

(Screen 2)

HELP: [UP] [ENT] [RET]

39


6. Diag (Audio Input Test) This screen performs audio input test.

7. Diag (Wireless LAN Test) This screen performs wireless LAN test.

Screen 1: Selects the audio input test category Operation: [<]/[,] Selects the category Activate to the selected category [m]/[ ] [RETURN] Returns to the service top menu

Screen 1: Selects the wireless LAN test category Operation: [<]/[,] Selects the category Moves to the selected category [m]/[ ] [RETURN] Returns to the service top menu

Screen 2: Select input device After “Audio Input Test” selects in screen 1, the device to test is chosen. Operation: [M]/[m] Selects the device Start and stop the test [ ] [RETURN] Returns to selection of test category

Screen 2: Wireless LAN test [1] Show WLAN HwInfo [2] Connect to AccessPoint [3] Start Display RSSI Value [4] Start Ping Test [5] Write P2P address to Registry [6] P2P Registry Check

Screen 3: Select Digital Input 1 Operation: [M]/[m] Select Test Activate and Start/Stop Input Sound [ ] [RETURN] Return to audio input test

Operation: [M]/[m] Selects the device [ ] Executes the test [RETURN] Returns to selection of test category

• Device test Digital input 1 Digital input 2 Analog input

: Device List : IC101 (MB1305 board) is inputted from optical. : IC101 (MB1305 board) is inputted from ARC. : IC101 (MB1305 board) is inputted from audio.

• Audio input test: IC101 (MB1305 board) is inputted from DIR/analog and outputs line-out (8 ch) L and R. Check tone sound by speaker connected with line-out (8 ch) L and R. (Input: LPCM 48 kHz (2 ch)) Diag Category:

Audio Input Test

Diag

(Screen 1)

Category:

Audio Input Test

Device:

Digital Input 1 Digital Input 2 Analog Input [ENT] Start Input Sound

Screen 3: Select [2] Connect to AccessPoint Connect access point only with the following AP settings. CERT : NO-ENCRYPT WEPKEY : abcdef1234 PMK : ABCDE12345 SSID : SONY-Test-R IPADDR : 192.168.1.100 NETMASK : 255.255.255.0 BROADCAST : 192.168.1.10 When connect to AP, Status is “Connected!” When cannot connect to AP, Status is “can’t Connect!” Screen 4: Select [3] Start Display RSSI Value (Displayed characters/values in the following figure are example) RSSI value is displayed.

HELP: [UP] [DOWN] [ENT] [RET] Diag Category :

(Screen 2)

Audio Input Test c Digital Input 1

[1] TV Test (OPT) HELP: [UP] [DOWN] [2] Coaxial Test [ENT] [RET] [ENT]Start Input Sound

(Screen 3)


[ ]

Diag Category :

[ ]

Audio Input Test c Digital Input 1

[1] TV Test (OPT) [2] Coaxial Test

[ENT]Stop Input Sound

HELP: [UP] [DOWN] [ENT] [RET] Note: The [2] Coaxial Test is not used for this model.

40

Screen 2: Select [1] Show WLAN HwInfo (Displayed characters/values in the following figure are example) • Viewing the display Serial : Serial number Hard : Hardware version Mac : Mac address

Screen 5: Select [4] Start Ping Test Ping test is executed (IP address use the value of “192.168.1.10”). OK: “192.168.1.10 OK!” is displayed NG: “192.168.1.10 failed!” is displayed Screen 6: Select [5] Write P2P address to Registry • Viewing the display P2P device address : xx:xx:xx:xx:xx:xx When write P2P address to registry is OK: “Write Successful!” is displayed When write P2P address to registry is NG: “Write Fail!” is displayed Screen 7: Select [6] P2P Registry Check Check the P2P Registry address is the same as displayed in Screen 6.


Diag

Diag Category:

Category:

Wireless LAN Test

Wireless LAN Test

[1] Show WLAN HwInfo [2] Connect to AccessPoint [3] Start Display RSSI Value

(Screen 1)


HELP: [UP][DOWN][ENT][RET] Diag

Category:

Ping To : 192.168.1.10

Wireless LAN Test

PING 192.168.1.10 OK!


(Screen 5)

[4] Start Ping Test


[5] Write P2P address to Registry [6] P2P Registry Check Diag

Serial: 200912313165535 (Screen 2)

Hard : 22

Category:

Mac : 00:01:36:23:FD:CF

[1] Show WLAN HwInfo

Wireless LAN Test

[2] Connect to AccessPoint [3] Start Display RSSI Value [4] Start Ping Test [5] Write P2P address to Registry

Diag Category:

[6] P2P Registry Check

WirelessLAN Test


P2P device address : xx:xx:xx:xx:xx:xx

[3] Start Display RSSI Value

Status : Write Successful! Status : Write Fail!

CERT : NO-ENCRYPT

(Screen 6)

WEPKEY : abcdef1234 PMK


: ABCDE12345

SSID : SONY-Test-R IPADDR : 192.168.1.100 Diag

NETMASK: 255.255.255.0

Category:

BROADCAST : 192.168.1.10

Wireless LAN Test


Status : Connected!

[3] Start Display RSSI Value (Screen 3)



Diag Category:

P2P device address : xx:xx:xx:xx:xx:xx Wireless LAN Test


(Screen 7)


[4] Start Ping Test [5] Write P2P address to Registry [6] P2P Registry Check RSSI Value : 60

(Screen 4)


41


8. Diag (MIC Test) Note: Not used for the servicing.

Diag Category:


9. Diag (HDMI Input Test) Note: Not used for the servicing. Diag

10. Diag (Transcoder Test)

Category:

Note: Not used for the servicing.

(1) (2) (3) (4)

11. Diag (Bluetooth Device Test) This screen performs Bluetooth device test. Screen 1: Selects the Bluetooth device test category Operation: [<]/[,] Selects the category Activate to the selected category [m]/[ ] [RETURN] Returns to the service top menu

Status: Bluetooth Enable Successful!

42


(Screen 2)




Status: Bluetooth Disable Successful!

(Screen 3)

Screen 3: Select [2] Bluetooth Disable • Viewing the status display OK: “Bluetooth Disable Successful!” is displayed NG: “Bluetooth Disable Fail!” is displayed Screen 4: Select [3] Write Bluetooth device address to Registry (Displayed characters/values in the following figure are example) Bluetooth device address is displayed. • Viewing the status display OK: “Write Successful!” is displayed NG: “Write Fail!” is displayed


(Screen 1)

Screen 2: Bluetooth device test [1] Bluetooth Enable [2] Bluetooth Disable [3] Write Bluetooth device address to Registry [4] Bluetooth Inquiry Test Operation: [M]/[m] Selects the device [ ] Executes the test [RETURN] Returns to selection of test category Screen 2: Select [1] Bluetooth Enable • Viewing the status display OK: “Bluetooth Enable Successful!” is displayed NG: “Bluetooth Enable Fail!” is displayed






Bluetooth Device address: A4:17:31:77:7E:7 Status: Write Successful!

(Screen 4)



12. Log: Error Log (Output of each Log) This screen displays the contents of each log.

15. Network (Network Test Diagnosis Screen: Ifconfig) Network menu for the wired ethernet.

Note: Do not refer to the displayed date.

Screen 1: Selects log Operation: [1]/[ ] Moves to the Error Log output screen [RETURN] Returns to the top menu of the service mode Screen 2: Displays the Error Log (Displayed characters/values in the following figure are example) Operation: [ <] Returns to the previous page Moves to the next page [ ,] [RETURN] Returns to the screen (Screen 1) that selects the log type [RED] Writes the log contents to an USB memory device • Viewing the log display Error Log: [001] 2010/01/01 00:00:05 [ErrCode:0902A4053002] [Index number] [Date] [Time] [Error code]

Screen 1: Ifconfig Test Operation: [ ] Activate Ifconfig (Display network setting) Select ping test [,] [RETURN] Returns to the top menu of the service mode Screen 2: Ping Test Operation: [<] Select Ifconfig test [RETURN] Returns to the top menu of the service mode (The details of a Ping test are “16. Network (Network Test Diagnosis Screen: Ping)”) Screen 3: Ifconfig Test Active Display Ifconfig command results. (Displayed characters/values in the following figure are example) Operation: [ ] Ifconfig retry [,] Select Ping Test [RETURN] Returns to the top menu of the service mode

About copying log to USB memory device: Press the [RED] button in each log display screen with the USB memory device inserted into the unit.

Network

Note: Don’t press the [RED] button immediately after USB memory is inserted. Don’t pull out USB memory immediately after the [RED] button was pressed.

Ifconfig

Test:

Ping

Network Test:

Error Log: When “getErrLogFile.trm file” exists in the USB memory device, errlog.log file is output.

Ifconfig

Ping

Ping To: [START]

Network Test: Ifconfig HELP : [DOWN][ENT][(NUM)]

Select Log (Screen 1)

[1] Error Log

IP:192. 168. 11. 2

Ping

MAC:00-16-01-85-21-A3

[2] HDD Log (Screen 2)

Error Log

(Screen 1)

[000] 2010/01/01 00:00:00 [ErrCode:0A0100000000] [001] 2010/01/01 00:00:05 [ErrCode:0902A4053002] [002] 2010/01/01 00:00:04 [ErrCode:0902A4053002] [003] 2010/01/01: 00:00:06 [ErrCode:0902A4053002] [004] 2010/01/01: 00:00:01 [ErrCode:0A0100000000] [005] 2010/01/01 00:00:01 [ErrCode:0A0100000000] [006] 2010/01/01 00:00:05 [ErrCode:0902A4053002] HELP : [DOWN][ENT][(NUM)] [007] 2010/01/01 00:00:01 [ErrCode:0A0100000000] [008] 2010/01/01 00:00:01 [ErrCode:0A0100000000] [009] 2010/01/01 00:00:05 [ErrCode:0902A4053002] [010] 2010/01/01 00:00:01 [ErrCode:0A0100000000] [011] 2010/01/01 00:00:01 [ErrCode:0A0100000000] [012] 2010/01/01 00:00:06 [ErrCode:0902A4053002] [013] 2010/01/01 00:00:01 [ErrCode:0A0100000000]

HELP : [DOWN][ENT][(NUM)]

(Screen 3)

HELP : [ENT]: Re/Exe [RIGHT]

(Screen 2)

HELP : Press [RED] key to store log to Udisc.

13. Log (HDD Log) Note: Not used for the servicing.

14. Factory Initialize (Factory Settings) There is a possibility that this mode cannot be correctly executed. Never use this mode.

43


16. Network (Network Test Diagnosis Screen: Ping) Ping test for the wired ethernet. Screen 1: Ping Test Operation: [<] Select Ifconfig test Ping execution preparation [m] [RETURN] Returns to the top menu of the service mode Screen 2: The IP address of the Ping point is set up (IP address input mode) When “Ping to :>” is reversed, the [ ] button is pressed and IP is inputted. Operation: [ ] Finish to input [RETURN] Finish to input Finish to input and Select Ifconfig Test [<] [0] to [9] Input Character sting ‘0-9’ Screen 3: Ping Test Active When [START] is reversed, the [ ] button is pressed and execute ping. Operation: [ ] Activate ping test The IP address of the ping point is set up [M] [RETURN] Returns to the top menu of the service mode Network Test: Ifconfig

Ping

Ping To : [START] Network Test: Ifconfig Ping Ping to :> 192. 168. 200. 13 [ENT] : Release [RET] : Release Network (Screen 1)

Test: Ifconfig Ping Ping to : 192. 168. 200. 13 [START] PING 192. 168. 200. 13 OK!

(Screen 2)

(Screen 3)

IF-con Block Version IFCon ADSP Coeff Version Bootloader Version Host Main Version MicroBE Version Host Sub Version Middleware Version ADSP Version ADSP Coeff Version 2nd DSP Version ADSP Version

IF Model IF Dest WLAN module Serial WLAN module hw Version WLAN module MAC Address Drive Firm Revision CD DIOP Delta IOP DVD DIOP Delta IOP BD DIOP Delta IOP CD LD TIME LD Time DVD LD TIME LD Time BD LD TIME LD Time Bluetooth Device Address (Screen 1) System Information Main LSIname : Model : Destination : Sequence Number : MAC : IP : IF-con Block0 Version : IFCon ADSP Coeff Version : Bootloader Version : Host Main Version : MicroBE Version : Host Sub Version : Middleware Version : ADSP Version : ADSP Coeff Version : 2nd DSP Version : ADSP Version :

HELP: [ENT] : Start [UP] [LEFT]

17. System Information (System Information Display) This screen displays system information. Screen 1: Basic Information Operation: [,] Drive information (delta IOP of a drive is measured) and wireless device information displayed (go to Screen 2) [RETURN] Returns to the top menu of the service mode Screen 2: Drive and Wireless Information Menu Operation: [<] Basic Information displayed (go to Screen 1) [RETURN] Returns to the top menu of the service mode When delta IOP is measured, it becomes impossible to use the Version Up function.

44

Contents List: Main LSI name Model Destination Sequence Number MAC IP IF-con Block IFCon ADSP Coeff Bootloader Host Main MicroBE Host Sub Middleware ADSP ADSP Coeff 2nd DSP ADSP

HELP: [RET] [RIGHT] (Screen 2) System Information IF_MODEL : IF_DEST : WLAN module Serial : WLAN module hw Version : WLAN module MAC Address : Drive Firm Revision : CD DIOP : DVD DIOP : BD DIOP : CD LD TIME : DVD LD TIME : BD LD TIME : Bluetooth Device Address:

HELP: [RET] [LEFT]

Block1 version :


18. EMC Test Mode Note: Not used for the servicing.

19. Drive This menu is used to operate the drive using drive-related diagnostic and tools. Screen 1: Selecting items under *Drive Operation: [M]/[m] Selects the category [ ] Activate the selected category [RETURN] Returns to the top menu of the service mode [1] Drive OP data Write [2] Servo Parameter Check Menu [3] Servo Signal Check Menu [4] S-Curve Check Menu [5] Readability Check Menu [6] OP Position Check Menu [7] OP Check Menu [8] Aging Test Menu [9] Spindle Control Check Menu [10] FA Test Mode Screen 2: To start OP data Write (Displayed characters/values in the following figure are example) Operation: [ ] Starts Screen 3: Show OP data Write result (Displayed characters/values in the following figure are example) OK - OP data write NG - USB is not find • Drive Test For drive operating check. Service is only use Drive OP data write to rewrite OP data after change of new CPU. Drive [1] Drive OP data Write

Drive OP data Write Insert USB StorageDevice ... Remove DISC and Close tray. Disc : Mode :

Load 1

[ENT] Start

(Screen 1)

(Screen 2)

HELP: [LEFT] [RIGHT] [UP] [DOWN] [ENT] [RET]

Drive OP data Write Insert USB StorageDevice ... Remove DISC and Close tray.

CONFIRMATION ITEM 1. Playback Operation Confirmation 1-1. Test Disc Part No.

Description

Layer

J-6090-199-A

BLX-104

Single Layer

J-6090-200-A

BLX-204

Dual Layer

J-2501-307-A

CD (HLX-A1)

J-2501-305-A

HLX-513

Single Layer (NTSC)

J-2501-306-A

HLX-514

Dual Layer (NTSC)

J-6090-077-A

HLX-506

Single Layer (PAL)

J-6090-078-A

HLX-507

Dual Layer (PAL)

Note: Refer to the service manual of BDP-BX1/S350 (Part No. 9-883989-1[]) (page 1-3 to 1-14E) for the use of BLX-104/204.

Operation and Display: 1. BLX-104 Procedure: 1. Select 23.976Hz/1080P. 2. Play “4. Motion picture”. 3. Check whether player can play back or not. 4. Check each outputs. • HDMI • Audio • Speaker out * When 1080/24P monitor is nothing, 1080i (59.94Hz or 50Hz) can use instead of 1080/24P. However this is temporary correspondence. * It is necessary to lower the output of HDMI to 480P or 576P or less. 2. BLX-204 Procedure: 1. Select 1080i (59.94Hz or 50Hz). 2. Play “4. Motion picture”. 3. Check whether player can play back or not. (Check the picture and sound output) 3. CD (HLX-A1) Procedure: Check whether player can play back or not. (Check the sound output) 4. HLX-513/514 (NTSC), HLX-506/507 (PAL) Procedure: 1. After displayed Main Menu, select “1. Video Signal”. 2. Play “1. Color bar 100%”. (Check the picture and sound output) 3. Return to Main Menu. 4. Play “5. Demonstration 4:3” or “6. Demonstration 16:9”. (Check the picture and sound output) 1-2. Playback operation confirmation Confirm operation in each signal/output mode of test disc (BLX104/204) according to the content of the repair. Note: “AV Sync.” doesn’t operate.

[ENT] Start OK - OP data write

(Screen 3)

HELP: [LEFT] [RIGHT] [UP] [DOWN] [ENT] [RET]

45

HBD-N5200W/N7200W/N7200WL/N9200W/N9200WL SECTION 4 ELECTRICAL CHECK 2. Networking Confirmation Confirm it according to the following procedure when you confirm the connection of the network. Note: Don’t execute “Network Connection Diagnostics” of “Network Settings” of the home menu with only the router connected.

FM AUTO STOP CHECK signal generator main unit +

Procedure: 1. Connect the router with the unit with LAN cable. 2. Turn on the power of the unit and the router. 3. Press the [HOME] button on the remote commander, and the home menu is displayed. 4. Select “Setup” o “Network Settings”, and press the [ ] button on the remote commander. 5. Select “Network Connection Status” and press the [ ] button on the remote commander. 6. Confirm IP address are displayed in “IP Address”, “Subnet Mask” and “Default Gateway”. Physical Connection:

XXXX

Internet Access:

XXXX

IP Address Setting:

XXX.XXX.XXX.XXX

Subnet Mask:

XXX.XXX.XXX.XXX

Default Gateway: DNS Settings:

Procedure : 1. Press the [?/1] button to turn the power on. 2. Input the following signal from signal generator to FM antenna input directly. Carrier frequency : A = 87.5 MHz, B = 98 MHz, C = 108 MHz Deviation : 75 kHz Modulation : 1 kHz ANT input : 35 dBu (EMF) Note: Use 75 ohm coaxial cable to connect signal generator and the set. You cannot use video cable for checking. Use signal generator whose output impedance is 75 ohm.

XXX.XXX.XXX.XXX XXXX

Primary DNS:

XXX.XXX.XXX.XXX

Secondary DNS:

XXX.XXX.XXX.XXX

MAC Address:

46

XXXX

IP Address:

75 :

XXX.XXX.XXX.XXX

3. Set to FM tuner function and scan the input FM signal with automatic scanning. 4. Confirm that input frequency of A, B and C detected and automatic scanning stops. When the station signal is received in good condition, automatic scanning stops.

Power Check Flow (1/2)

The power is turned on.

No

Yes

Check that the output voltages of the switching regulator (SWR1) are the following value. CN301 pin 4: 12 V (FEUNSW12V) CN301 pin 6: 12 V (ICUNSW12V) CN301 pin 5: 12 V (UNSW12V) CN401 pin 1: 12 V

No

Check that harness is inserted normally at CN301 and CN401. When harness is inserted normally, exchange the switching regulator (SWR1).

Yes Check that the following fuses at MB1305 are not damaged. F300/F301/F302

No

Exchange the damaged fuse. Exchange the complete MB1305 board, when the power is not turned on, even if you exchange fuses.

Yes

No

Exchange the complete MB1305 board.

Yes Check each voltage with reference to the schematic diagrams, and check that there is no problem in them.

No

Power supply IC is damaged. Exchange the power supply IC.

Yes Check the related IC on the MB1305 board.

Protect mode happened “PROTECT” display appears on fluorescent tube.

No

Yes

Check that harness is inserted normally at CN101

Insert normally the harness and power ON again.

Yes Remove harness of CN101, CN4, FFC CN703. Measure switching supply board CN101 pin4 <-> pin1, (normal voltage =48±1V) Yes

A

No

AMP board damage. Exchange the complete AMP board.

No

Switching supply board damage. Exchange the complete switching supply board.

47

HBD-N5200W/N7200W/N7200WL/N9200W/N9200WL SECTION 5 TROUBLESHOOTING

Check the following power control signal in the power on state. (Normally voltage: +3.3 V) MB1305 board IC1001 pin 36 to 38 (PCONT1 to PCONT3) Pin 25 (PCONT_FL)

A

Check that a sound is outputted normally.

No

Check that a picture is outputted normally.

No

Refer to the “HDMI Check Flow” on page 49.

Yes Check that [Audio Settings]-[Audio output] in the menu screen is “Speaker”.

No

Optimize the speaker settings.

Yes Check that the drive is operating normally.

No

Refer to the “2-1. Flow of drive section check” on page 10 on original service manual.

Yes Check that each power supply is supplied to the audio block.

No

Refer to the “Power Check Flow (1/2)” on page 47.

Yes Check that a sound is normally outputted from each speaker.

No

Check that each speaker is connected normally. Front/Center/Subwoofer

No

Perform and check [Audio Settings] [Speaker Settings] - [Test Tone] in the menu screen, or reinsert the speaker cables.

No

Change FFC. Insert to AMP CN3505

Yes Check that the signal is input to AMP board IC3103. Pin 22, 23, 24, 27 Yes Check that the PWM signal is outputted from the following pins. AMP board IC3103 pin 38, 39, 40, 41, 42, 43, 48, 49

No

Exchange the IC3103. Part No. 6-718-105-01 Description IC TAS5534DGGR

Yes Check that the signal is outputted from the following pins. AMP board IC3102 pin 10, 11, 16, 17 (SP FRONT R) pin 2, 3, 8, 9 (SP FRONT L)

No

Exchange the IC3102. Part No. 6-718-787-01 Description IC STA516BE

No

Exchange the IC3101. Part No. 6-718-787-01 Description IC STA516BE

Yes Check that the signal is outputted from the following pins. AMP board IC3101 pin 2, 3, 8, 9 (SP CENTER) pin 10, 11, 16, 17 (SP SUBWOOFER)


48

Power Check Flow (2/2)

HDMI Check Flow

Check that the drive is operating normally.

No

Refer to the “2-1. Flow of drive section check” on page 10 on original service manual.

Yes Check that each power supply is supplied.

No


Yes Check that only the digital output (HDMI) is affected.

No

Check the settings on the menu screen.

Yes Check that the input voltage of the following pin is 5.5 V. MB1305 board IC603 pin 5 (VIN)

No


Check that the output voltage of the following pin is 5 V. MB1305 board IC603 pin 4 (VOUT)

No

Check that the input voltage of the following pin is 3.3V. MB1305 board IC603 pin 1 (CONT) Yes Exchange the IC603. Part No. 6-718-999-01 Description IC MM1839A50NRE

Yes

Check that there are no abnormalities in CN601. Yes Perform other analyses.

No

Exchange the CN601 Note: When CN601 is exchanged, be careful of the quality of soldering enough. Part No. 1-821-398-41 Description HDMI CONNECTOR (HDMI OUT ARC)

No

Refer to the “Power Check Flow (1/2)” on page 47 to check on power control signal for PCONT_3

49


Yes

HBD-N5200W/N7200W/N7200WL/N9200W/N9200WL SECTION 6 DIAGRAMS • Circuit Boards Location

AUDIO IO board MB1305 board

LED CHUKEI board

FL+CHUKEI board RC-S801/A5 (WW) POWER KEY board

RF MODULATOR (WS001)

WLAN/BT COMBO card

AMP board

SWITCHING REGULATOR

TOUCH_F board

TOUCH_S board FUSB+SIRCS board

50


6-1.

BLOCK DIAGRAM – SERVO Section –

OP1 DEVICE, OPTICAL KEM480AHA/C2RP1

CN2251 USB_DP_P1 A4 USB_DM_P1 B4

A16 RFIP B16 RFIN

RF+ RF-

3 2

BD DECODER IC101 (1/3) B A D C G H E F

B20 A20 B19 A19 A17 D18 C19 C18

INA INB INC IND INE INF ING INH

SDIO SCLK SEN_LDD TEST_V VC_PD THERMO

E14 D14 F14 E21 D19 E17

FECFREQ FEOSCEN FECMOD FPDODVD HAVC AUX1

MODE_A MODE_B

D15 FEGAINSW1 E13 FEGIO5

LDEN

C7 FEGIO7

COIL/MOTOR DRIVER IC901 B /B A /A

1 2 4 5

SLED1_P SLED1_N SLED2_P SLED2_N

W V U COMMON

43 45 47 49

U V W MCOM

LOAD+ LOAD-

17 16 15 12 14 19

A12 B11 C11 C9 D7 C10

FEFMO2 FEFMO FETRAYPWM FEFG FEGIO4 FEGIO0

37 TRK_P 38 TRK_N

FD1 FR1

39 FCS_P 40 FCS_N

FD2 FR2

36 TLT_P 35 TLT_N

SA_A+ SA_A-

31 STP2_P 30 STP2_N

SA_B+ SA_B-

33 STP1_P 32 STP1_N

DATA0+ DATA0–

7 9

P27 HDMI_RX_0 P28 HDMI_RX_0B

DATA1+ DATA1–

4 6

N27 HDMI_RX_1 N28 HDMI_RX_1B

DATA2+ DATA2–

1 3

M27 HDMI_RX_2 M28 HDMI_RX_2B

CLOCK+ CLOCK–

10 12

R27 HDMI_RX_C R28 HDMI_RX_CB

SDA (5V) SCL (5V)

16 15

HOT PLUG DET

19

+5V POWER

18

CEC

13

DP DM

USB_DP_P2 AA27 USB_DM_P2 AA28

HDMI IN 1

BUFFER Q601

LAN (100)

‡ 6LJQDO SDWK : AUDIO : DISC PLAY

WLAN/BTCOMBO CARD CN502

: LAN : WIRELESS LAN/BLUETOOTH : VIDEO ‡ 5 FK LV RPLWWHG GXH WR VDPH DV / FK CN601 HDMI OUTARC

AF27 DDC_SDA_RX AF28 DDC_SCL_RX AE25 HTPLG_RX

CH0_P F27 CH0_M F28

7 9

TMDS DATA0 + TMDS DATA0 –

AD25 PWR5V_RX

CH1_P E27 CH1_M E28

4 6


CH2_P D27 CH2_M D28

1 3


CLK_P G27 CLK_M G28

10 12

TMDS CLOCK + TMDS CLOCK –

HDMISD AB26 HDMISCK AB25

16 15

SDA SCL

HTPLG AD28

19

HPD

18

+5V POWER

CN603 HDMI IN 2

D16 FETRAYIN_ C13 FEGAINSW2

6 8 9 11

AB28 AB27 AC28 AC27

CN602

27 LOAD_P 26 LOAD_N

TR TD

TRAY-IN TRAY-OUT

SOMI SIMO SCLK XFG SSZ XRSTIN

J501 TXVP_0 TXVN_0 TXVP_1 TXVN_1

DATA0+ DATA0–

7 9

K27 CH0_P_SUB K28 CH0_M_SUB

DATA1+ DATA1–

4 6

J27 CH1_P_SUB J28 CH1_M_SUB

DATA2+ DATA2–

1 3

H27 CH2_P_SUB H28 CH2_M_SUB

CLOCK+ CLOCK–

10 12

L27 CLK_P_SUB L28 CLK_M_SUB

SDA (5V) SCL (5V)

16 15

AD24 DDC_SDA_RX2 AC25 DDC_SCL_RX2

HOT PLUG DET

19

+5V POWER

18

CEC

13

UNSW5.5V

+5V REG. IC603

13

CEC

14

UTILITY

>001B

BUFFER Q602

AD26 HTPLG_RX2

PCONT3

AE26 PWR5V_RX2 ARC_SPDIF

BUFFER Q603


51

51

CEC

POWER SUPPLY SECTION (Page 55) >002B MAIN SECTION (Page 53)


6-2.

BLOCK DIAGRAM – MEMORY Section –

BD DECODER IC101 (2/3)

X401 27MHz

C28 NS_XTALO C27 NS_XTALI SD-RAM IC202

SD-RAM IC102 DQL0 - DQL7, DQU0 - DQU7 A0 - A12, NC, NC BA0 BA1 BA2 /WE /CS /CAS /RAS ODT CKE CK /CK DMU DQSU /DQSU DML DQSL /DQSL /RESET

RDQ0 - RDQ15 D0A0 - D0A14 RA0 - RA14

M2 N8 M3 L3 L2 K3 J3 K1 K9 J7 K7 D3 C7 B7 E7 F3 G3 T2

AC10 AC15 AG10 AE9 AF13 AD10 AE11 AE10 AH13 AG17 AH17 AE17 AH18 AG18 AH19 AG16 AH16 AD9

RBA0 RBA1 RBA2 RWE_ RCS_ RCAS_ RRAS_ RODT RCKE RCLK0 RCLK0_ RDQM1 RDQS1 RDQS1_ RDQM0 RDQS0 RDQS0_ RRESET

NAND FLASH IC2001

DQL0 - DQL7, DQU0 - DQU7 A0 - A12, NC, NC BA0 BA1 BA2 /WE /CS /CAS /RAS ODT CKE CK /CK DMU DQSU /DQSU DML DQSL /DQSL /RESET

RA0_B - RA14_B


P5 U6 N5 N6 V3 R5 V1 P6 V2 AB2 AB1 AA5 AC1 AC2 AD1 AA2 AA1 T4

SD-RAM IC103 DQL0 - DQL7, DQU0 - DQU7

A0 - A12, NC, NC BA0 BA1 BA2 /WE /CS /CAS /RAS ODT CKE CK /CK DMU DQSU /DQSU DML DQSL /DQSL /RESET

RDQ16 - RDQ31 D0A0 D0A14


NFD0 - NFD7

IO1 - IO8 RDQ0_B - RDQ15_B D1A0 - D1A14

AG6 RCLK1 AH6 RCLK1_ AH4 RDQM3 AH7 RDQS3 AG7 RDQS3_ AC8 RDQM2 AG5 RDQS2 AH5 RDQS2_


52

52

RBA0_B RBA1_B RBA2_B RWE__B RCS__B RCAS__B RRAS__B RODT_B RCKE_B RCLK0_B RCLK0__B RDQM1_B RDQS1_B RDQS1__B RDQM0_B RDQS0_B RDQS0__B RRESET_B

!WE! !RE! !CE! RY/!BY! ALE CLE

18 8 9 7 17 16

AE24 AE21 AF22 AD21 AF24 AD22

NFWEN NFREN NFCEN NFRBN NFALE NFCLE

>003B !WP! 19

NAND_RESET

MAIN SECTION (Page 53)


6-3.

BLOCK DIAGRAM – MAIN Section – TV DIGITAL IN OPTICAL

>002B

OPTICAL RECEIVER IC2004

B23 OPTICAL

>004B GPIO16 D2 GPIO7 F3 GPIO8 AG25

ARC_SPDIF

SERVO SECTION (Page 51)

C24 ARC

AUDIO SELECT IC2002

5 Y1

L

Y 3 R-CH

R

A.CAL MIC

MICAMP IC2003

R-CH

FM RECEIVER IC2001

Q2000 (1/2)

VOLTAGE REGULATOR IC2303

70

15

11

13

XOUT

XIN

PLUG_DET ST_SDA ST_SCL ST_RDS_INT

69

PANEL +12V

REMOTE CONTROL SIGNAL RECEIVER IC2250

SW

1 SIRCS_IN

SYSTEM CONTROLLER IC1001 (1/3)

JIG_MODE1 IF_SDI BD_SDI(IF_SDO) IF_SCK BD_CS BD_IF_START BD_IF_REQ UPG_STATUS OPWRSB WOL_WLAN FE_EJECT BD_RESET

82 76 75 77 78 19 23 85 83 71 84 81

H2 AG28 AG27 AG26 D3 D1 C1 E3 AH25 AC24 E8 AF26

LED DRIVE Q2701

D2950 ~ D2952

LED DRIVE Q2950

D2705 ~ D2706

D2707

RF MODULATOR (WS001)

>003B

+3.3V REG. IC2700

89 KEY0

+3.3V REG IC2950 4

10

TOUCH 11 CONTROLLER INTERFACE 12 IC2951

9

TOUCH 13 CONTROLLER INTERFACE 14 IC2701

1 DATA SELECTOR IC2702 2

26 LED_PWM1

MEMORY SECTION (Page 52)

TS_SCL 55 TS_SDA 54 N7200WL/N9200WL

LED DRIVE Q2700

24 LED_PWM2

LED DRIVE Q2705

20 LED_PWM3

LED DRIVE Q2706

19 18 17

NAND_RESET

LED SELECTOR IC4005 D2701

24 22 26

AOSDATA1 B25

NAND_RESET 74

TS_INT 16

D2702 ~ D2704

GPIO5 LCDRD VDATA VCLK GPIO17 GPIO1 GPIO15 GPIO6 OPWRSB GPIO27 FEGIO3 RESET_

WS_SDA 28 WS_SCL 27 S_AIR_RST 86

PCONT_TS 4 S2110, S2111

>005B AMP SECTION (Page 54)

X1001 8MHz

CEC_TX_RX

63 45 46 73

DA 11 CK 8 IIC/RDSI 6

POWER CONTROL Q2300

AMP_D2

AMP_BCK Q2000 (2/2)

3 FL_DOUT 5 FL_CLK 68 FL_CS

D2302, D2303 VH

AOSDATA2 A26

CN702

DIN CLK STB VIN

AMP_D1

AMP_LRCK

ASEL1

16 X1

VACUUM FLUORESCENT DISPLAY ND2300

AOSDATA0 B24

R-CH

17 X2 X2000 12MHz

A24 AOMCLK B27 AOLRCK A25 AOBCK

B 9

ASEL0

LRCK/LOUT 13 BCLK/ROUT 12

D24 MCIN

SCKI 6 LRCK 7 BCK 8

AMP_MCK A 10

1 FRF1

DOUT 9

2 Y2 1 Y0

ECM-AC3

J2000 (EXCEPT US, PX, CND) J2001 (US, PX, CND)

13 VinL 14 VinR

R-CH

J2003

BD DECODER IC101 (3/3)

A/D CONVERTER IC703

AUDIO IN

ANTENNA FM COAXIAL 75 Ÿ

POWER SUPPLY SECTION (Page 55)

CEC

J2002

N7200W/N7200WL/ N9200W/N9200WL

OCPI USB_PCONT WIFI_PCONT

LED_DRV_CLK 53

18 SCL

LED_DRV_DATA 43

19 SDA

CN4004

OUT6 14

1 3 4 5

OUT7 15

CN4005

OUT5 12

SW_12V G SPEAKER ILLUMINATION R FRONT R B ONLY FOR SS-TSB134: N9200WL ONLY FOR SS-TSB136: N7200WL

1 3 4 5

22 BT_LED

LED POWER DRIVER Q4001, Q4002

LED_DRV_RS 59


53

53

SW_12V SPEAKER ILLUMINATION G FRONT L R ONLY FOR SS-TSB134: N9200WL B ONLY FOR SS-TSB136: N7200WL

‡ 6LJQDO SDWK : AUDIO : TUNER : MIC ‡ 5 FK LV RPLWWHG GXH WR VDPH DV / FK

F002 12V


6-4.

BLOCK DIAGRAM – AMP Section – ONLY FOR SS-CTB125 (N7200W/N9200W) ONLY FOR SS-CTB126 POWERAMP IC3101

STREAM PROCESSOR IC3103 AMP_D2

27 SDIN4

(N7200WL/N9200WL) ONLY FOR SS-CTB127 (N5200W)

TB3451

PWM_M_3 42

31 IN2A

OUT2A 8, 9

PWM_P_3 43

32 IN2B

OUT2B 2, 3

PWM_M_8 48

29 IN1A

OUT1A 16, 17

PWM_P_8 49

30 IN1B

+ +

OUT1B 10, 11 OVER LOAD DETECT Q3202

27 FAULT 28 TH_WARN 25 PWRDN


SUBWOOFER

(N7200WL/N9200WL) ONLY FOR SS-WSB128 (N5200W)

ONLY FOR SS-TSB133 (N9200W)

POWERAMP IC3102

AMP_D1 AMP_MCK AMP_BCK AMP_LRCK

24 SDIN1 11 MCLK 23 SCLK 22 LRCK

PWM_M_2 40

31 IN2A

OUT2A 8, 9

PWM_P_2 41

32 IN2B

OUT2B 2, 3

PWM_M_1 38

29 IN1A

OUT1A 16, 17

PWM_P_1 39

30 IN1B

OUT1B 10, 11

26 27 28 25

SDA SCL MUTE RESET PDN

VALID 37

PROTECT DETECT Q3555

20 21 19 16 18

ONLY FOR SS-WSB126 (N7200W/N9200W) ONLY FOR SS-WSB127

26 TRISTATE

>005B

CENTER

+ +

FRONT L

FRONT R

ONLY FOR SS-TSB135 (N7200W) ONLY FOR SS-TSB136 (N7200WL)

OVER LOAD DETECT Q3101

TRISTATE FAULT TH_WARN PWRDN

ONLY FOR SS-TSB134 (N9200WL)

ONLY FOR SS-TSB137 (N5200W)

DC DETECT Q3553

>006B D1002

PROTECT DETECT Q3552

67 50 40

35 DC_DET


65

DRIVER_TH_WARN DRIVER_XPDN PCONT_PVDD

DAMP_SDA DAMP_SCL DAMP_XMUTE DAMP_XRST DAMP_XPDN

33 34 52 51 48

DRIVER_SD/PVDD_DET

EN_POWER


54

54

‡ 6LJQDO SDWK : AUDIO

POWER SUPPLY SECTION (Page 55)

SPEAKERS


6-5.

BLOCK DIAGRAM – POWER SUPPLY Section – FRONT USB VBUS IC502 4 3

1

VBUS

WIFI PWR CONTROL Q501

5

WIFI PWR CONTROL DRIVER Q502

USB_PCONT OCPI

>004B

WIFI_PCONT


DC-DC CONVERTER IC301

3.3V

+3.3V REG. IC705

DDR_1.5V

14 SW2

VIN2 16

DCDC5V

3 SW1

VIN1 1

5V VOLTAGE CONTROL Q300

FE_SW5V

12 OVERLOAD DETECTION Q303 12V VOLTAGE CONTROL Q301

FE_SW +12V

3.3V

+3.3V REG. IC305

MTKSTB_3.3V

+3.3V REG. IC304

UNSW12V

EN1 5

F901 FE_5V_AVCC +5V REG. IC701

5V

F301

EN2

3.3V

+3.3V REG. IC1003

+8V REG. IC851

+8V

SWR1 SWITCHING REGULATOR (3L396W-1) (N7200WL/N9200WL: AEP, EA, AUS, MX6) SWITCHING REGULATOR (3L396W) (N9200WL: E3) SWITCHING REGULATOR (3L402W-1) (N5200W/N7200W: US, AEP, UK, E32/N9200W: AEP, CND, EA, AUS, MX6) SWITCHING REGULATOR (3L402W) (N7200W: E12/N9200W: E12, E3)

F302 FE_UNSW12V

OVERLOAD DETECTION Q302

+48V

+48V DC-DC CONVERTER IC302

1.2V

14 SW2

VIN2 16

UNSW5.5V

3 SW1

VIN1 1

F300 D3.3V

>001B SERVO SECTION (Page 51)

PCONT3

12

F1001


IC_UNSW12V

EN2

+3.3V REG. IC303

+3.3V REG. IC2305

+3.3V

AC1 (AC IN)

PCONT3 38 PCONT_WOL_STANDBY 56 PCONT2 37 PCONT1 36 F001 VOLTAGE DETECT IC1002

AC_CUT 18 RESET DRIVER Q1001

PANEL 12V

FL_12V

UNSW12V

F+

VOLTAGE REGULATOR IC2300

+8V REG. IC2304

RESET 10 PCONT_FL 25

M1 (FAN)

M

DC/DC CONVERTER IC4004

FAN_ON 42 FAN CONROL Q4000

FAN_CONT 2 PVDD_VOL_SEL 47

PVDD_CONT

>006B AMP SECTION (Page 54)


55

55

EN_POWER

EN_POWER


• Waveforms

THIS NOTE IS COMMON FOR PRINTED WIRING BOARDS AND SCHEMATIC DIAGRAMS. (In addition to this, the necessary note is printed in each block.) For Printed Wiring Boards.

For Schematic Diagrams.

Note: • X : Parts extracted from the component side. • Y : Parts extracted from the conductor side. • f : Internal component. : Pattern from the side which enables seeing. • (The other layers’ patterns are not indicated.)

Note: • All capacitors are in —F unless otherwise noted. (p: pF) 50 WV or less are not indicated except for electrolytics and tantalums. • All resistors are in Ÿ and 1/4 W or less unless otherwise specified. • f : Internal component. • C : Panel designation.

Caution: Pattern face side: (Conductor Side) Parts face side: (Component Side)

Parts on the pattern face side seen from the pattern face are indicated. Parts on the parts face side seen from the parts face are indicated.

• MB1305 board is multi-layer printed board. However, the patterns of intermediate layers have not been included in diagrams. • Indication of transistor. C Q

These are omitted.

B E • Lead layouts surface

Lead layout of conventional IC

CSP (Chip Size Package)

• Abbreviation AUS CND E3 E12 E32 EA MX MX6 PX

: : : : : : : : :

Australian model Canadian model 240 V AC area in E model 220 – 240 V AC area in E model 110 – 240 V AC area in E model Saudi Arabia model Mexican model Latin-American model PX model

* Replacement of IC102, IC103 and IC202 on the MB1305 board used in this set requires a special tool. Note 1: When the complete MB1305 board is replaced, refer to “NOTE OF REPLACING THE WLAN/BT COMBO CARD AND THE COMPLETE MB1305 BOARD” on page 8, “NOTE OF REPLACING THE OPTICAL DEVICE KEM480AHA/C2RP1 (OP1) AND THE COMPLETE MB1305 BOARD” on page 9 and “CHECKING METHOD OF NETWORK OPERATION” on page 12. Note 2: When the complete AMP board is replaced, spread the compound referring to “NOTE OF REPLACING THE IC3101 AND IC3102 ON THE AMP BOARD AND THE COMPLETE AMP BOARD” on page 6.

– MB1305 Board –

1

7

IC301 2 (VBST1)

348 mV

1.46 Vp-p

324 ns

9.5 Ps

Note: The components identified by mark 0 or dotted line with mark 0 are critical for safety. Replace only with part number specified.

100 mV/DIV, 100 ns/DIV


2

Note: Les composants identifiés par une marque 0 sont critiques pour la sécurité. Ne les remplacer que par une piéce portant le numéro spécifié. • A : B+ Line. • Voltages and waveforms are dc with respect to ground under no-signal (detuned) conditions. no mark : TUNER * : Impossible to measure • Voltages are taken with VOM (Input impedance 10 M:). Voltage variations may be noted due to normal production tolerances. • Waveforms are taken with a oscilloscope. Voltage variations may be noted due to normal production tolerances. • Circled numbers refer to waveforms. • Signal path. F : AUDIO f : TUNER J : DISC PLAY L : USB d : LAN G : WIRELESS LAN/Bluetooth N : MIC E : VIDEO

8

IC301 qg (VBST2)

IC703 8 (BCK)

IC1001 qa (XOUT)

0.3 Vp-p

1.52 Vp-p 124 ns

1.6 Ps



3

IC302 2 (VBST1)

1.46 Vp-p 1.7 Ps

– AUDIO IO Board –


4

9

IC302 qg (VBST2)

IC2001 qh (X1)

* Replacement of IC102, IC103 and IC202 on the MB1305 board used in this set requires a special tool. • The voltage and waveform of CSP (chip size package) cannot be measured, because its lead layout is different from that of conventional IC. • Abbreviation AUS : Australian model CND : Canadian model E3 : 240 V AC area in E model E12 : 220 – 240 V AC area in E model E32 : 110 – 240 V AC area in E model EA : Saudi Arabia model MX : Mexican model MX6 : Latin-American model PX : PX model

1.48 Vp-p 1.5 Ps 500 mV/DIV, 500 ns/DIV

5

IC703 6 (SCKI)

170 mV 40 ns

Note 1: When the complete MB1305 board is replaced, refer to “NOTE OF REPLACING THE WLAN/BT COMBO CARD AND THE COMPLETE MB1305 BOARD” on page 8, “NOTE OF REPLACING THE OPTICAL DEVICE KEM480AHA/C2RP1 (OP1) AND THE COMPLETE MB1305 BOARD” on page 9 and “CHECKING METHOD OF NETWORK OPERATION” on page 12.


6

Note 2: When the complete AMP board is replaced, spread the compound referring to “NOTE OF REPLACING THE IC3101 AND IC3102 ON THE AMP BOARD AND THE COMPLETE AMP BOARD” on page 6.

IC703 7 (LRCK)

348 mV 20.8 Ps 100 mV/DIV, 5 Ps/DIV


56

56

18 mV 84.7 ns 10 mV/DIV, 25 ns/DIV


6-6.

PRINTED WIRING BOARD – MB1305 Board (Component Side) – 1

2

3

4

• See page 50 for Circuit Boards Location.

5

6

7

8

•

: Uses unleaded solder.

9

10

11

12

13

14

15

16

MB1305 BOARD (COMPONENT SIDE)

A

Ú N7200WL/N9200WL ¾ N5200W/N7200W/N9200W

HDMI CN601

CN603

CN602

OUTARC

IN 2

IN 1

(NC)

J501 (CHASSIS)

LAN (100)

B

(CHASSIS)

CN401

R418

R620

>006P

C517

C518

¾

8

8

9

26

CN702

R756 R715 F1001

2 2 24

FL+CHUKEI BOARD CN2300 (Page 74)

CN703

R1053

2

R735 D1002

RB700

R1050 R1041

>004P AMP BOARD CN3505 (Page 68)

R713

R1043

R737 R1082 R736 R734

1

JL319

C314

C315 R1101

IC304

3

R1023 ¾

28

CN1005

27

>005P R1133

1 CN301

CL1081 R1046

R1091 R1083 CL1071

C1009

CL1082

C1018

R1090

CL1073 CL1072

C334

R758

25 1

L300

1

C320

L305

L304

C335

R754

R1146

R1132 R1131 R1116

23

C507 C2001 R2009 R2008

C319

CN1001 (9P)

9

IC705 R759 R753

1

C1021

R727

IC1002

CL900

CONNECT TO WLK6-MAIN BOARD CN301

R508

JL2213

JL2211

R1145

C991

C902

2

CN1003

1

L303

JL1038

R1076

POWER KEY BOARD CN2110 (Page 82)

C719

IC502 R510

C505 R506

JL184

CL115 CL122

R519

JL2236 C524

R507

R726 R725 R724 FB709

¾

R1078 C1016

H

R761

RB1010 RB1009

L301

JL2215

R755

5

C333

C523

R520 C332

C328

R760 R757

C506 R509

JL1037

>002P

5

4 5 R1096

JL2111

JL2109

CL2101

JL2107

JL2108 C327

R502 C2002

CN501

CL102

CL130 CL123 JL124 JL121 JL122 CL2112 JL2228

JL2125

ET304

CL216 JL2217 JL2216

M7 M8 M9 N7 N8 N9 P7 P8 P9 R7 R8 R9 T7 T8 T9

JL2209

JL2208

C347

JL2231 CL2110

JL2218

F9 G9 H9 J9 K9 L9

JL2121

JL2122 JL2124

IC202

JL2207 C348

CL133 JL2230

(CHASSIS)

JL2120

JL2212 CL2204

JL2206

C343

F8 G8 H8 J8 K8 L8

JL2221 JL2220 JL2219

JL165 CL109

JL2126 CL107 JL2235 JL2234

CL2111 CL125

C727

JL2119

JL2123

JL2232 JL2233 CL131

F7 G7 H7 J7 K7 L7

F3 G3 H3 J3 K3 L3

IC103

C720

JL2118 CL108

A3 B3 C3 D3 E3 F3 G3 H3 J3 K3 L3 M3 N3 P3 R3 T3 A2 B2 C2 D2 E2 F2 G2 H2 J2 K2 L2 M2 N2 P2 R2 T2 A1 B1 C1 D1 E1 F1 G1 H1 J1 K1 L1 M1 N1 P1 R1 T1

JL2229

JL2127

A7 A8 A9 B7 B8 B9 C7 C8 C9 D7 D8 D9 E7 E8 E9

F1 G1 H1 J1 K1 L1

F2 G2 H2 J2 K2 L2


CL134 CL135

A1 A2 A3 B1 B2 B3 C1 C2 C3 D1 D2 D3 E1 E2 E3

M1 M2 M3 N1 N2 N3 P1 P2 P3 R1 R2 R3 T1 T2 T3

JL2205

C342

CL127 CL126 CL129 CL128

JL2117

CL117

C717

R702

RB1008

R203

JL2204

CL2115

ET303

JL2116

CL118 JL171

Ú C1023 C1024

RB1007

R204

C900

CL132 CL2114 CL2117

RB1006

C716

L302

C934

JL2203

C996

C909

JL2106

JL234

C931

F901

R518

JL891 CL849 CL848 JL899

CL215

CL116 JL2115

IC102

JL2129

AF1 AG1 AH1

JL2114


JL126

JL2224 JL2222

JL2202

R105 JL2110

CL124 JL125 JL120 JL119

JL2226 JL2225 CL2113 JL2223 JL2227

R420

CL845

(CHASSIS)

AA1 AB1 AC1 AD1

V1 W1

JL439

JL443 JL442 JL444 JL430

C903 CL843

CL841

44

JL447 JL433 JL436

ET801

R1 T1

JL440 JL441 JL409

ET305

R944 CL840 CL842 CL844

G1 H1 J1 K1 L1 M1 N1

A1 B1 C1 D1 E1

C982

G

45

1 CL968 CL967 CL966 CL964 CL963 CL962 CL961

JL420 JL419

CL120

JL2112 JL2113


JL2128

C946

C810

C910

2

C812

R946

R945 R943

AF14 AG14 AH14 AF13 AG13 AH13 AF12 AG12 AF11 AG11 AH11 AF10 AG10 AH10 AF9 AF8 AG8 AH8

R8 T8 U8 V8 W8

R202

CL821 CL822

CN801

9

R948 R947

AB14 AC14 AD14 AE14 AB13 AD13 AE13 AB12 AC12 AD12 AE12 AB11 AC11 AD11 AE11 AC10 AD10 AE10 AB9 AC9 AD9 AE9 AB8 AC8 AD8 AE8

R14 T14 U14 V14 W14 R13 T13 U13 V13 W13 R12 T12 U12 V12 W12 V11 W11 R11 T11 R10 T10 U10 V10 W10

AG19 AH19 AF18 AG18 AH18 AF17 AG17 AH17 AF16 AG16 AH16 AF15 AG15

AC7 H7 AE7 AF7 AG7 AH7 K7 N7 C7 D7 E7 F7 R7 T7 U7 V7 Y7 AA7 D6 E6 H6 J6 K6 M6 N6 P6 T6 U6 V6 W6 AA6 AB6 AE6 AF6 AG6 AH6 F5 G5 H5 J5 K5 L5 M5 N5 P5 R5 T5 U5 V5 W5 AE5 AF5 AG5 AH5 AA5 AB5 AC5 A5 B5 C5 AF4 AG4 AH4 A4 B4 C4 D4 E4 F4 G4 H4 J4 K4 L4 M4 N4 P4 R4 T4 U4 V4 W4 Y4 AA4 AB4 AC4 AD4 A3 B3 C3 D3 E3 F3 G3 H3 J3 K3 L3 M3 N3 P3 R3 T3 U3 V3 W3 Y3 AA3 AB3 AC3 AD3 AE3 AF3 AG3 AH3 G2 H2 J2 K2 L2 M2 N2 AF2 AG2 AH2 V2 W2 AA2 AB2 AC2 AD2 A2 B2 C2 D2 E2 R2 T2

CL602

C901 C947

CL807

CL808 CL806 CL804

R504

C829

1 CL969

CL823 CL824

AF21 AG21 AF20 AG20 AH20

JL2214

2

SL804

JL831 JL820 JL830 JL833 JL817 JL828 JL819 JL832 CL829

AB21 AC21 AD21 AE21 U21 V21 AB20 AD20 AE20 R20 T20 U20 V20 W20 Y20 AB19 AC19 AD19 AE19 R19 T19 U19 V19 W19 R18 T18 U18 V18 W18 Y18 AA18 AB18 AC18 AD18 AE18 AA17 AB17 AC17 AD17 AE17 R17 T17 U17 V17 W17 AD16 AE16 R16 T16 U16 V16 W16 AA15 AB15 AC15 AD15 R15 T15 U15 V15 W15

CL204

C821

N20 P20 J19 K19 L19 M19 N19 P19 J18 K18 L18 M18 N18 P18 J17 K17 L17 M17 N17 P17 J16 K16 L16 M16 N16 P16 J15 K15 L15 M15 N15 P15

CL121

JL2105

JL2102 CL112 CL101 JL2101 CL114 CL113

A6

JL407 JL431

C818

2

C876

G21 F20 F19 F18 G18 F17 F16 F15

JL2104 JL2103

AA24 AB24 AC24 AD24 AE24 AF24 AG24 AB23 AD23 AE23 AE23 AG23 AH23 Y23 AD22 AE22 AF22 AG22 AH22 Y22 AA22

U24 V24 P24 R24 U23 V23 N23 P23 R23 P22 R22 T22 U22 V22

A14 B14 C14 D14 E14 F14 G14 H14 J14 K14 L14 M14 N14 P14 J13 K13 L13 M13 N13 P13 C13 D13 E13 F13 J12 K12 L12 M12 N12 P12 A12 B12 C12 D12 E12 F12 G12 G11 J11 K11 L11 M11 N11 P11 A11 B11 C11 D11 L10 M10 N10 P10 C10 D10 E10 F10 K9 A9 B9 C9 D9 E9 F9 G8 H8 M8 N8 P8 A8 B8 C8 D8 E8

JL838 JL829 CL605 C879

1

4 CN970 5

C834

8 CN960

F

JL836

CL834 CL818 R834

CL972 CL971

OP1 DEVICE, OPTICAL KEM480AHA/C2RP1

C823 C822

CL604

C980

JL840

C21 D21 E21 A20 B20 C20 D20 A19 B19 C19 D19 E19 C18 D18 E18 A17 B17 C17 D17 E17 A16 B16 C16 D16 A15 B15 C15 D15

CL847

L22 M22

CL201 CL202 CL203

R794 R796

R795 CL973 CL975

E

JL837 JL839 JL834

R793

L24 K23

JL2210

C918

R712 R711

JL835

15

CL846

1

K

A24 B24 C24 D24 E24 E23 F23 B23 G22 A22 B22 C22 D22 E22

R892 R846

TH001

A/K

R752

C890 R891

14 CN701

D702 A

R746 R410

C723

2

Ú

IC101

AF28 AG28 AH28 U28 V28 W28 A28 B28 C28 D28 E28 F28 G28 H28 J28 K28 L28 M28 N28 P28 R28 AA28 AB28 AC28 AD28 AF27 AG27 AH27 W27 A27 B27 C27 D27 E27 F27 G27 H27 J27 K27 L27 M27 N27 P27 R27 T27 U27 AA27 AB27 AC27 AD27 AB26 AC26 AD26 AE26 AF26 AG26 AH26 P26 R26 T26 U26 A26 B26 C26 D26 E26 F26 G26 H26 W26 Y26 H25 J25 L25 U25 V25 W25 P25 R25 A25 B25 C25 AA25 AB25 AC25 AD25 AE25 AF25 AG25 AH25

R414

R741 R744

ET301 FB708

R719 R718 C728

JL871

C711

C703

C702

C709

R505

C431 R454 R453 C430

IC701

D

AUDIO IO BOARD CN2000 (Page 72)

4

1

X401

Ú 1 CN1006 2

2 CN1006 (5P)

(CHASSIS)

>001P

>007P

8

ET302

1

1

LED CHUKEI BOARD CN4000 (Page 78)


RB401

CN1001 2

(CHASSIS)

1

Q601

R625 E

R631 R634

R628

R619

E

R629

RB602

19 R621

1 Q602

R626 R627 R630

RB601

C

19

R617 R618

1 R614

R622

19 R615 R616 R613 R612

1

R419

6

C1008

CL1030

R1107 R1108

R1075

C1020

R1009 C1017 R1079

CL1075 CL1027

R515 R514

I

C1015 R1097

R1085 C1006 R1147

IC1003 (CHASSIS)

1

CN502

1

5

(CHASSIS)

8

CN300

1-889-024J

(CHASSIS) WLAN/ BTCOMBO CARD

K

11 (11)

(CHASSIS)

>003P FUSB+SIRCS BOARD CN2250 (Page 81)

SWR1 SWITCHING REGULATOR (3L396W-1) SWITCHING REGULATOR (3L402W) SWITCHING REGULATOR (3L396W) N9200WL: E3 SWITCHING REGULATOR (3L402W-1) N5200W/N7200W: US, AEP, UK, E32/N9200W: AEP, CND, EA, AUS, MX6 SWITCHING REGULATOR (3L402W) N7200W: E12/N9200W: E12, E3

Note 1: IC101, IC202 and IC705 on the MB1305 board cannot exchange with single. When these parts on the MB1305 board are damaged, exchange the entire mounted board. Note 2: When the complete MB1305 board is replaced, refer to “NOTE OF REPLACING THE WLAN/BT COMBO CARD AND THE COMPLETE MB1305 BOARD” on page 8, “NOTE OF REPLACING THE OPTICAL DEVICE KEM480AHA/ C2RP1 (OP1) AND THE COMPLETE MB1305 BOARD” on page 9 and “CHECKING METHOD OF NETWORK OPERATION” on page 12.


57

57


6-7.

PRINTED WIRING BOARD – MB1305 Board (Conductor Side) – 1

A

2

3

4


5

6

7

8

•


9

10

11

12

13

14

15

16

MB1305 BOARD (CONDUCTOR SIDE)

B

JL401

R638

C623 Q603

C614

JL426 JL422

SG

IC603

R637 C621

JL425

JL424

JL423

R635

D

JL406 JL405

C610

JL404

C622 R636

JL403

C612

C

JL822

R1032

CL896

CL895 CL891 CL893 CL894

JL709

JL705

JL708

C853

SL851 C852

JL824

R452

SL855 C855

C827

SL854

JL898 CL805 CL509

56

1

C907

IC901

C922

29

28 R449

R344

R336

IC302

1

R1039

R304

E

Q302

R302

R1057 R1037

E

Q303

C302 R301

C308

C310

R1070

JL318 R347 R315

R314

IC305

C1013

2 CN1004

CL1085

R303

C338

Q300

JL304

C344

X1001 R1038

Q1001 R1071

RB1004 CL1026

Q301 R305 R306

CL1046 CL1040 R1056 C1011 R1068 R1069 C1012

CL1048

R335

R1105 CL1017 CL1084

C815

Q502 C511

E R517

R516 Q501

R1007

E

CL1015 CL1019 R1022

C706

R799

FB707

R708

C802 C874

JL738 JL740 JL737 JL739

CL825

C801

C428

C425 JL890 JL896 JL429

CL510 C503

C962

CL977 C929 CL978

JL303

JL1036 JL1035 JL1034 JL1033 JL1032 JL1031 JL1030

R1029

C708

R742

R701 R743 JL741 R745

C434 C608

C606 C603

C618 C421

C411 C417 C408 C418

C247

C501

C248

C173

C419

JL222

CL1058 CL1056 CL1054 CL1032 1 100

VDR964

R352 R1049 R1051

R1028 CL1020 CL1016 CL1004 CL1006 CL1008 CL1010 CL1079 CL1012 CL1083

CL1024 CL1023 CL1022 CL1021

75 76

R1027

L306

F302

F301

JL308 JL309 JL310

CL1031 JL315

JL317

JL313 JL314

F300

R1030

R1033

A/K

R326

D1001 K A

CL1025

VDR966

VDR961

R1059

A

VDR967

VDR962

C930

R327

IC1001

CL1018 CL1003 CL1005 CL1007 CL1009 CL1014 CL1011 CL1013

JL307

C242

C414

C119 26 25

R1048

IC303

CL1044 CL1042 CL1038 CL1036 R1089 CL1035 CL1034

CL1070

VDR968

VDR963

C928

JL305 C339

R1062 CL1057 50 51

VDR969

C816

CL1052 CL1050

CL1028

JL316

CL603

R608 CL601 C522 C179

C406

C202

C201

R201

CL1055

CL836 CL837 CL838 CL839

R812 R810

CL901 CL912 CL914 CL913 CL916 CL915 CL917 CL919

CL2107

R1066

JL826

C811

C813

C942

CL2106 C222

R1087

CL1078 CL1033 CL1029 D703 K

JL1045

JL410 JL413

JL108 JL107 JL111

JL114 JL2148

C203 CL1053 CL1051 CL1049 CL1047 CL1045 CL1043 CL1041 CL1039 CL1037 CL1076

CL1061 CL1062

CL1066 CL1067 CL1069 R1086

CL1060 CL1059

JL823

JL825

R820 R821

C943

JL434 JL435

R1067

CL1063 CL1065

JL736 JL735 JL734 JL726 JL725 JL733 JL732 JL731 JL730 JL729 JL727 JL728 JL723 JL724

JL703

C814

CL2108

CL1068 R1055

JL710

IC851

CL2203 CL2202 CL2201 CL2109

JL2003

C352

JL428 R402 R408 R421

CL2102

R605

R610

C619 R611

JL415 JL417

C221

R340 R359 R339

CL2206

JL701

JL700

R853

R872

CL2105

CL2205

C351

I

JL446

CL2104

CL1077 CL1080

JL2002

JL897

CL2103

R1115 CL1074 R1060 R1061

JL2005

JL244 JL242

JL821

JL702

JL411

JL235

C205

CL2210

JL306 CL2209 CL2208 C323

JL2007

JL711

H

JL106 JL103 JL109 JL105 JL110 JL116 JL115 JL117

JL182

JL172 JL177 R101 JL179

R102 C104

JL2132 C358

JL302 JL2004

JL1050 JL1049 JL1051

R798

C420

C122 C175

R107 24

JL2006

C412

JL166 JL167 JL169 C140 C156 R330

R332 R331 1

JL438 JL437 JL252 JL221 C249

JL704

IC703

R700

CL826

C878

C422

R721 R720 R716 R717

R747 JL876

JL748 R792 C707

R412 JL742

JL743

JL874 C873 C875 JL873

C409

JL241 JL243 JL210 JL238 JL240 JL237 JL214

C206

CL1064 R1058

R1128 JL1048 JL1046

JL2131

JL301

JL1072 JL1071 JL1074

JL203

CL2218 CL2219

JL008 JL005

JL1060 JL1009 JL1063

C415 C404 C413

C407

C106 JL211 JL239

JL2152

JL1073 JL1015 JL1061

JL1070 JL1068

JL1052

JL183 JL181

JL101

IC301

R1129

JL1069 JL1067 JL1059

IC2001

C181 C405

CL2116 C250 C220 C223 C204 JL2153 C102

JL2130

C329

JL1016 JL1013

JL174

JL2201

JL007

JL1017

R106

C139

JL2135

R714

JL006 JL746

JL112

R416

R707

C426

JL236

JL113 CL2118

JL156 C103

C521 C423 C424

JL2009 C427 C182

C101

C118

JL180

JL176

C176 JL2137 JL2136

F

JL173

JL102 JL2138

25

JL178

C138

JL2133

48

JL2139

JL2134

JL2011

JL2014 JL2012

JL2140 JL2010

C504

JL104

JL118

JL168

C324

JL716

JL2016

JL2013

JL2017 JL2015

JL720 JL747 JL718 JL715

JL138 JL136

C805 C806 C520

C601

C502

JL445 JL2008 JL2142

JL135

C180

JL170 JL722 JL721

JL717

R104

C178

C121

C433 JL432

JL134

E JL719

C137 JL2143

JL129

R790

R789

R779

JL128

JL139

JL131 JL127 JL132 JL133 JL137

C120

CL607 CL606

JL448 C435

JL416

R607

C402

C177

JL2145

G

JL414

R423

JL2141

JL2144

R609

JL418

JL1044

JL402

CL2207

JL1043

D

R606

R427

JL449

JL1041 JL1042

C710

R775

R776 JL1039 JL1040

8 9

JL1029

1-889-024J

11 (11)

TO WRITE JIG

X1001

K Note: IC305, IC901, IC1001 and IC2001 on the MB1305 board cannot exchange with single. When these parts on the MB1305 board are damaged, exchange the entire mounted board.


58

58


6-8.

SCHEMATIC DIAGRAM – MB1305 Board (1/9) – 1

2

3

• See page 93 for IC Pin Function Descriptions.

4

5

6

7

8

9

10

11

12

13

14

15

16

17

MB1305 BOARD (1/9)

A

C101 0.1u

DDR3_ACH M3 W3

JL2101

AB3

C180 0.1u

JL2102

AC3

JL2103

H5

JL2104

K5

C181 0.1u

JL2105

L5

JL2106

B

AE5

JL2107

H6

C182 0.1u

JL2108

N7

JL2109

R7

JL2110

U7

JL2111

Y7

JL2112

AF7

JL2113

M8

JL2114

C

P8

JL2115

T8 W8 AF10 AB11 AC11 AB13 AC14

D

AA17 AB17 AF17 AF18 AC19 AD19

IC101 (1/14) CXD90011G-BC

DDRVCCIO1

RDQ0

DDRVCCIO1

RDQ1

DDRVCCIO1

RDQ2

DDRVCCIO1

RDQ3

DDRVCCIO1

RDQ4

DDRVCCIO1

RDQ5

DDRVCCIO1

RDQ6

DDRVCCIO1

RDQ7

DDRVCCIO1

RDQ8

DDRVCCIO1

RDQ9

DDRVCCIO1

RDQ10

DDRVCCIO1

RDQ11

DDRVCCIO1

RDQ12

DDRVCCIO1

RDQ13

DDRVCCIO1

RDQ14

DDRVCCIO1

RDQ15

DDRVCCIO1 DDRVCCIO1 DDRVCCIO1

RDQS0 RDQS0_

DDRVCCIO1 DDRVCCIO1

RDQM1

DDRVCCIO1

RDQS1

DDRVCCIO1 RDQS1_ DDRVCCIO1

RCLK0

DDRVCCIO1

RCLK0_

DDRVCCIO1 DDRVCCIO1

RDQ16

DDRVCCIO1

RDQ17 RDQ18 RDQ19

BD DECODER M10 P10 T10 W10 W13 W14

RDQ20 DDRVCCK

RDQ21

DDRVCCK

RDQ22

DDRVCCK

RDQ23

DDRVCCK

RDQ24

DDRVCCK

RDQ25

DDRVCCK

RDQ26 RDQ27

F

RDQ28 RDQ29 RDQ30 RDQ31 RDQM2 RDQS2 RDQS2_

G RDQM3

>001S MB1305 BOARD (2/9) (Page 60)

RDQS3 JL101

AC7

VREF_0.75V

DDRVREF_C

C118 0.1u R101 1k

H

R102 1k

C103 1u

C104 10u

C179 0.1u

RDQS3_ RCLK1 RCLK1_

C119 0.1u

JL102 C102 0.1u

AA15

DDRVREF_D

RA0 RA1 RA2 RA3 RA4 RA5 RA6

>002S

I

MB1305 BOARD (2/9) (Page 60)

RA7 1.2V_DDR 3.3V C106 0.1u GND

J

AF15

D0DQ1

AH14

D0DQ2 D0DQ3

AF14 AG20

D0DQ4

AF20

D0DQ5

AH20

D0DQ6

IC102 K4B1G1646G-BCH9T

D0DQ7

AG19

D0DQ8

AD16

JL103

AF16

JL104

AC17

JL105

D0DQ10

AE16

JL106

D0DQ11

D0A0

CL107

N3

AD17

JL107

D0DQ12

D0A1

JL119

P7

AE18

JL108

D0DQ13

D0A2

AD18

JL109

D0DQ14

D0A3

AC18

JL110

D0DQ15

D0A4

N2 JL120

P8

JL121

R8

P2

D0A6

D0DQS0

AG16

P3

D0A5

D0DM0

AH19

D0A7

D0DQS0B

AH16

R2

D0A8 JL111

D0DM1

AH18

CL101

D0DQS1

D0A10

AG18

CL102

D0DQS1B

D0A11

JL124

R7

D0A12

JL125

N7

D0A9

R3 L7

RCS_ RRAS_ RWE_

K

A0

DQL0

A1

DQL1

A2

DQL2

A3

DQL3

A4

DQL4

A5

DQL5 DQL6

A6 A7

DQL7

A8

DQU0

A9

DQU1

A10

DQU2

A11

DQU3

A12

DQU4 DQU5

D0DQ16

AG2 AG1

D0DQ17

AH1

D0DQ18

AH2

D0DQ19

DQU6 D0BA0

CL108

M2

D0BA1

JL126

N8

D0DM1

D0DQ20

AF8

CL109

D0BA2

M3

D3

JL127

AG8

D0DQ21

D0DQS1

C7

AF9

D0DQ22

D0DQS1B

B7

AH8

D0DQ23 D0DQ24

D0DM0

CL112

D0DQ25

D0DQS0

CL113

F3

AG3

CL2116

D0DQ26

D0DQS0B

CL114

G3

AG4

CL2117

D0DQ27

CL2115

JL2153 JL112

AF4

JL113

D0DQ28

AE6

JL114

D0DQ29

D0CK0B

AE8

JL115

D0DQ30

D0CKE

AE7

JL116

D0DQ31 D0CS

JL117

D0DM2 D0DQS2

AG5

D0DQS2B

AH5 CL2118

J7 R104

100

D0DQS3

AG7

D0DQS3B

K7

C175 4p

L2

D0RAS

JL184

J3

D0CAS

CL115

K3

D0WE

CL116

D0RST

CL117

L3 T2 C176

D0ODT

AG6

D0CK1

AH6

D0CK1B

AD13

D0A1

AG11

D0A2

AE12

D0A3

AE14

D0A4

AF12

D0A5

AC12

D0A6

AH11

D0A7

AD12

D0A8 D0A9 D0A10 D0A11 D0A12 D0A13 D0A14

A9 B3

JL2116

E1

JL2117

G8

JL2118

J2

JL2119

J8

JL2120

M1

JL2121

M9

JL2122

P1

JL2123

P9

JL2124

T1

JL2125

T9

JL2126

B1

JL2128

B9

JL2129

D1

D0BA0

D8

D0BA1

E2

D0BA2

E8

CL2101

F9

D0CKE

AF13

D0CS

AD10

D0CAS

AE11

D0RAS

AE9

D0WE

AE10

D0ODT

G1

CL2103

G9

CL2104

D0DQ1

E3 F7

D0DQ6

F2

D0DQ0

F8

D0DQ7

H3

D0DQ3

H8

CL120

G2

D0CKE

D0CKE

D0A10

D0A10

D0BA1

D0BA1

D0A12

D0A12

NC NC

/DQSU

NC

DML

NC

DQSL

NC

/DQSL

NC

P7 P3

D0A3

N2

D0A4

P8

D0A5

P2

D0A6

R8

D0A7

R2

H7

CL121

D0DQ4

D7

JL131

D0DQ13

C3

JL132

D0DQ11

C8

JL133

C2

JL134

D0DQ10

A7

JL135

D0DQ12

A2

JL136

D0DQ9

B8

JL137

D0DQ14

A3

JL138

D0DQ8

D0DQ15

D0A4

D0A4

D0A1

D0A1

D0A6

D0A6

D0A8

D0A8

D0RAS

D0RAS

D0ODT

D0ODT D0CAS

D0CAS

D0CS

D0CS

BA2

DQSU

J1 J9 L1

D0BA0

D0BA0

D0A3

D0A3

D0A5

D0A5

D0A13

D0A13

D0A8

T8

D0A9

R3

D0A10

M7 T7

D0A14

JL139

D0A13

T3

D0RST

JL156

R7

D0A12

N7

D0A9

D0A7

D0A7

D0A2

D0A2

D0A0

D0A0

D0BA0

JL166

M2

D0BA1

CL124

N8

D0BA2

CL125

M3

D0DM3

JL172

D3

D0DQS3

CL126

C7

D0DQS3B CL127

B7

VREFDQ

/CAS

VREFCA

H1

JL129

C120 0.1u

/RESET ZQ

C122 0.1u

VDD

VSS

VDD

VSS

VDD

VSS

VDD

VSS

VDD

VSS

VDD

VSS

VDD

VSS

VDD

VSS

VDD

VSS VSS

VDDQ

VSS

VDDQ

VSSQ

VDDQ

VSSQ

VDDQ

VSSQ

VDDQ

VSSQ

VDDQ

VSSQ

VDDQ

VSSQ

VDDQ

D0WE

D0WE

D0A11

D0A11

D0A14

D0A14

L8

D0CKE

D0CK1

D0CK1

D0CK1B

D0CK1B

JL173 CL128

F3

D0DQS2B CL129

G3 J7

R106

100

K9 C177 4p

D0CS D0RAS

JL168

J3

D0CAS

JL169

K3

D0WE

CL131

D0RST

JL170

L3 T2 C178

JL171

L2

100p K1

A9

D9

JL2131

G7

JL2132

K2

JL2133

K8

JL2134

N1

JL2135

N9

JL2136

R1

JL2137

R9

JL2138 JL2139

A1

JL2140

A8

JL2141 JL2142

C1 C9

JL2143

D2

JL2144

E9

JL2145

B3 E1 G8 J2 J8 M1 M9 P1 P9 T1 T9 B1 B9 D1 D8

F1 H9

K7

CL130

B2

H2

E7

JL167

D0ODT R105 240

VSS

D0BA2

M8

/WE

ODT

D0BA2

D0DM2 D0DQS2

D0CK1 D0CK1B

C121 0.01u

A0

DQL0

A1

DQL1

A2

DQL2

A3

DQL3

A4

DQL4

A5

DQL5

A6

DQL6

A7

DQL7

A8

DQU0

A9

DQU1

A10

DQU2

A11

DQU3

A12

DQU4 DQU5

D0RST

D0A9

/CK CKE

/RAS

L7

CL123

D0A11

L9

CK

/CS

N3

JL165

D0DQ2

CL122

DMU

D0A0 D0A1 D0A2

D0DQ5

BA1

VDDQ

JL2127

JL2130

AH13

100p K1

CL118

D0A0

AH10

K9

JL128

D0DM3

AH7

E7

D0CK0

AF6

AC8

DQU7

BA0

NC

CL2102 RCKE

SD-RAM *CSP (Chip Size Package)

D0CK0B

AH17

AH4

IC103

SD-RAM *CSP (Chip Size Package)

D0CK0

AG17

RA8 JL2148 AC5 AVDD33_MEMPLL RA9 AF11 AD14 AD4 AVSS33_MEMPLL RA10 AG13 RA11 AD15 RA12 AD8 RA13 CL134 AF1 AD11 RA14 TP_MEMPLL AF2 TN_MEMPLL AC10 CL135 RBA0 AC15 RBA1 AG10 RBA2

RCAS_

T8

JL122

AE17

AH3

IC103 K4B1G1646G-BCH9T

IC102

D0DQ9

DDRVCCIO1

IC101

E

RDQM0

D0DQ0

AG14

E2

C137 10u CL2109

VSSQ

CL2110

VSSQ

CL2111

VSSQ

CL2112

CL2105

CL2113

CL2106

CL2114

E8 F9 G1 G9

DQU6 BA0

DQU7

E3

D0DQ19

F7

D0DQ23

CL132

F2

D0DQ16

F8

D0DQ21

H3

D0DQ17

CL133

H8

D0DQ22

G2

D0DQ18

H7

D0DQ20

D7

JL176

D0DQ28

C3

JL177

D0DQ27

C8

JL178

C2

JL179

D0DQ25

A7

JL180

D0DQ29

A2

JL181

D0DQ26

B8

JL182

D0DQ30

A3

JL183

D0DQ24

D0DQ31

BA1 BA2

DMU

NC

DQSU

NC

/DQSU

NC NC

DML

NC

DQSL

NC

/DQSL

NC

J1 J9 L1 L9 M7 T7

D0A14

T3

D0A13

CK /CK CKE /CS /RAS

VREFDQ

/CAS

VREFCA

H1

C139 0.01u

JL174

M8 C140 0.1u

C138 0.1u

/WE /RESET ODT

ZQ

VSS

VDD

VSS

VDD

VSS

VDD

VSS

VDD

VSS

VDD

VSS

VDD

VSS

VDD

VSS

VDD

VSS

VDD

VSS VSS

VDDQ

VSS

VDDQ VDDQ

VSSQ

VDDQ

VSSQ

VDDQ

VSSQ

VDDQ

VSSQ

VDDQ

VSSQ

VDDQ

VSSQ

VDDQ

L8 R107 240

B2 D9 G7 K2 K8 N1 N9 R1 R9 A1 A8 C1 C9 D2 E9 F1 H2 H9

C156 10u

VSSQ VSSQ VSSQ

CL2107 CL2108

RODT RCSX_

>003S MB1305 BOARD (3/9) (Page 61)

RRESET

AE13 AD9

JL118

D0RST

JL2152

C173

DDR_1.5V


59

59

10u

Note: IC101 on the MB1305 board cannot exchange with single. When this part on the MB1305 board is damaged, exchange the entire mounted board.


6-9.

SCHEMATIC DIAGRAM – MB1305 Board (2/9) – 1

2

3


4

5

MB1305 BOARD (2/9)

6

Y23 W20 AB19 V19 U19 R19 AB18 AA18

B

Y18 U18 T18 R18 P18 N18 M18 L18

C

V17 U17 T17 R17 P17 N17 M17 L17 V16

D

U16 T16 R16 P16 N16 M16 L16 K16

E

J16 F16 AB15 V15 U15 T15 R15 P15

F

N15 M15 L15 F15 AB14 V14 U14 T14

G

DGND12_K

DGND12_K

DGND12_K

DGND12_K

DGND12_K

DGND12_K

DGND12_K

DGND12_K

DGND12_K

DGND12_K

DGND12_K

DGND12_K

DGND12_K

DGND12_K

DGND12_K

DGND12_K

DGND12_K

DGND12_K

DGND12_K

DGND12_K

DGND12_K

DGND12_K

DGND12_K

DGND12_K

DGND12_K

DGND12_K

DGND12_K

DGND12_K

DGND12_K

DGND12_K

DGND12_K

DGND12_K

DGND12_K

DGND12_K

DGND12_K

DGND12_K

DGND12_K

DGND12_K

DGND12_K

DGND12_K

DGND12_K

DGND12_K

DGND12_K

DGND12_K

DGND12_K

DGND12_K

DGND12_K

DGND12_K

DGND12_K

DGND12_K

DGND12_K

DGND12_K

DGND12_K

DGND12_K

DGND12_K

DGND12_K

DGND12_K

DGND12_K

DGND12_K

DGND12_K

DGND12_K

DGND12_K

DGND12_K

DGND12_K

DGND12_K

DGND12_K

DGND12_K

DGND12_K

DGND12_K

DGND12_K

DGND12_K

DGND12_K

DGND12_K

DGND12_K

DGND12_K

DGND12_K

DGND12_K

DGND12_K

DGND12_K

DGND12_K

DGND12_K

DGND12_K

DGND12_K

DGND12_K

DGND12_K

DGND12_K

DGND12_K

DGND12_K

DGND12_K

DGND12_K

DGND12_K

DGND12_K

DGND12_K

DGND12_K

DGND12_K

DGND12_K

DGND12_K

DGND12_K DVCC12_K DVCC12_K DVCC12_K DVCC12_K DVCC12_K

IC101 (2/14) CXD90011G-BC

DVCC12_K

IC101

DVCC12_K

BD DECODER

DVCC12_K DVCC12_K DVCC12_K DVCC12_K DVCC12_K DVCC12_K DVCC12_K DVCC12_K

I

DVCC12_K DVCC12_K DVCC12_K DVCC12_K

>004S

J

MB1305 BOARD (3/9), (4/9), (5/9) (Page 61), (Page 62), (Page 63)

C420 0.1u

K

DVCC12_K DVCC12_K AE20

MTKSTB_3.3V

>002S MB1305 BOARD (1/9) (Page 59)

GND 1.2V_DDR 3.3V

C428 0.1u

C427 0.1u

C424 0.1u

C426 0.1u

C423 0.1u

C425 0.1u

C422 0.1u

C421 10u

>005S MB1305 BOARD (3/9) (Page 61)

1.2V

8

9

POWER/GND

A

H

7

10

11

12

13

14

15

16

17

DDR3_BCH R14

IC101 (3/14) CXD90011G-BC

P14

RDQ0_B

N14

IC101

RDQ1_B

M14

BD DECODER

RDQ2_B

L14

RDQ3_B

V13

RDQ4_B

U13

RDQ5_B

T13

RDQ6_B

R13

RDQ7_B

P13

RDQ8_B

N13

RDQ9_B

M13

RDQ10_B

L13

RDQ11_B

K13

RDQ12_B

J13

RDQ13_B

AB12

RDQ14_B

V12

RDQ15_B

W1

D1DQ0

Y3

D1DQ1

W2

D1DQ2 D1DQ3

AA3 AE3

D1DQ4

AF3

D1DQ5

AD2

D1DQ6

AD3

D1DQ7

W4

D1DQ8

W5

D1DQ9

Y4

D1DQ10

AB4

JL210

D1DQ12

AB6

JL211

D1DQ13

AB5

D1DQ14

AA6

D1DQ15

U12 T12 R12

RDQM0_B

P12

RDQS0_B

N12

RDQS0__B

M12 RDQM1_B

L12 T11

RDQS1_B

R11

RDQS1__B

P11 N11

RCLK0_B

M11

RCLK0__B

L11

RDQ16_B

V10

RDQ17_B

F10

RDQ18_B

AC9

RDQ19_B

AB9

RDQ20_B

K9

RDQ21_B

F9

RDQ22_B

AB8

RDQ23_B

U8

RDQ24_B

R8

RDQ25_B

AA7

RDQ26_B

V7

RDQ27_B

T7

RDQ28_B

K7

RDQ29_B

H7

RDQ30_B

K6

RDQ31_B

AF5 AC4

RDQM2_B

M4

RDQS2_B

H4

RDQS2__B

V20

N8

U20

DDRVREF_A

C203 0.1u

T20 R20

JL2201

P20

JL2202

W19

JL2203

T19

JL2204

RDQM3_B RDQS3_B RDQS3__B

C223 0.1u

C202 0.1u

V8

DDRVREF_B

RCLK1_B RCLK1__B

P19

JL2205

N19

JL2206

RA0_B

M19

JL2207

RA1_B

L19

JL2208

RA2_B

K19

JL2209

RA3_B

J19

JL2210

RA4_B

W18

JL2211

RA5_B

V18

JL2212

RA6_B

JL2213

RA7_B

K18 J18

C419 0.1u

C413 0.1u

C408 0.1u

RA8_B

JL2214

RA9_B

JL2215

K17

RA10_B

J17 W16 W15

C418 0.1u

C412 0.1u

C407 0.1u

RA11_B RA12_B RA13_B

K15

DVCC12_K J15 AE19 DVCC33_IO_STB DVCC12_K DVCC33_IO_STB K14 DVCC12_K J14 DVCC12_K W12 DVCC12_K K12 DVCC12_K J12 DVCC12_K F23 W11 DVCC33_IO_5 DVCC12_K G22 V11 DVCC33_IO_5 DVCC12_K V21 K11 DVCC33_IO_4 DVCC12_K U21 J11 DVCC33_IO_4 DVCC12_K H8 U10 DVCC33_IO_2 DVCC12_K G8 R10 DVCC33_IO_2 DVCC12_K H14 N10 DVCC33_IO_1 DVCC12_K G14 L10 DVCC33_IO_1 DVCC12_K

RA14_B C417 0.1u

C411 0.1u

C406 0.1u

RBA0_B RBA1_B RBA2_B

C405 0.1u

RCKE_B RCS__B RCAS__B

C415 0.1u

C409 0.1u

C404 0.1u

RRAS__B RWE__B

C414 10u

RODT_B RCSX__B RRESET_B

D1DM0

AD1 CL201

D1DQS0

AA1

CL202

D1DQS0B

AA5

JL214

D1DM1

AC1

CL203

D1DQS1

AC2

CL204

D1DQS1B

AA2

N3 P7

D1A2

P3

D1A3 D1A4

N2 P8

D1A5 D1A6

D1DQ11

AA4

D1A0 D1A1

AB2

D1CK0

AB1

D1CK0B

P2 R8

D1A7 D1A8

R2

D1A9

R3

T8

D1A10

L7

D1A11

R7

D1A12

N7

D1A13

T3

D1BA0

M2

D1BA1

N8

D1BA2

M3

D1DM1

D3

D1DQS1

C7

D1DQS1B

B7

D1DM0

E7

J2

D1DQS0

F3

J1

D1DQS0B

G3

K1

R201 100

K2

D1CK0

R2

D1CK0B

K7

N3

D1CKE

K9

P3

R203 47

J7

C201

4p

P4 J4

D1RAS

J3

J5

D1CAS

K3

J3

JL221

L2

D1WE

JL222

D1RST

L4 D1ODT

L3

L3 T2

CL215 R204 47

C222

DQL0

A1_P7

DQL1

A2_P3

DQL2

A3_N2

DQL3

A4_P8

DQL4

A5_P2

DQL5

A6_R8

DQL6

A7_R2

DQL7

A8_T8

DQU0

A9_R3

DQU1

A10/AP

DQU2

A11_R7

DQU3

A12/!BC!

DQU4

A13_T3

DQU5 DQU6

BA0

DQU7

E3

D1DQ3

F7

D1DQ7

F2

D1DQ1

F8

D1DQ6

H3

D1DQ0

H8

CL216

G2

D1DQ5 D1DQ2

H7

D1DQ4

D7

JL237

D1DQ15

C3

JL238

D1DQ11

C8

JL239

D1DQ12

C2

JL240

A7

JL241

A2

JL242

B8

JL243

A3

JL244

D1DQ9 D1DQ13 CL2218

D1DQ8 D1DQ14

CL2219

D1DQ10

BA1 BA2

DMU

NC_J1

DQSU

NC_J9

!DQSU!

NC_L1 NC_L9

DML

NC_M7

DQSL

NC_T7

J1 J9 L1 L9 M7 D1A14

T7

!DQSL! CK !CK! CKE

JL234

D1CS

J6

A0_N3

100p K1

M5

!CS! !RAS!

VREFDQ

!CAS!

VREFCA

M8

>001S

C205 0.01u

H1 JL235

VREF_0.75V

JL236 C206 0.1u

!WE! C204 0.1u

!RESET! ODT

ZQ

MB1305 BOARD (1/9) (Page 59)

L8 R202 240

M6 K3 L2

A9

L1

B3

JL2216 K4 N1

E1

JL2217 JL252

G8

JL2218

J2

JL2219

N2

J8

JL2220 M2

JL2221

M1

JL2222

M1 M9 P1

JL2223 D1A0

JL2224

V5

D1A1

JL2225

T2

D1A2

JL2226

U4

D1A3

JL2227

T5

D1A4

JL2228

U3

D1A5

JL2229

R3

D1A6

JL2230

T1

D1A7

JL2231

R1

P9 T1 T9 B1 B9 D1 D8 E2

D1A8

JL2232

T3

D1A9

JL2233

W6

D1A10

JL2234

U5

D1A11

JL2235

V6

D1A12

JL2236

N4

D1A13

CL2202

D1A14

CL2203

R4

T6

E8 F9 G1 CL2201

CL2204 D1BA0

CL2205

U6

D1BA1

CL2206

N5

D1BA2

CL2207

P5

CL2208 V2 V3

D1CKE

CL2209

D1CS

CL2210

R5

D1CAS

V1

D1RAS

N6

D1WE

P6

D1ODT

V4 T4

JL203

G9

VSS_A9

VDD_B2

VSS_B3

VDD_D9

VSS_E1

VDD_G7

VSS_G8

VDD_K2

VSS_J2

VDD_K8

VSS_J8

VDD_N1

VSS_M1

VDD_N9

VSS_M9

VDD_R1

VSS_P1

VDD_R9

VSS_P9 VSS_T1

VDDQ_A1

VSS_T9

VDDQ_A8 VDDQ_C1

VSSQ_B1

VDDQ_C9

VSSQ_B9

VDDQ_D2

VSSQ_D1

VDDQ_E9

VSSQ_D8

VDDQ_F1

VSSQ_E2

VDDQ_H2

VSSQ_E8

VDDQ_H9

B2 D9 G7 K2 K8 N1 N9 R1 R9 A1 A8 C1 C9 D2 E9

C220

0.1u

C221

10u

C250

0.1u

C242

0.1u

C247

0.1u

C248

0.1u

C249

0.1u

F1 H2 H9

VSSQ_F9 VSSQ_G1 VSSQ_G9

IC202 K4B2G1646Q-BCMA

IC202 SD-RAM

>003S DDR_1.5V

MB1305 BOARD (3/9) (Page 61)

D1RST

R449 0


60

60

Note: IC101 and IC202 on the MB1305 board cannot exchange with single. When these parts on the MB1305 board are damaged, exchange the entire mounted board.


6-10. SCHEMATIC DIAGRAM – MB1305 Board (3/9) – 1

2

3

• See page 56 for Waveforms.

4

5

6

• See page 83 for IC Block Diagrams.

7

8

9

10

11

12

13

14

15

16

17

>006S

A

D3.3V

A_GND

UNSW5.5V PCONT1 GND

MB1305 BOARD (7/9) (Page 65)

(CHASSIS) (CHASSIS) (CHASSIS) (CHASSIS) (CHASSIS)

B MB1305 BOARD (3/9)

>007S

ET302

ET301

L300 2.2uH

A_GND 1

SWR1 SWITCHING REGULATOR (3L396W-1) (N7200WL/N9200WL: AEP, EA, AUS, MX6) SWITCHING REGULATOR (3L396W) (N9200WL: E3) SWITCHING REGULATOR (3L402W-1) (N5200W/N7200W: US, AEP, UK, E32/N9200W: AEP, CND, EA, AUS, MX6) SWITCHING REGULATOR (3L402W) (N7200W: E12/N9200W: E12, E3) (1/3)

DGND 2 FE_GND 3 FE_UNSW12V 4 UNSW12V 5 IC_UNSW12V 6 PVDD_CONT 7 EN_POWER 8

C319 10u

L306 2.2uH

C320 10u 17

JL315 JL314 JL313 JL310

L301 4.7uH

F302 3.15A 32V

1

C323 0.1u

R339 68k

JL309 JL308

R359 1.5k

JL316

2

10.8

3

5.2

4

0.8

F301 3.15A 32V

R340 12k

C328 22u

VIN2

1

VBST1

2

SW1

VBST2 SW2

11.8

15

7.2

14

1.5

C329 0.1u

3.2

0.8

R332 1.5k

JL302

5.7

C332 22u

IC301

C333 22u

R331 22k

C358 10u

CN301 3P

PCONT3

1 FB_GND

PCONT2 PCONT1

2 FB_UNSW12V 3 FB_GND

PCONT_WOL_STB

Q301 QM2401C1 12V VOLTAGE CONTROL

IC_UNSW12V

>009S MB1305 BOARD (9/9) (Page 67)

9 GND 8

UNSW5.5V

5.5

S

1 VO IC303 2 NC_7 BD33HA3WEFJ-E2 VO_S 6 3 NC_6 GND 5 4 +3.3V REG. EN NC_4 7

VCC

3.2

C351 1u

12

3.3 3.3

IC303

G

R303 33k

JL307

Q300 QM2401C1 5V VOLTAGE CONTROL

+3.3V REG.

7 6 5

3.2

>004S

VCC

VO

NC_7

VO_S

NC_6

GND

EN

NC_4

1

3.3

2

3.3

>014S MB1305 BOARD (8/9) (Page 66) FE_GND_M

S

R301 33k

JL319

FE_SW5V

5 2.6

3

R302 33k

4

3.2

C315 1u

0

MB1305 BOARD MTKSTB_3.3V (2/9), (4/9), (5/9) (Page 60), (Page 62), (Page 63)

Q303 LTC014EUBFS8TL OVERLOAD DETECTION

>015S GND 3.3V 1.2V

L303 2.2uH C334 10u

>010S MB1305 BOARD (5/9) (Page 63)

GND

L304 4.7uH

3.3V

>011S

5.5

PCONT3

3.2

C308 1u

5

C338 0.1u

R335 68k

7 6

UNSW5.5V

VO

VCC

1

2 IC305 NC 7 BD00IC0WHFV-GTR FB 4 3 EN GND

IC305 +3.3V REG.

3.3 0.5

JL303

R347 22k R314 10k

C335 10u 1 11.7

2

11

3

5.4

4

11.7

C310 1u

R315 10k

VBST1 SW1

VIN2

3 4

VBST2

C343 22u

C342 22u

SW2

16

11.8

15

6.9

14

1.2

PGND1 PGND2 IC302 12 EN1 TPS54394 PWPR EN2 11 PG2 PG1 10 VFB1 VFB2 9 8 GND VREG5

IC302

C344 0.1u

>005S

L305 2.2uH

JL305

13

1.2V

3.2

6 7

0.8

R336 22k

VIN1

5

R344 68k

JL318

MB1305 BOARD (4/9), (6/9) (Page 62), (Page 64)

17

R352 1k

MB1305 BOARD (6/9) (Page 64)

FE_SW12V R306 2.2k

Q302 LTC014EUBFS8TL OVERLOAD DETECTION

5

9 GND 8

C314 1u

R305 2.2k

>013S MB1305 BOARD (4/9) (Page 62)

R304 33k

IC304

5.5

C302 0.01u


FE_SW12V

3.2 0

IC304 BD33HA3WEFJ-E2

H

12 5.9

C352 1u

GND

K


DDR_1.5V

DC-DC CONVERTER

D3.3V

J

JL301 R330 20k

C324 1u

C327 22u

>003S

L302 2.2uH

UNSW12V

F

I

VIN1

16

13 IC301 PGND1 PGND2 5 12 TPS54394 PWPR EN1 EN2 6 11 PG1 PG2 7 10 VFB1 VFB2 8 9 GND VREG5

3.2

JL306

JL317 F300 3.15A 32V

11.8

EN_POWER PVDD_CONT

>008S

MB1305 BOARD (5/9) (Page 63)

DCDC5V

GND

CN300 8P

MB1305 BOARD (9/9) (Page 67)

ET303

FE_GND_M

C

E

ET304

>012S

MB1305 BOARD (8/9) (Page 66)

D

ET305

R326 27k

JL304

0.8

MB1305 BOARD (2/9) (Page 60)

5.6

C339 1u

C347 22u

C348 22u

R327 43k

DC-DC CONVERTER

>016S 3.3V

UNSW5.5V


61

61

MB1305 BOARD (9/9) (Page 67)




2

3

4


5

6


7

8

9

10

11

12

13

14

15

16

17

MB1305 BOARD (4/9)

A >015S

3.3V DRIVE/RF/FE_GIO

C806

E18

0.1u

3.3V GND

>017S

G21

FE_GIO4

F19

FE_TYPWM

FE_TYPWM

AVDD33_3 INB AGND12_1

INC

AGND12_2

IND

FE_FMO

FE_FMO

INE

FE_FMO2

FE_FMO2

UART/GPIO

FE_FG

FE_FG

F20 G18

FE_GAINSW3

FE_GAINSW3

STRAP_XAMUTE

JL413

G4

SCL AMUTE

SDA

INF AGND33_1 AGND33_2

ING INH

B3

JL419

A3

JL420

AH26

JL416

FECMOD

AF25

JL417

FEOSCEN

F17

D CN401 6P

(NC)

E

3.3V

1

GND

2

RXD

3

TXD

4

JIG_MODE1

5

JIG_MODE0

6

JL448

IF_SDO

RB401 10k

IF_SCK

AG26

IF_SDI

AG28

JL402

R418 100

JL403

START_BIT

JL404 R419 100

JL405 JL406

R420 R421

100 100

JL429

E4

JL407

D1

JL430

E2

JL431

E1

JL409

G1

JL410 JL428 JL411

F3

JL432

AG25 H3

G

START_BIT UPG_STATUS

>018S

H

MB1305 BOARD (9/9) (Page 67)

SYS_REQ XIF_CS

JL434

C4

JL446

C5

JL447

A2

JL435

C3

JL433

A1

JL436

C1 D2

OCPI IF_SDO

E3

WIFI_PCONT

SYS_REQ

IF_SDI

H2

USB_PCONT

F

IF_SCK

UATXD

VDATA

UARXD

D3

XIF_CS

IF_SCK IF_SDI

JL449

D4

JL437

F5

START_BIT

JL438

G5

UPG_STATUS

JL439

F4

SYS_REQ

JL440

G3

XIF_CS

JL441

G2

JL442

B2

WOL_INT

JL443

B1

JL444

C2

JL445

AC24

I

GPIO0

IC101

GPIO1

BD DECODER

TRINA TRINB TRINC TRIND

GPIO2 GPIO3 GPIO4

RESET_

AF26

C402

GPIO5 GPIO6 GPIO7

R423

J

MB1305 BOARD (5/9) (Page 63)

EFPWRQ

0.1u

MB1305 BOARD (7/9) (Page 65)

A20

JL832

FE_IN_B

IC851 +8V REG.

JL820

FE_IN_C

A19

JL828

FE_IN_D

A17

JL819

D18

JL817

FE_IN_F

C19

JL831

FE_IN_G

C18

JL833

FE_IN_H

B19

5

6

7

8 9

IC851 BD80GA3WEFJ-E2

FE_IN_E

4

3

2

1 8

8

C855 1u

SL855

SL854

E14

FE_LDD_SDIO

F14

FE_LDD_SEN

FE_TRAYOUT

D14

FE_LDD_CLK

FE_FR+

FE_TRAYIN

FE_TRAYIN FE_TRAYOUT FE_FR+

FE_FR-

FE_FR-

VWDC3O

IR

GPIO10

AH28

JL414

OPWRSB

MPXOUT2 R427 10k

GPIO11 GPIO12

C20 C21 B22

FE_TR+

FE_TR-

R846 10k

CL846

FE_TR-

FE_TILT+

FE_TILT+

FE_TILTCL847

FE_TILT-

FE_CO_A-

CL848 CL849

C22 E22

AH25

MPXOUT3

FE_CO_A+

FE_CO_B-

FE_CO_BFE_CO_B+

JL899 CN801 45P

FE_CO_AC16

CL836

CL891

FE_CO_A+

C17

CL837

CL893

FE_CO_B-

B17

CL838

CL894

FE_CO_B+

CL839

R834

10k

FE_AUX1

JL415

GPIO14 GPIO15

FPDODVD

GPIO16

FPDOCD

SL804

E21 D21

FE_FPDODVD

CL834

FE_VHAVC

C834

0.1u

FE_IN_G

C821

1u

C818

CL818 0.1u

FE_IN_A JL871

FE_IN_C

GPIO17

AUX1

FE_AUX1

E17

GPIO20 GPIO21 GPIO22

FEGAINSW1

GPIO23

FEGAINSW2

GPIO24

FEGAINSW3

D15

FE_GAINSW

JL896

GPIO26 GPIO27

R892 4.7k

JL891

D10 A22

FEEJECT_ VDAC0 RSTI

C890 0.1u

V14 FVREF

D22 D17 E19 D19

C827

JL876

C873 1u

CL829 0.1u CL823

FE_RFO-

CL824

R820 47k

FE_GAINSW FE_GIO5

JL873

JL874

100p C829

FE_RFO+

C879 0.01u C874 1u

JL897

F13

FEGIO0 FEGIO1

FEFMO FEFMO2 FEFMO3

C430 8p

C431 8p

R453 10 R454 1M

X401 27MHz

E8

CLOCK/PLL/POWER

OCPI

C28 C27

GND

WIFI_PCONT

STRAP_GPIO9 STRAP_XAMUTE

GND

6

THERMO

7

VC_PD

8

E

9

B F

R821

CL821 33k

CL822

FE_VHAVC

15 G 16 5V_PD 17 GND 18 RF+ 19 RF20 GND 21 MODE_A 22 MODE_B 23 NC 24 GND

C10

MTKSTB_3.3V

USB_PCONT

SA_B+

5

14 A

FE_IN_E

FE_GAINSW3

GPIO25

SA_B-

4

13 C

FE_TRAYOUT

D13

SA_A+

3

12 H

FE_IN_B

C13

SA_A-

2

11

FE_IN_F FE_IN_D

R872 47k

1

10 D

FE_IN_H

GPIO18 GPIO19

FEFMO4 FEGIO3

FOO FEDMO

NS_XTALO D7

NS_XTALI

USB_PCONT WIFI_PCONT

AVDD33_PLLGP

OCPI AB21 AD20

STRAP_GPIO9

AVSS33_PLLGP AVDD12_LDO AVDD33_DAC AVDD33_LDO AVSS33_DAC AVSS33_LDO

F26

C435 0.1u

L22 D26

C434 0.1u

FE_GIO5 IC101 (6/14) CXD90011G-BC

JL890 FE_GIO7

IC101

E13 D9 C7

TLO FEGIO4 FEGIO5

FETRAYOUT_

FEGIO6

FETRAYIN_

FEGIO7

FETRAYPWM

B11

JL829

A12

JL840

B12 C12 A14 B14 A11 C14 D8

C875 0.01u

C876 1u

FE_FMO FE_FMO2

FE_LDD_SDIO

CL808

FE_LDD_CLK

CL807

FE_LDD_SEN

CL806

JL834

FE_GIO7

JL835

CL805

FE_FPDODVD

CL804

JL836 JL837

R810

2.2k

C811

100p

JL839 C878 0.01u

R812

4.7k

C813

10u

25 GND 26 SDIO 27 SCLK 28 SEN_LDD 29 LDEN 30 TEST_V 32 GND

C810

0.1u

C812

0.1u

33 8.0V 34 8.0V 35 GND

FE_TRAYIN

36 5.0V

FE_TYPWM

37 5.0V 38 GND

BD DECODER JL898

K23

CL896 CL895

R452 0

D6 E10 F7

FEGIO9

FEFG

C9

FE_FG FE_FR+

CL840

FEGIO10

FE_FR-

CL841

FEGIO11

FE_TR+

CL842

FE_TR-

CL843

FE_TILT+

CL844

FE_TILT-

CL845

STRAP_XAMUTE

3.3V

39 GND 40 FD1 41 FR1 42 TR 43 TD 44 FD2 45 FR2

GND FE_5V_AVCC C816 100p

>021S MB1305 BOARD (9/9) (Page 67)

OP1 DEVICE, OPTICAL KEM480AHA/C2RP1 (1/3)

31 GND

JL838

D16 C11

>022S MB1305 BOARD (8/9) (Page 66)

FE_CO_A-

FE_CO_A+

BD DECODER MPXOUT1

GPIO9

D20

IC101

H1

GPIO8

GPIO13

VWDC2O

IC101 (5/14) CXD90011G-BC

CPU_XRST

AB20

K

FE_IN_A

MB1305 BOARD (3/9) (Page 61)

12

11.6

JL830

OPWRSB

C433 0.1u

>020S

CL826

B20

FE_SW12V

FE_CO_B+

100 JL418

TRO

>019S

CL825

LCDRD

HAVC

MB1305 BOARD (2/9), (3/9), (5/9) (Page 60), (Page 61), (Page 63)

B15

>013S

SL851 C852 1u

FE_TR+

R891 5.1k

>004S

A15

R853 10k C853 0.1u

VCLK

JL401

STRAP_GPIO9

IF_SDO

VSTB

FE_RFO-

GND

IC101 (4/14) CXD90011G-BC

UPG_STATUS

EXT_JIG_MODE1

AG27

FE_RFO+

0.1u

AGND33_3 FECFREQ

AH27

0.1u

C822

AVDD33_1 INA

FE_MUTE1

MB1305 BOARD (8/9) (Page 66)

RFIN2

C823

B16

NC

F18

A16

VCC

RFIN RFIP2

B

C

RFIP

AVDD12_2

VOUT

0.1u

AVDD12_1

FB

C805

E23 C15

EN

0.1u 0.1u

NC

C801 C802

GND

GND 1.2V

NC

MB1305 BOARD (3/9), (6/9) (Page 61),(Page 64)

C815 100p

C814 100p FE_GND_M

ET801

FE_P_ON

>023S MB1305 BOARD (8/9) (Page 66)

(CHASSIS)


62

62

Note 1: IC101 on the MB1305 board cannot exchange with single. When this part on the MB1305 board is damaged, exchange the entire mounted board.

Note 2: When the device optical KEM480AHA/C2RP1 (OP1) is replaced, refer to “NOTE OF REPLACING THE OPTICAL DEVICE KEM480AHA/C2RP1 (OP1) AND THE COMPLETE MB1305 BOARD” on page 9.



2

3

4


5

6


7

8

9

10

11

12

13

14

15

16

17

A MB1305 BOARD (5/9) >012S

B

MB1305 BOARD (3/9) (Page 61)

IC502 FRONT USB VBUS 5

DCDC5V

>019S

C

MB1305 BOARD (4/9) (Page 62)

C506 0.1u

R506 1k

USB_PCONT R502 10k

5

4 3.3

C505 0.01u

1 OUT IC502 2 TPS2065CDBVR GND 3 EN/!EN! !FLT!

5.2

IN

3.4

C507 10u

Q501 QM2401C1 WIFI PWR CONTROL

R509 10k 5.2

GND

S

OCPI

R516 33k

C511 10u

5.2 2.6

R517 33k

R510 100k

0

WIFI_PCONT

3.2

Q502 LTC014EUBFS8TL WIFI PWR CONTROLDRIVER

USB E6

D

>004S MB1305 BOARD (2/9), (3/9), (4/9) (Page 60), (Page 61), (Page 62)

C501 1u

C503 10u

F12

AVDD33_USB_P0P1

USB_DM_P0

AVSS33_USB_P0P1

USB_DP_P0

JL005

B5 DP1

A5

R507

0

R508

0

DM1 Y26

MTKSTB_3.3V

C502 1u

C504 10u

Y22

A6 W28

E

R504 5.1k

AVDD33_USB_P2

USB_DM_P1

AVSS33_USB_P2

USB_DP_P1

USB_VRT_P0P1

USB_DM_P2

USB_VRT_P2

USB_DP_P2

B4

CL509

A4

CL510

R519 >8kv

R520 >8kv

DP

JL006

DM

JL007

VBUS

JL008

C524 10p

C523 10p

CN501 5P 1

>025S

GND

2

DP

3

DM

4

VBUS

5

GND

FUSB+SIRCS BOARD CN2250 (Page 81)

GND CN502 5P

AA28 AA27 DP2

R505 5.1k

R515

0

R514

0

DP DM

DM2

VBUS

IC101 (7/14) CXD90011G-BC

1

GND

2

DP

3

DM

4

VBUS

5

GND

WLAN/BTCOMBO CARD

IC101 BD DECODER

F 3.3V

IC2001 TC58NVG1S3HTA00 IC101 (8/14) CXD90011G-BC

J501 GREENCONNSMD

G

IC2001 NAND FLASH

IC101

1

BD DECODER

R2008 3.3k

ETHER TX+

1

TX-

2

RX+

3

AB28 AC27

4

LAN (100)

H

AB27

AC28

5 RX-

R518 24k

6 7 8

AD27

TXVP_1

AA24

MDC

AD23 AB23 NFCEN

NFRBN AVDD33_LD

NFALE NFCLE

C521 0.1u

C522 0.01u

AA22 Y20

AF22

JL2002

AE21

JL2003

AE24

JL2004

AD21

JL2005

AF24

JL2006

AD22

JL2007

NFRBN2

AVSS33_COM

NFD1 NFD2

J

NFD3 NFD4 NFD5 NFD6 NFD7

8

3.3

9

3.3

10 12

3.3

13 14 15 16

0

17

AE22

JL2008

0

18

AC21

JL2009

3.3

19

3.3

20

AVSS33_LD NFD0

3.3

11 C2001 0.1u

AVDD33_COM NFCEN2

C520 1u

7

FLASH

NFREN

AA25

5 6

NFWEN

I

4

BD DECODER

TXVN_1

C518 0.1u

3

IC101

TXVP_0

MDIO C517 0.1u

2

IC101 (9/14) CXD90011G-BC

TXVN_0

REXT

R2009 10k

AE23

JL2010

CPU_NFD[0]

21

AF23

JL2011

CPU_NFD[1]

22

AG23

JL2012

CPU_NFD[2]

23

AH23

JL2013

CPU_NFD[3]

24

AG22

JL2014

CPU_NFD[4]

AH22

JL2015

CPU_NFD[5]

AF21

JL2016

CPU_NFD[6]

AG21

JL2017

CPU_NFD[7]

NC_1

NC_48

NC_2

NC_47

NC_3

NC_46

NC_4

NC_45

NC_5

I/O8

NC_6

I/O7

RY/!BY!

I/O6

!RE!

I/O5

!CE!

NC_40

NC_10

NC_39

NC_11

NC_38

VCC_12

VCC_37

VSS_13

VSS_36

NC_14

NC_35

NC_15

NC_34

CLE

NC_33

ALE

I/O4

!WE!

I/O3

!WP!

I/O2

NC_20

I/O1

NC_21

NC_28

NC_22

NC_27

NC_23

NC_26

NC_24

NC_25

48 47 46 45 44

3.3

CPU_NFD[7]

43

3.3

CPU_NFD[6]

42

3.3

CPU_NFD[5]

41

3.3

CPU_NFD[4]

40 39 38 37

>010S

3.3

C2002 0.1u

36 35

MB1305 BOARD (3/9) (Page 61)

34 33 32

3.3

CPU_NFD[3]

31

3.3

CPU_NFD[2]

30

1.5

CPU_NFD[1]

29

1.5

CPU_NFD[0]

28 27 26 25

>024S

K

MB1305 BOARD (9/9) (Page 67)

NAND_RESET GND

Note 1: IC101 and IC2001 on the MB1305 board cannot exchange with single. When these parts on the MB1305 board are damaged, exchange the entire mounted board.


63

63

Note 2: When the WLAN/BT combo card is replaced, refer to “NOTE OF REPLACING THE WLAN/BT COMBO CARD AND THE COMPLETE MB1305 BOARD” on page 8 and “CHECKING METHOD OF NETWORK OPERATION” on page 12.




2

3

4

5

6


7

8

9

10

11

12

13

14

15

16

17

MB1305 BOARD (6/9)

A

3.3V UNSW5.5V 5.5

5

4

VIN

VOUT

5 IC101 (10/14) CXD90011G-BC

B

IC101 BD DECODER

C614 1u

C610 1u

C601 0.1u

HDMI IN 1

DATA2+

1

DATA2 SHIELD

2

DATA2-

3

DATA1+

4

DATA1 SHIELD

5

DATA1-

6

DATA0+

7

DATA0 SHIELD

8

DATA0-

9

M27 HDMI_RX_2 M28 HDMI_RX_2B N27 HDMI_RX_1 N28 HDMI_RX_1B P27 HDMI_RX_0 P28 HDMI_RX_0B R27 HDMI_RX_C R28 HDMI_RX_CB

CLOCK- 12

R621

CEC 13

SDA(5V) 16 DDC/CEC GND 17 +5V POWER 18

F

HOT PLUG DET 19

NC

GND

+5V REG

3 0

2

C612 0.01u

C608 0.1u

PCONT3

D27 CH2_P D28

R617 R618

R605 22

47k

22

R606 22

22

2 TMDS DATA2 SHIELD

AF28 DDC_SCL_RX AF27 DDC_SDA_RX

3 TMDS DATA2 4 TMDS DATA1 +

CH1_P E28 CH1_M

5 TMDS DATA1 SHIELD

F27

8 TMDS DATA0 SHIELD 9 TMDS DATA0 10 TMDS CLOCK +

G27 CLK_P G28 CLK_M

12 TMDS CLOCK R607

22

R608

22

13 CEC

AD28 C619 0.1u

AB24 CEC

R611 47k

0

R635 0

IC101 (11/14) CXD90011G-BC

J25 H26 R25

AVDD33_HDMI_SUB VDACG_OUT

N20

VDACB_OUT

AVSS33_HDMI_SUB

VDACR_OUT

DATA2+

1

H27

DATA2 SHIELD

2

H28

DATA2-

3

DATA1+

4

J27

DATA1 SHIELD

5

J28

DATA1-

6

DATA0+

7

K27

DATA0 SHIELD

8

K28

DATA0-

9

CLOCK+

10

L27

CLOCK SHIELD

11

L28

CLOCK-

12 13 14 15

SDA(5V)

16

DDC/CEC GND

17

+5V POWER

18

HOT PLUG DET

19

R626

22

R627

22

AC25 AD24

R610 22

AD26

R634 4.7k

AE26 R631 1k

R628 1k

CL607

0

K

R609 22

AC26

U27 V28 U28 W27

C622 1u R637 68

C621 0.1u

14 UTILITY 15 SCL 16 SDA 17 DDC/CEC GND

1k

18 +5V POWER 19 HPD

C623 1u R638 68

>026S MB1305 BOARD (7/9) (Page 65)

3.3

>027S

3.3

CEC

S

CL601

MB1305 BOARD (9/9) (Page 67)

5.5

CH2_P_SUB CH2_M_SUB CH1_P_SUB

AVDD33_VDAC_X

CH1_M_SUB

AVSS33_VDAC_X

CH0_P_SUB

AVDD33_VDAC_BG

CH0_M_SUB

AVSS33_VDAC_BG

V22 U22 T27

SATA

T22 SRXP SRXN

CLK_P_SUB

STXN

CLK_M_SUB

STXP

B8 A8 B9 A9

CL602 CL603 CL604 CL605

DDC_SCL_RX2 DDC_SDA_RX2

AVDD33_SATA AVDD12_SATA

G12 G11

3.3V 1.2V

HTPLG_RX2 AVSS12_SATA

PWR5V_RX2

E12

>015S CEC2

0

R629 100k

22

Q603 LSK3541FS8T2L CEC DRIVER

VIDEO

AVDD12_HDMI_D_SUB

CN603 19P

47k

R616

IC101 BD DECODER

AVDD12_HDMI_C_SUB

VDACX_OUT

H

22

IC101 (12/14) CXD90011G-BC

HDMI-2

CEC

1.8k

R615

ARC_SPDIF

BD DECODER

SCL(5V)

R613

IC101

G

UTILITY(NC)

1.8k

R614

Q601 RN1302(TE85L.F) BUFFER

J

R612

CL606 R636 47k

R630

HDMI OUTARC

11 TMDS CLOCK SHIELD

AB25 HDMISCK AB26 HDMISD

AE25 HTPLG_RX

R622 1k

7 TMDS DATA0 +

CH0_P F28 CH0_M

AD25 PWR5V_RX

R619 1k

6 TMDS DATA1 -

RB602 0.05

HTPLG

R625 4.7k

R620 100k

HDMI IN 2

1 TMDS DATA2 +

E27

0

I

CN601 19P

RB601 0.05

CH2_M

CLOCK SHIELD 11

SCL(5V) 15

C618 0.1u

MB1305 BOARD (3/9) (Page 61)

IC603

M22 R22 AVSS33_HDMI_RX AVSS33_HDMI

CLOCK+ 10

UTILITY(NC) 14

C606 0.1u

C603 0.1u

CN602 19P

D

1 3.2

C

E

CONT

HDMI-1 H25 N23 AVDD12_HDMI_RX AVDD12_HDMI_C G26 AVDD12_HDMI_D E26 R26 AVDD33_HDMI_RX AVDD33_HDMI

>011S

IC603 MM1839A50NRE


IC101 (13/14) CXD90011G-BC

IC101

Q602 RN1302(TE85L.F) BUFFER

BD DECODER

GND



64

64




2

3

4

5

6


7

8


9

10

11

12

13

14

15

16

17

A DAMP_XPDN

DAMP_XPDN

DRIVE_SD/POWER_DETECT

CONNECT TO WLK6-MAIN BOARD CN301

DRIVE_SD/POWER_DETECT

DC_DET

DRIVER_TH_WARN

DAMP_XRST

C716 1u

7 8

VCC

VO

9

1

C717 1u

R702 0 R755 10k

R754 10k

C719 22u

C720 22u

26 WS_DATA_W

25 WS_DATA_Y

24 WS_BCK_W

23 GND

22 WS_LRCK_W

21 WS_DATA_X

20 WS_DATA_Z

19 WS_SDA

18 WS_SCLK

17 WS_RST

16 VDD

14 NC 15 VDD

11 GND

13 Debug

12 GND

WS_INT

10 NC

PU/PD

NC

NC

NC

NC 9

8

7

6

5

4

MCLK

GND 2

DAMP_XMUTE

DAMP_SCL

DAMP_SCL

DAMP_SDA

R714 0

C727 100u 6.3V

DRIVER_XPDN

DAMP_XMUTE

JL722

3.3

JL721

3.3

2

JL720

3

JL747

4

JL719

VO_S

JL718

GND

NC_7

JL715

NC_4

NC_6

JL716

EN

JL717

6 5.5

1

VDD 5

C

JL746

CN702 26P

3.2

3

MB1305 BOARD (7/9)

DAMP_SDA CN703 24P

R713

0

DAMP_SCL

R734

22

JL723

DAMP_SDA

R735

22

JL724

R736

100

JL727

R753

10k

DAMP_XPDN

R756

3.3k

DRIVE_SD/POWER_DETECT DC_DET

JL728 R737

100

JL729

DRIVER_TH_WARN

IC705 BD33HA5WEFJ-E2

R757

R715 0

IC705

3.3k

JL730

DAMP_XRST

RB700

JL731

100

JL732

DRIVER_XPDN DAMP_XMUTE

+3.3V REG.

MB1305 BOARD (9/9) (Page 67)

DAMP_XRST

DRIVER_XPDN

B

>030S

DC_DET

DRIVER_TH_WARN

JL733

D

1 D3.3V 2 DAMP_SCL 3 D3.3V 4 DAMP_SDA 5 DAMP_XPDN 6 DRIVE_SD/POWER_DETECT 7 DC-DET 8 DRIVER_TH_WARN 9 DAMP_XRST 10 DRIVER_XPDN

>031S

11 DAMP_XMUTE

AMP BOARD (1/2) CN3505 (Page 70)

F

C728 0.001u

IC701

>006S MB1305 BOARD (3/9) (Page 61)

D702 BAV99-215

5.5

1 2

3.2

PCONT1

3

VDD

IC701 GND MM3411A50NRE CE

VOUT NC

5 4

C702 1u

100

100

0

0

0

R758

R760

R790

R789

R779

47

JL726

R725

47

JL734

R726

47

JL735

R727

47

JL736

13 DGND 14 AMP_MCK 15 DGND

D703 BAV99-215

+5V REG. UNSW5.5V

0uH

R724

FB709

WS_SDA

WS_SCL

100 R761 WS_RST

100 WS_DET

GND

E

R759

12 DGND JL725

16 DGND 17 AMP_BCK 18 DGND 19 AMP_LRCK 20 DGND

5

21 AMP_D1(FL/FR) 22 DGND 23 AMP_D3(C/SW) 24 VACS_FAST R798 0 JL711

C703 1u

A_GND

>026S

D3.3V

47

47

22

JL709

R795

100

ASEL1

R747

22

JL710

R794

100

ASEL0

R741

22

R742

22

JL748

R717 47

JL701

A24

0

FB707

A25

0uH

22

B27

22

B24

22

ST_SDA

R745

22

B25

R746

22

22

ST_SCL

ST_SDA ST_SCL ACAL_DET ASEL1 ASEL0 WS_SDA WS_SCL WS_RST WS_DET

ST_SDA

IC703

ST_SCL

A/D CONVERTER

ACAL_DET 2.5

ASEL1

1

2

3 5

ASEL0

4

5

3.3

C706 C707 R719 C710 0.1u 0.1u 0 0.1u

WS_SCL WS_RST WS_DET

C708 C709 10u 10u

6

C711 10u

R792 0

10k

A27

10k

B26

10k

5 6

JL739 JL740

R416

8

1.6

R718 0

WS_SDA

A26

1.6

9

10k

10

R414

11

R412

12

BCK

1.2

13

R410

ST_RDS_INT

IC703 PCM1808PWR

2.5

14

JL741

7

LRCK

2.5

DOUT

R712

SCKI

JL704

MOD0

R711

DGND

JL703

ST_RDS_INT

MB1305 BOARD (9/9) (Page 67)

R752

R744

100

AGND 1

>029S

D24

R743 R793

COAXIAL ARC SPDATA

JL738

ST_RDS_INT

JL705

OPTICAL

MCIN

R716 100

JL702

MOD1

AGND 3 I2C_CLK 2

I

R700

DVdd

RDS 5 I2C_DATA 4

ACAL_DET

FMT

A5V 8 L-CH 7 AGND 6

100

AVcc

R-CH 9

E24

R796

VinL

ASEL0 10

C25

JL737

C24

JL708

AGND

ASEL1 11

>028S AUDIO IO BOARD CN2000 (Page 73)

B23

R701 22

C723 FB708 0.1u 0uH

JL700

VinR

D3.3V 13

MB1305 BOARD (6/9) (Page 64)

AUDIO R708 120

Vref

DGND 15 OPT_IN 14

J

R707 120

CN701 15P

ACAL_DET 12

H

R776

G

R775

R799

22

ARC_SPDIF

JL742

7

JL743

B28 A28 C26

AOMCLK AOBCK AOLRCK AOSDATA0

IC101 (14/14) CXD90011G-BC

IC101 BD DECODER

AOSDATA1 AOSDATA2 AOSDATA3 AOSDATA4 AL0 AR0 SPDIF

1.6

R721 R720

22 22 R408

10k

R402

10k

STRAP_GPIO9 STRAP_XAMUTE GND 3.3V

>020S MB1305 BOARD (4/9) (Page 62)

K

Note: IC101 and IC705 on the MB1305 board cannot exchange with single. When these parts on the MB1305 board are damaged, exchange the entire mounted board.


65

65



2

3

4


5

6

7

8

9

10

11

12

13

14

15

16

17

A MB1305 BOARD (8/9)

B

C

FE_SLED_A-

CL961

FE_SLED_A+

CL962

FE_SLED_B-

CL963

FE_SLED_B+

CL964

FE_SPDL_W

CL966

FE_SPDL_V

CL967

FE_SPDL_U

CL968

FE_SPDL_COM

CL969

CN960 9P 1

/A

2

A

3 4

/B B

5

FGND

6

U

7

V

8

W

9

COMMON


FE_SW12V

>014S

D

C991 82u 16V FE_GND_M

C909 1u

GND2

MB1305 BOARD (3/9) (Page 61)

C996 1u

C902 100u 16V

C901 1u C900 0.01u

GND1 CL900

C903 1u

FE_SLED_B+ 0

FE_SLED_B-

0

FE_SW5V 12

FE_SLED_A+

0

FE_SLED_A-

>023S

E

MB1305 BOARD (4/9) (Page 62)

0

FE_GND_M F901 1A 50V

4.4 (10)

C962 0.1u

0 11.3

C910

0.1u 11.3 (18.5)

CL901

F

FE_FG FE_GAINSW3 FE_GIO4 FE_TYPWM

G

>017S

FE_FMO

MB1305 BOARD (4/9) (Page 62)

FE_FMO2

FG

CL912

RDY

CL913

SSZ

CL914

SCLK

CL915

SIMO

CL916

SOMI

CL917

FE_MUTE1

3.3 (1.7) 3.3 3.4 (1.4) 0 (0.7) 0 (0.7) 0

C918 1u

2 SLED1_N

3.3

CL919 3.3

4 SLED2_P 5 SLED2_N

7 C10V

H

0.1u 3.36

GND C931

1u 12

I

C929

0.01u

C930

0.01u

C928

0.1u

(N.C) AGND

MCOM

56 55

53

FE_GND_M C982 0.1u

52 51

GND

10 CP3

49

FE_SPDL_COM

0 (5.3)

W 47

12

12 XFG

0 (5.3)

V 45

C947

U 43

16 SIMO

PGND_1

17 SOMI

FCS_N

18 SIOV

FCS_P

19 XRSTIN

22 CV3P3

TRK_N TRK_P TLT_P TLT_N

39 38 37 36 35

R944 2.2k FE_SPDL_U

12

C943 0

C980 0.1u

1u

C942 0.001u

FE_FRFE_FR+

0 0

FE_TR-

0

FE_TR+

C934

CL978

CL973

0

FE_CO_B-

5 TRAY-OUT


GND FE_CO_B-

0

FE_CO_A+

FE_CO_A+

0

FE_CO_A-

FE_CO_A-

0

30 27 LOAD_P STP2_N (N.C)

2 LOAD+ 3 TRAY-IN

FE_TRAYOUT

FE_CO_B+

31 26 LOAD_N STP2_P

28 CA5V

1 LOAD-

4 GND

0

5.2

CN970 5P

FE_TRAYIN FE_CO_B+

STP1_N

CL972

1u

24 (N.C)

32

CL971

FE_TILT-

0

0

STP1_P

CL977

FE_LOAD_P

FE_TILT+

0

34 23 AGND/DGND P5V

25 P5V12L

FE_LOAD_N

CL975

5.2

33

FE_SPDL_W

FE_SPDL_V R943 2.2k

0 (5.3)

41 40

R948 2.2k

R946 2.2k

R945 2.2k

1u

C946 0.001u

44 13 RDY PGND_SPM1

42 15 SCLK P12V_SPM1

R947 2.2k

0 (5.3)

46 11 GPOUT P12V_SPM2

14 SSZ

>007S MB1305 BOARD (3/9) (Page 61)

50

48 9 CP2 PGND_SPM2

21 (N.C) C922

TEST

(N.C)

8 CP1

20 (N.C)

3.3V

(N.C) LINFB

54 3 P12V_SLD LIN9VG

6 PGND_2

C907 0.1u

FE_5V_AVCC

1 SLED1_P

29

FE_TR+ FE_TR-

FE_LOAD_P

FE_CO_B+ FE_CO_B-

FE_CO_A+ FE_CO_AFE_TR+ FE_TR-

FE_LOAD_N FE_FR+ FE_FR-

IC901 TPIC2060ADFDRG4

IC901

FE_TILT+

COIL/MOTOR DRIVER

FE_TILT-

J

>022S MB1305 BOARD (4/9) (Page 62)

FE_FR+ FE_FRFE_TILT+ FE_TILT-

K

Note 1: IC901 on the MB1305 board cannot exchange with single. When this part on the MB1305 board is damaged, exchange the entire mounted board.


66

66

Note 2: When the device optical KEM480AHA/C2RP1 (OP1) is replaced, refer to “NOTE OF REPLACING THE OPTICAL DEVICE KEM480AHA/C2RP1 (OP1) AND THE COMPLETE MB1305 BOARD” on page 9.



5

WS_SCL

20 21

PCONT_TS

22

TS_SCL

23

TS_GND

24

TS_SDA

25

PANEL5.5V

26

TS_INT

27

TS_RST

28

R1146

2

LED_DRV_DATA

DAMP_XPDN

DRIVER_XPDN

DAMP_XRST

DAMP_XMUTE

TS_SCL

TS_SDA

LED_DRV_CLK

WS_DET

PCONT_WOL_STB

LED_DRV_RST

ACAL_DET

FL_CS

ASEL0

ASEL1

WOL_INT

NFC_RFDET

BT_LED

JL1059

LED_PWM3

JL1060

4.7k CL1053

CL1051

CL1049

CL1045

CL1047

R1101

R1048 CL1041

CL1039

CL1037

CL1043

CL1076

10k

100k R1050 CL1078

CL1033

100k R1053 CL1028 6

8

PCONT_TS

RB1009 22

BD_IF_REQ

BT_LED

TS_RST

LED_PWM3

1.4 3.3 1.9

1.7 3.3 3.3 0

TO WRITE JIG

PVDD_CONT UNSW12V

ST_SCL

>021S FE_P_ON

10k

3.3

CL1064

3.3

CL1065

0

CL1066

3.2

CL1067

0

WOL_INT PCONT_PVDD

R1039 IN

TS_SCL

1M

JL1016

TS_INT

JL1017

TS_RST

C1008 0.1u

OPWRSB XIF_CS

10k 3.3k

PCONT3

UPG_STATUS

3.2

CL1069

R1067

100k

PCONT2

EXT_JIG_MODE1

3.2

CL1070

R1115

10k

PCONT1

3.2

CL1071

3.3

CL1072

R1083

10k

2.4

CL1073

R1091

2.2k

2.6

CL1074

R1090

2.2k

0

R1060

0 3.3

IF_SDI

DAMP_SCL

IF_SDO

DAMP_SDA

CPU_XRST

47k

CLK1

START_BIT

R1061

10k

RXD1

R1062

47k

TXD1 WS_SDA

3.2

CL1056

WS_SCL

3.2

IF_SCK

SYS_REQ

CL1058

EXT_JIG_MODE1

IF_SDI

RTS1

3.2

UPG_STATUS

IF_SCK

IF_SDO CPU_XRST SYS_REQ

>027S CEC

CL1054

R1078 12k

3.1

R1076 4.7k

3.3 3.3 3.3 3.3 0.3 3.2 3.2 3.2

C1018 0.022u

R1056 47k

>018S MB1305 BOARD (4/9) (Page 62)

START_BIT

CEC

1.7

3

CD

4

OUT

MB1305 BOARD (6/9) (Page 64)

IC1002 VOLTAGE DETECT

VDD

IC1002 PST8429UL

GND

2 1

3.3

C1016 0.01u

R1097 0 R1057 10k

R1069 10k

RESET

R1068 C1011 47k 0.22u

3.3

Q1001 LSCR523UBFS8TL RESET DRIVER

OUT

TS_SDA

WOL_INT

OPWRSB XIF_CS

CL1068

R1055 R1066

DC_DET

MB1305 BOARD (4/9) (Page 62)

FE_P_ON

CL1063

9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 0

PCONT3

ST_SDA R1058

3.3 3.3

4.7k

CL1062

4.7k

CL1061

3.3

R1087

3.2

R1086

TS_SCL

TS_SDA

LED_DRV_CLK

PCONT_WOL_STANDBY

NO_USE

VCC2

VSS

FL_CS

ASEL0 7

PCONT2

PVDD_CONT

3.3

RB1010 100

JL1013

ASEL1

5

LED_PWM1

JL1061

JL1015

CL1031

10k

4

LED_PWM1 26

LED_PWM2

100

JL1009

JL1073

CL1029

10k R1147

R1075

CL1025

CL1024

3

3.2 3.2 3.1 3.3 3.2

WS_SCL 27

CL1052

1

NFC_SW NFC_RFDET

WS_SDA 28

CL1060

0

D1001 DA2J10100L

19

LED_GND

NFC_IRQ

CL1050

18

LED1

100 DESTINATION

NFC_DATA

8

3.3

>008S MB1305 BOARD (3/9) (Page 61)

PCONT1

PVDD_CONT

100k

LED3 LED_GND

100

JL1070 JL1063

99 NO_USE

TXD1 29

CL1057 CL1059

R1051

17

100k

98 NFC_SEL

CL1046

BT_LED

R1129

0

NFC_SEL RB1008

JL1068 JL1069

C1024 0.1u

CL1019

CL1044

16

100 100k

1k

[24] LED_PWM2 [25] PCONT_FL

CL1048

15

LED2

R1132 R1128

CL1017 R1105

97 AVCC

100

NFC_GND

NFC_SPICLK

0

R1049

14

100

CL1015

[1] SIRCS_IN [2] FAN_CONT [3] FL_DOUT

CL1042

13

JL1067

100k

NFC_SEL

RXD1 30

96 VREF

BD_IF_START

12

SW

JL1072

R1133

3.3

ON_CHIP_DEBUG /CLK1 31

95 BD_TEMP

CL1040

IRQ RF_DET

R1131

JL1074 JL1071

3.3

AC_CUT

11

SIRCS

NO_USE/RTS1 32

NO_USE

10

SEL

100

DAMP_SDA 33

TS_INT

9

DATA

R1116

DAMP_SCL 34

93 NO_USE

CL1038

NFC_GND

JL1052

0.1u

92 NO_USE 94 AVSS

CL1085 C1006

DC_DET 35

91 MODEL

CL1036

8

FL_CS

JL1046

PCONT1 36

CL1082

7

SPICLK

JL1050

CL1084

SYSTEM CONTROLLER

90 NO_USE

10k

VDD3.3V

CL1083

PCONT2 37

27k

6

FL_CLK

3.3

PCONT3 38

IC1001

89 KEY0

R1089

SIRCS

CL1013

88 NO_USE

EPM 39

R1046

5

JL1049

3.3

CL1012

FL_DOUT PCONT_FL

CL1011

IC1001 R5F3650KCDFB

CEC_TX_RX

GND

100

FAN_ON 42

VCC1

4

0.1u

CE 44

PCONT_PVDD 40

CL1035

FL_CS

C1020

ST_SDA 45

NO_USE 41

87 NO_USE

CL1079

NO_USE 49

CL1055 3.3

EN_POWER PCONT_WOL_STB

PCONT3

85 UPG_STATUS 86 S_AIR_RST

R1023 1k

PCONT2

DRIVER_XPDN 50

84 FE_EJECT

0.1u

3

RB1007 100

3.3

CL1014

R1009 1k

JL1048

0

CL1010

C1009

FL_CLK

JL1051

0

CL1009

DAMP_SDA D1002 RB751S40,115

PCONT1

LED_DRV_DATA 43

83 OPWRSB

XIN

2

0

>030S MB1305 BOARD (7/9) (Page 65)

CL1081

ST_SCL 46

82 JIG_MODE1

DAMP_SCL

PCONT_WOL_STB

[51] DAMP_XRST [52] DAMP_XMUTE

81 BD_RESET

VSS

1

CL1007

80 NFC_SPICLK

XOUT

FL_DOUT

10k

R1108

KEY0

0.1u

3.3

CL1034

9

PCONT_FL

R1107 10k C1023

3.3

CL1032

8

JL1045

3.3

CL1005 CL1006 CL1008 R1085

UPG_STATUS LED_DRV_CLK

100

CL1004

DAMP_XMUTE

PCONT_PVDD

PVDD_VOL_SEL 47

0

UNSW3.3V

10k

79 NFC_DATA

DRIVER_XPDN

DAMP_SDA

N5200W/ N7200W/ N9200W

DAMP_XPDN 48

R1038

7

R1027

[73] ST_RDS_INT [74] NAND_RESET [75] BD_SDI(IF_SDO)

RESET

CPU_XRST

0

78 BD_CS

CL1030

NFC_SPICLK

CL1003

77 BD_CLK

DC_DET DAMP_XRST

DAMP_SCL

N5200W/ N7200W/ N9200W

DRIVE_SD/POWER_DET DRIVER_TH_WARN

DAMP_XRST

X1001 8MHz

C1012 0.01u

R1059 100k

C1015 FAN_ON

LED_PWM1

LED_PWM2

PCONT_FL

BT_LED

SYS_REQ

TS_RST

LED_PWM3

START_BIT

TS_INT

CEC

RESET

NFC_IRQ

F1001 1A 50V

CNVSS NFC_SW

GND C1021 0.1u UNSW5.5V

3 2 5.4

K

17

DAMP_XPDN 100

DRIVER_TH_WARN

3.2 3.3 3.3 3.3 3.3 3.3

S_AIR_INT

0.1

LED_DRV_RST

CL1016

NO_USE

100

NO_USE

R1007

76 BD_SDO(IF_SDI)

NFC_IRQ

D_GND

3.3 3.3 3.3

PLUG_DET

3.2

CL1075

6

0.1

DRIVE_SD/POWER_DET

0

CL1018

NO_USE

CL1020

100

FE_P_ON

R1096

3.3

DRIVER_TH_WARN

100

R1032

NFC_SW

LED_DRV_CLK

100

R1028

WOL_WLAN

10k

NFC_DATA

OPWRSB

JL1044

NFC_RFDET

10k

R1033

FL_CLK

MB1305 BOARD (3/9) (Page 61)

R1029

XIF_CS N7200WL/ N9200WL

>016S

J

IF_SCK

CNVSS

5

0 3.2 3.3

CL1027

4

0

R1043 4.7k

100k

3

D_GND

0

PCONT_TS

I

IF_SDI

SIRCS

H

16

DRIVER_XPDN

R1037

LED_DRV_RST

R1030

R1022 FAN_ON

2

CN1005 28P

>035S

FAN_CONT LED_DRV_RST LED_DRV_DATA

1

LED_DRV_DATA

F


15

DRIVE_SD/POWER_DET R1082 DC_DET

75 74 73 72 71 70 69 68 67 66 65 64 63 62 61 60 59 58 57 56 55 54 53 52 51

CL1026

D_GND

RB1006 100

BYTE

LED_DRV_DATA

0 3.3 3.3 3.3

N5200W/N7200W/ CN1006 N9200W 5P JL1039 1 JL1040 2 JL1041 3 JL1042 4 JL1043 5

FL_CLK

FAN_ON

KEY0

JL1038

PCONT_TS

FAN_CONT LED_DRV_RST

D_GND

G

14

DAMP_XMUTE

R1041 100

CL1077

1

CL1022

KEY0

JL1037

CL1021

2

CL1080

GND

CL1023

WS_DET CN1003 2P

FAN_ON

>034S

13

R1145 4.7k

WS_RST

CN1001 9P


12

WS_SDA

WS_SDA

FAN_CONT

E

11

WS_SCL

FL_DOUT

>033S

IF_SDO

ACAL_DET

WS_DET


ST_RDS_INT

ASEL1

ASEL1

DRIVE_SD/POWER_DET

ASEL0 ACAL_DET

>032S

D

10

DRIVER_TH_WARN

ASEL0

NAND_RESET

ST_RDS_INT

ST_RDS_INT

C

WS_RST

ST_SDA

WS_RST

POWER KEY BOARD CN2110 (Page 82)

9

FAN_CONT

MB1305 BOARD (7/9) (Page 65)

8

DAMP_XPDN ST_SCL

ST_SDA

>029S

7

NAND_RESET

NAND_RESET

ST_SCL

B

6


MB1305 BOARD (9/9)

>024S MB1305 BOARD (5/9) (Page 63)

4

EXT_JIG_MODE1

A

2


100

1


D-GND

9

TXD1

8

RTS1

7

3.3V

6

CLK1

5

RXD1

4

CNVSS

3

RESET D-GND

2

JL1029

1

1u

NC

VOUT

GND CONT

JL1030 R1071

100

TXD1

R1079

JL1031 R1070

100

RTS1

C1017

VIN

RB1004

JL1035

100

JL1036

5.5

UNSW5.5V

1u

IC_UNSW12V

MB1305 BOARD (3/9) (Page 61)

D3.3V

CLK1

JL1033

5

>009S

3.3

1k

JL1032 JL1034

4

IC1003 MM1839A33NRE

RXD1

IC1003

CNVSS RESET

+3.3V REG.

1 CN1004 9P C1013 0.1u



67

67


6-17. PRINTED WIRING BOARD – AMP Board (Component Side) – 1

2

3

4


5

6

7

•

8


9

10

11

12

13

14

15

16

TB3451 SPEAKERS

A

N9200W ONLY FOR SS-TSB133 N9200WL ONLY FOR SS-TSB134 Ú

Ú

ONLY FOR SS-CTB125

¾

¾

ONLY FOR SS-CTB126

Ì

Ì

ONLY FOR SS-CTB127 CENTER

B

N7200W

ONLY FOR SS-WSB126

N7200WL

ONLY FOR SS-WSB127

Ì

ONLY FOR SS-TSB135 ONLY FOR SS-TSB136 ONLY FOR SS-TSB137

SUBWOOFER –

+

ONLY FOR SS-WSB125

FRONT L

–

+

FRONT R –

+

–

+

AMP BOARD (COMPONENT SIDE) C Ú N7200W/N9200W ¾ N7200WL/N9200WL Ì N5200W JL3467

C3955

JL3489 C3959

Q3202

R3946

R3945

R3906

R3947

R3948

R3902 R3976 R3987

1 CN3506

3 R3996

C3131

C4020 C4019 R3979

C4021

L3310

SL3011

C4012

Q3555

R3564

C4018 C4014 C4015 C4013

R3957

D3151

SL3002

R3999 C4027 R3975

28

R3992

C4025

RB3102

R3959 R3977 C4016 C4017 R3978

R3562 C3562

C3133

C3134

SL3010

C3564

RB3001

JL3002 EB3003

RB3002

23

24

JL3004

1

C3050

JL3008

JL3001

29

R3980

JL3010

JL3007

19

C4009

IC3103

JL3105 C3272

IC3102

SL3009

C3989

56

1

EB3007

C3271

C4010

C4011

R3361

R3072 JL3015

CN3001 4

18

36

R3994 C3331

K

C3109

JL3106

C3336 R3958

K

EB3008 R3964

D3351 JL3492

C3108

1

R3032

C3333

JL3490

C3334 RB3302

JL3491

CN3505

JL3011

R3073

C3335

SL3012

RB3003 1

JL3018 JL3019

2

JL3494

JL3493

19

C3119

C3156 C3157 C3106 C3107

C3382

R3995

JL3054

JL3020

C3118

A

R3991

C3381

IC3101

36

K

D3107 A

R3998

JL3108

A

C3990

C3372

R4003

H

K

C3281 C3282 18

A

R3997

R4000

1

C3371

D3101 A D3108

JL3107

K

K

R4001

C3356 C3357 C3306 C3307

R4002

D3102

K

R3162

D3308

SL3000

A

D3303

JL3307

A

D3103

R3161

C3319

D3105 A

C3135

C3318

R3982

C3309

D3104

1

R3986

K

C3308

4

R3963

A

JL3305

K CN3001

R3981

JL3306

A K D3307

A

CN3506

K

1

D3306 K

A

3

A

JL3053 R3051 C3099

JL3308

D3301 D3302 K

SL3001

JL3009

~ AC IN

A

K

K

C3253

D3503

R3062

L3306

C3251

D3304 A

R3904 R3905 A D3305 D3106 R3903 R3907 K

R3908 R3909

R3943 R3942

R3944 R3941 R3558

R3556 R3559 C3555

C3570

C3552

MB1305 BOARD CN703 (Page 57)

SWR1 SWITCHING REGULATOR (3L396W-1) SWITCHING REGULATOR (3L402W) SWITCHING REGULATOR (3L396W) N9200WL: E3 SWITCHING REGULATOR (3L402W-1) N5200W/N7200W: US, AEP, UK, E32/N9200W: AEP, CND, EA, AUS, MX6 SWITCHING REGULATOR (3L402W) N7200W: E12/N9200W: E12, E3

JL3487

C3051

C3554

R3555

Q3552

>004P

C3127

L3307

L3308

R3557

E R3560 C3557

J

JL3104

C3960

C3980

Q3101

Q3553

I

R3109

JL3202 L3309

G

C3228 R3212

JL3201

E2 B2C1

F

RB3304

C3962 C3954

JL3488

C2B1E1

JL3102

C3981

C3968

JL3101 RB3303

C3982

JC004

(CHASSIS) C3967

JL3103 C3957 C3958

C3983

Q3101, Q3202, Q3552, Q3555

JC002

JC003

C3966 C3965

(CHASSIS)

E

JC001

C3462

C3466

JC005

JC006

JC007

JC008

JC016

C3454

C3956

C3961

C3953

JL3203

C3460

C3464

C3452

C3458

C3964

C3963 JL3204

C3456

C3457

JL3469

JC014

JC012

JC009

JL3410

JC011

JC010

D

C3455

C3451 C3453

JC015

C3463 C3465

JC013

C3459 C3461

(CHASSIS)

1-889-315-

11 (11)

K (CHASSIS)

Note: When the complete AMP board is replaced, spread the compound referring to “NOTE OF REPLACING THE IC3101 AND IC3102 ON THE AMP BOARD AND THE COMPLETE AMP BOARD” on page 6.


68

68


6-18. PRINTED WIRING BOARD – AMP Board (Conductor Side) – 1

2

3

4


5

6

7

•

8


9

10

11

A

AMP BOARD (CONDUCTOR SIDE)

B

CL3465

C

CL3459

CL3461

CL3463 CL3466

CL3552

CL3460

CL3462

CL3464

CL3470

CL3469

D

EB3001 EB3002 CL3549

CL3110

CL3212

E

CL3213 CL3111

CL3499

CL3550

CL3053

CL3551

F

CL3054

CL3500 CL3501

CL3503 CL3554

G

CL3553

(CHASSIS)

(CHASSIS) CL3473

H

CL3474

CL3477

(CHASSIS)

CL3482

CL3480

CL3504

CL3472

CL3471

CL3476

CL3484

CL3020

CL3478

CL3529

CL3535

CL3531 CL3530

CL3532 CL3533

CL3556

CL3555

CL3534

CL3486

CL3521 CL3485

CL3018

CL3017

CL3548

CL3528 CL3479

I

CL3019

CL3518

CL3506

CL3012

CL3409

CL3015 CL3011

CL3543

CL3002 CL3544

CL3546

CL3540

CL3009

CL3520

CL3539 CL3541

CL3004 CL3008

CL3001 CL3007

CL3545 CL3010

CL3542 CL3013

J 1-889-315-

K


69

69

11 (11)

12

13

14

15

16


6-19. SCHEMATIC DIAGRAM – AMP Board (1/2) – 1

2

3


4

5

6

7

8

9

10

11

12

13

14

A AMP BOARD (1/2)

B

R3557 68k

D3503 RB751S40, 115

CL3500 R3556 22k

R3555 47k CN3505 24P D3.3V 24 TAS5538_SCL 23

C

D3.3V 22 TAS5538_SDA 21 TAS5538_XPDN 20 DRIVE_SD 19 DC_DET 18 STA516_TH_WARN 17 TAS5538 XRST 16

D

>031S MB1305 BOARD (7/9) CN703 (Page 65)

CL3001

JL3002

CL3002

JL3004

CL3004

JL3007

C3570 1u

3.3 0

B

C3554 0.01u

CL3503 SDA

47

CL3007

3.3

0.6

C3555 0.1u

CL3499 R3559 3.3k

0

R3560 100k

2

C3557 0.01u

3

Q3553 2PC4081R-115 PROTECT DETECT

Q3552 XP4501 XX

SCL RB3001

R3558 10k

0

CC B EE

SL3001

XPDN DRIVE_SD

CL3008 JL3008 JL3009

CL3009

JL3010

CL3010

JL3011

CL3011

RB3002

CL3012

47

STA516_XPDN 15

10k

R3062

STA516_TH_WARN

CL3409 XRESET

STA516_XPDN XMUTE

CL3544

CL3013

TAS5538 XMUTE 14 DGND 12 AMP_MCK 11

5

JL3015

CL3015

R3072 47

CL3520

MCK

JL3494

CL3017

R3073 47

CL3521

BCK

JL3018

CL3018

JL3019

CL3019

JL3020

CL3020

SL3002

>036S

DGND 10 DGND 9 DGND 7 AMP_LRCK) 6 DGND 5 AMP_D1(FR/FL) 4 DGND 3 AMP_D3(C/SW) 2

6

LRCK RB3003 47

AMP BOARD (2/2) (Page 71)

D1(FR/FL) D2(SW/C)

7

DGND 1

F

4

R3959 0

DGND 13

AMP_BCK 8

E

C3552 47u 4V

CL3501 JL3001

1

SL3000

DC_DET

CL3485 CL3484 CL3486

C3050 220u 6.3V

R3032 0

C4014

0.0047u

R3977 470

8

1

C4013 0.1u

C4016 0.047u

2 3 4

R3978 470

G

C4015

MCK C4019 0.1u

R3562 4.7

H EB3003

CL3554 CL3551 CL3553

0.0047u

J

1

7

1.8

8

3.3

9

15k

0.2

10

47

1.6

11

R3981

18k

C4018 0.1u CL3545

R3982

1

10k

3.3

12

15 16

3.2

17

XPDN XMUTE

3.3

SDA

14

3.3

3.3

18 19

2.7

20

2.5

21

1.6

22

LRCK

R3963

0

CL3540

BCK

R3964

0

CL3541

1.6

23

CL3542

1.2

24

CL3555

R3986

10k

CL3546

0

25

CL3550 CL3556 CL3549

R3987

10k

CL3543

0

26

CL3539

1.2

27

C4012

0.1u

1.8

28

C4011

10u

D1(FR/FL)

EB3008

6

R3980

SCL

I

0.6

R3979

C4020 10u L3310 10uH

XRESET

5

13

C4021 10u

C3562 0.047u

C4017 0.047u

C3564 0.047u

D2(SW/C)

R3564 4.7

PWM_HPM_L

NC_56

PWM_HPP_L

NC_55

PWM_HPM_R

NC_54

PWM_HPP_R

NC_53 VR_PWM

AVSS PLL_FLTM

AVSS_PWM

PLL_FLTP

AVDD_PWM

VR_ANA

PWM_P_4

AVDD

PWM_M_4

ASEL_EMO2

NC_47

MCLK

NC_46

OSC_RES

NC_45

DVSS2_CORE

NC_44

DVDD2_CORE

PWM_P_3

EMO1

PWM_M_3

RESET

PWM_P_2

HP_SEL

PWM_M_2

PDN

PWM_P_1

MUTE

PWM_M_1 VALID

SDA SCL

DVSS1_CORE

LRCLK

DVDD1_CORE

SCLK

BKND_ERR

SDIN1

PSVC

SDIN2

TEST

SDIN3

LRCLKO

SDIN4

SCLKO

VR_DIG

SDOUT

IC3103 TAS5534DGGR

IC3103 STREAM PROCESSOR

K


70

70

56 55 54 53 52

1.8

C3990

0.1u

50

3.3

C3989

0.1u

49

1.6

CL3535

48

1.6

CL3534

51 SW SW +

47

Center -

46

Center +

45

9 10 11 12

44 43

1.6

CL3532

42

1.6

CL3533

41

1.6

CL3530

40

1.6

CL3531

Left +

39

1.6

CL3529

Right -

38

1.6

CL3528

Right +

37

3.3

CL3548 R3975

Left -

10k

36 35

3.3

34

3.2

33 32 31 30 29

C4010 0.1u R3976 10k

C4009 10u

C4027 0.1u

13 14 15 16 17

>037S AMP BOARD (2/2) (Page 71)

15

16

17


6-20. SCHEMATIC DIAGRAM – AMP Board (2/2) – 1

2

3


4

5

6

7

8

9

10

11

12

13

14

15

16

17

A D3301 ~ D3302, D3307 ~ D3308 RB578VAM100TR

AMP BOARD (2/2) 2 3 1

JL3305

B

RB3304 100k


CL3506

15 16

R3161 10k

1.6

31

1.6

30

1.6

29 28

10k

CL3479

3.3

27

D3151 RB751S40, 115

C3133 10u

3.3

26

3.3

25 24

R3957

100

C3131 10u

I

CL3480 C4025 0.1u

R3992 0

CL3477 R3991 0

3.3

23

5.1

22

5.1

21 20 19

VSS_33

VCC2B

IN2B

GND2B

IN2A

GND2A

IN1B

VCC2A

IN1A

OUT2A_8

TH_WARN

OUT2A_9

FAULT

OUT1B_10

TRISTATE

OUT1B_11

PWRDN

VCC1B

CONFIG

GND1B

VL

GND1A

VDD_22

VCC1A

VDD_21

OUT1A_16

GND_REG

OUT1A_17

GND_CLEAN

NC

24.2

3

24.2

4

48.7

5

C3118 2.2u C3119 2.2u

6 7

48.7

8

24.2

9

24.2

10

24.2

11

24.2

12

48.7

14 15

48.7

16

24.2

17

24.2

18

C3157 0.1u

IC3102

R3999 22

C3959 0.01u

C3108 2.2u C3109 2.2u

C3107 0.1u

JL3104

R3902 33k

Left JL3103

R3906 33k

JC006 0

+ -

FRONT L

+ -

FRONT R

L3306 20uH

JL3467

JC004 0

ONLY FOR SS-TSB134 (N9200WL) ONLY FOR SS-TSB135 (N7200W) ONLY FOR SS-TSB136 (N7200WL)

(N5200W) JC002 0

C3968 0.033u

C3272 330p

C3960 0.01u

JC001 0

Right R3947 33k

JL3101

R3946 33k

CN3001 4P CL3053

J JL3106

K

D3101 ~ D3102, D3107 ~ D3108 RB578VAM100TR

(N7200WL/ N9200WL) ONLY FOR SS-WSB128 (N5200W)

ONLY FOR SS-TSB137

JC003 0

C3980 0.1u

(N7200W/ N9200W) ONLY FOR SS-WSB127

(N9200W) CL3552 JL3469 CL3470

Right +

SUBWOOFER

ONLY FOR SS-TSB133

CL3469

R3945 33k

+ -

SPEAKERS

0.0047u

0 JC011

1000p

0

JC005 0

C3251 270u 63V

R3948 33k

CENTER

JL3102

C3271 330p

R3997 22

C3967 0.033u

JC007 0

Left + C3981 0.1u

C3966 0.033u C3957 0.01u

JL3105

IC3102 STA516BE

POWERAMP

C3282 330p

R3996 22

C3965 0.033u L3307 20uH

JL3108

C3106 0.1u

13

C3281 330p

+ -

CL3466 0.0047u

OUT2B_3

2

CL3465

C3464

VSS_34

1

3 4 9 1 2

CL3464

RB3303 100k

1000p

OUT2B_2

D3103

SUB_GND

VCC_SIGN_35

R3907 33k

C3466

32

VCC_SIGN_36

R3903 33k

JC008 0 0.0047u

1.6

CL3462

C3460

33

3.3

R3162 17

EE

CC

14

CL3478

34

D3104

>037S

H

35

R3998 22

D3107

13

36

48.7

7 8 10 5 6

CL3461

24

ONLY FOR SS-WSB126

TB3451 4P

CL3459 CL3460

CL3111

C3958 0.01u

D3108

RB3102 47

48.7

C3134 0.1u

D3105

G

R3109 100k

CL3463

JL3107 C3156 0.1u

D3106

3

D3101

2

C3127 2.2u

24

D3102

1

GND

CL3482

GND

0

C3135 0.1u

SL3011

B

CN3506 3P PVDD

24

ONLY FOR SS-CTB127 (N5200W)

RED WHT VIO GRN

0

SL3010

ONLY FOR SS-CTB126 (N7200WL/N9200WL) 0.0047u

0

JC012

B

24

0

F

EB3001

JC015

D3103 ~ D3106 RB578VAM100TR

Q3101 HN1A01FU CL3110 OVER LOAD DETECT

JC016

EB3007 JL3487 JL3488 JL3489

C3463

D3303 ~ D3306 RB578VAM100TR

6

ONLY FOR SS-CTB125 (N7200W/N9200W)

JL3410

1000p

EB3002

C3465

JL3308

3.3

3.3

0.0047u

R3905 33k

C3459

R3904 33k

C3956 0.01u

1000p

D3302 R4001 22

C3964 0.033u

C3461

C3307 0.1u

D3351 RB751S40, 115

SW +

SW -

0.0047u

EE B

CC

3.3

C3382 330p

R3909 33k

C3982 0.1u

1000p

B

3.3

Q3555 HN1A01FU PROTECT DETECT

E

R3908 33k L3308 20uH

C3455

C3319 2.2u

18

C3381 330p

C3457

C3318 2.2u

1000p

NC

24.2

C3462

GND_CLEAN

24.2

17

Q3202 HN1A01FU OVER LOAD DETECT

C3456

OUT1A_17

48.7

16

24

CL3212

C3963 0.033u

C3458

GND_REG

15

C3955 0.01u

R4000 22

R3212 100k

JL3204

OUT1A_16

C3306 0.1u

14

C3228 2.2u

24

0.0047u

VCC1A

VDD_21

48.7

13

24

0

1000p

GND1A

VDD_22

12

C3253 270u 63V

JL3307

C3451

CL3476

VL

24.2

C3453

19

GND1B

24.2

11

0.0047u

20

VCC1B

CONFIG

10

24 0

C3954 0.01u

JL3306

1000p

21

OUT1B_11

PWRDN

24.2

C3452

22

5.1

TRISTATE

24.2

9

C3454

5.1

OUT1B_10

48.7

8

CL3213

JL3203

CL3518 R3994 0

23

FAULT

7

R3942 33k

0

C3336 0.1u

24

OUT2A_9

R3943 33k

C3962 0.033u

JC009

25

3.3

OUT2A_8

TH_WARN

Center -

R4003 22

C3357 0.1u

JL3202

3.3

VCC2A

IN1A

C3372 330p

C3309 2.2u

6

CC

26

IN1B

48.7

5

0

7

27

3.3

GND2A

24.2

4

JC010

R3995 0

SL3009

3.3

IN2A

3

JL3201

C3331 10u

R3958 100

28

JL3491 CL3474

8

29

3.3

GND2B

0

D3351 JL3493

5

D

30

1.6

VCC2B

IN2B

Center +

C3983 0.1u

0

JL3473 C3333 10u

1.6

OUT2B_3

VSS_33

24.2

R3941 33k

EE

JL3490

31

VSS_34

2

R3944 33k

L3309 20uH

JC013

10k

1.6

32

OUT2B_2

C3371 330p

C3308 2.2u

JC014

R3361

33

VCC_SIGN_35

1

C3961 0.033u

B

JL3492

4

34 1.6

SUB_GND

C3953 0.01u

D3303


9

35

VCC_SIGN_36

D3305

CL3504

12

36

D3306

48.7

C3334 0.1u RB3302 CL3472 47 11

10

D3301

POWERAMP 48.7

CL3471

>036S

R4002 22

D3307

IC3101

SL3012

C

C3356 0.1u

D3308

IC3101 STA516BE

C3335 0.1u

D3304

B

C3099 2.2u

C3051 0.01u

R3051 100k

CL3054

JL3053

JL3054

4

+48V

3

+48V

2

P-GND

1

P-GND


~ AC IN



71

71


6-21. PRINTED WIRING BOARD – AUDIO IO Board – 1

2

3


4

5

6

•

7


8

9

10

11

12

13

14

15

16

AUDIO IO BOARD (COMPONENT SIDE) A

¾ N7200W/N7200WL/N9200W/N9200WL (EXCEPT J2001 (US, PX, CND) US, PX, CND) J2000 ANTENNA FM COAXIAL Ÿ

¾ J2003

J2002

A.CAL MIC

AUDIO IN L

ECM-AC3

R

B

TV DIGITAL IN OPTICAL

C2031 R2019

C2036

R2041 R2043

R2025 R2020

3

R2064

R2073

R2005

2

C2000

C2030

C2033

C2023 C2027

R2015 C2016

R2009 R2062 R2036 R2035 R2061

R2040

1

IC2003 R2047

R2039

R2022

R2024

R2023

IC2002

C2021 R2037

C2035

R2038

R2027 C2029

R2042

C2002

R2056

C2037

C2028

R2044 Q2000

R2048 R2054 L2000

R2028

R2029 R2030

R2032

C2026 R2060

R2063

R2031

R2050

C2019

R2051

IC2001

R2059

R2049

C2007

R2001

R2004

R2002

20 16 15

C2008

1 21

C2025

C2006

5

JL2001

C2010

O

C2011 6

10 11

E

R2053

R2008

X2000

R2006 R2007 R2003

C2009

D

¾

C2020

G

C2018 R2011

R2012

L2001

R2026

C2032 R2021

R2013

IC2004

R2055 C2017 R2016

C2014 R2010

I

FL2000

R2057

C2015 R2014 C2034 R2034 R2033

C

11 (11)

1-889-144-

15

1 CN2000 14

2

F >001P

G


AUDIO IO BOARD (CONDUCTOR SIDE) CL2013 CL2017 CL2023

CL2022

CL2016 CL2012

CL2018

D2000

CL2015

A

CL2019

D2002

CL2014

A/K

A/K

K

D2001 A

K

A/K

K

CL2011

CL2000

J

C2005

C2048

I

A

C2012

H

CL2001 CL2010 CL2006

CL2007

CL2005

CL2003 CL2009

CL2004

CL2021 CL2002

1-889-144-

K

11 (11)

Note: IC2001 on the AUDIO IO board cannot exchange with single. When this part on the AUDIO IO board is damaged, exchange the entire mounted board.


72

72


6-22. SCHEMATIC DIAGRAM – AUDIO IO Board – 1

2

3


4

5


6

7

8

9

10

AUDIO IO BOARD

A

R2054

11

12

13

14

15

16

17

L2000 22nH

0 R2048 0

C2009 3300p

C2008 2p

C2006 2p

C2005 10u

X2000 12MHz

B

C2010 10p

0.1 0.2 3.3

R2053 0 EXCEPT US, PX, CND

3.3

21

BCLK/ROUT

GND_10 10 C2007 0.0022u R2002

0

R2060 0

E

C2026 10u

R2003

22

R2006

100

VDDRF

X2

8

9

3.3 3.3

D

7

4

CP2

R2041 47k

5

R2042 47k

13 12

RDS

11

AGND

10

L_CH

9

A5V

8

R_CH

7

ASEL_0

6

ASEL_1

5

ACAL_DET

4

D3.3V

3

OPT_IN

2

DGND

1

CL2003 CL2004 C2048 47u

CL2006 CL2005

R2073

C2002 0.1u

R2005

0

D2001 BAV99-215

R2044 47k

R2043 47k

R2022 18k

R2049

0

R2051

0

AUDIO IN L

VDD

X2

X1

X

X0

X3

A

B

Y0

Y2

Y

Y3

Y1

INH

VEE

VSS

6

7

8

R2024 18k

C2019 47p

2.5

R2063 0

0

B C

C

5

B

0

R2012 22k

C2021 10u

Q2000 RN1902 INVERTER

E

CL2010

N7200W/N7200WL/N9200W/N9200WL

CL2009 CL2021

R2037 47k

3.3

22k

R2020

1.5k

R2025

47k

C2027

47p

5 C2000 0.1u R2047

100

IC2003 NJM2740V (TE2)

6

V4

3

2

Lch R2015 470

C2016 10u

C2035 10u

R2009 2.2k

CL2019

Rch R2014 100k

C2015 47p

R2010 100k

R2055

0

R2056

0

CL2014

R2057

0

CL2013

CL2022

3 4 5 1 2 7 6

J2003 A.CAL MIC ECM-AC3

C2014 47p

5

8

C2030 0.1u

R2035 4.7k

R2061 0

C2032 0.1u

IC2003 MICAMP

J

7

B_-INPUT

CL2011 CL2012

R2019

2.5 2.5 2.5

B_+INPUT

3.3

2 1

R

WHT

E

A_+INPUT

VCC GND

RED

C2018 47p CL2017

5

OPTICAL RECEIVER

VOUT

5

CL2001

IC2004

TV DIGITAL IN OPTICAL

J2002 2P CL2015

9

4 2.5

R2011 22k

5

3 2.5

C2020 10u

CL2016

R2064 0

C2023 470p

3

10

CL2000

IC2004 JSR1124

I

11

5

R2028 18k

10

CL2007

12

0

2 2.4

US, PX, CND

L2001 22nH

6 3.3

R2007 10k

R2029 47k

CL2018

H

AGND I2C_DATA

C2025 10u

13

0

1 0

R2059 0

2.5

IC2002 AUDIO SELECT

CL2002

V+

MB1305 BOARD (7/9) CN701 (Page 65)

14

14

D2000 BAV99-215

R2033 4.7k C2031 10u

R2034 4.7k

C2033 10u C2034 1u

R2036 4.7k R2062 0

R2039 47k

R2040 47k

R2038 47k

A_OUTPUT

G

15

B_OUTPUT

>028S

AGND I2C_CLK

R2030 47k

A_-INPUT

F

2.5

15

16 IC2002 SN74LV4052APWR

CN2000 15P

0

ANTENNA FM J2001 COAXIAL 75 Ÿ

C2011 0.047u

5

GNDRF_5

R2023 18k C2037 0.1u

0

IN GND

D2002 BAV99-215

R2031 47k

R2032 47k

OUT R2008 100

3

GNDRF_3

FM RECEIVER

0

2

FRF2

IC2001

DA

0

1

FRF1

C2012 0.1u

IIC/RDSI

11

LRCK/LOUT

LA

22

GND_19

X1 R2001

0

12

CK

R2004

IISD

13 1.5

IC2001 RN5B701-0001 (EXCEPTAEP, UK) RN5B701-0002 (AEP, UK)

CP1

14 1.6

ANTENNA FM COAXIAL 75 Ÿ FL2000

VDD_9

C

J2000

9

R2050 0 15 JL2001

VDD_18

16 17 18 19 20

1

2.5 2.5 2.5

C2028 470p

C2029

47p

R2027

47k

R2026

1.5k

R2021

22k

R2013 2.2k

C2036 10u

C2017 10u

R2016 470

K



73

73


6-23. PRINTED WIRING BOARD – FL+CHUKEI Board – 1

2

3


4

5

6

•

7


8

9

FL+CHUKEI BOARD (COMPONENT SIDE)

A

B

ND2300 VACUUM FLUORESCENT DISPLAY (CHASSIS)

C

L2300

5

1

25

C2332 2 28

2

26

C2343

CN2300 27

CN2301

11 (11)

1

1-889-149-

F

(CHASSIS)

>005P

>010P


TOUCH_F BOARD CN2700 (Page 76)

CL2305

A/K

Q2300

R2328

C2328

R2310

R2327 C2331

CL2304

R2302

C2311

IC2303 CL2303 C2330

R2315

R2307

R2306

R2324 1

IC2305

R2301

R2323

A D2300

C2338 C2339

I

C2341

K

R2329 C2313

CL2302

K

K

D2301

C2324

A

A/K

A

C2321

R2305

CL2301

R2330

E2 B2 C1

K

C2319

IC2304

C2 B1 E1 C2327

C2317

D2303

IC2300

A

C2322

H

C2326

FL+CHUKEI BOARD (CONDUCTOR SIDE) C2315

G

28

D2302

E

FUSB+SIRCS BOARD CN2252 (Page 81)

27

L2301

R2312 C2303

>009P

25

R2308

1

15

C2342

>008P

CN2302

D

2

R2314 R2313

1


R2303 R2304 R2320

CL2319 CL2310 CL2316

J

CL2308

CL2318 CL2313

CL2311 CL2315 CL2314

CL2312

CL2320

CL2309 CL2317

CL2307

C2320

CL2306 C2304

CL2300

K

1-889-149-


74

74

11 (11)

10

11

12

13

14

15

16


6-24. SCHEMATIC DIAGRAM – FL+CHUKEI Board – 1

2

3

A


4

5

6

7

8

9

10

11

12

13

14

15

FL+CHUKEI BOARD IC2300 BD00GA3WEFJ-E2

6 NC

GND 3

5 EN

NC 4

5 3.2

VCC

VO

NC_7

FB

NC_6

GND

EN

NC_4

1 2

5.1

3

0.8

R2329 3.3k F-

4 R2328 4.7k

C2327 1u

LGND

6

VH PGND

8

7

STB

8

C2326 1u

VIN

8 8

SW

FB 2

F+

CL2304

3.2

VOUT 1

CL2302

VCC

7 NC

DIN

8

CLK

12

DOUT

C2341 1u

ND2300

R2330 22k

VOLTAGE REGULATOR

OSC

9 CL2319

FIN

9

B

CL2305

IC2300

+8V REG.

VDD

IC2304

CL2303


CL2320

C

R2315 47k

5.5 3.3

R2320 180

3

IC2305 MM3411A33URE

IC2305 +3.3V REG.

CL2301

C2324 0.01u

1u

R2304 100

C2339

R2303 100

VDD

R2302 100

1u

R2301 100

C2338

D2300 DZ2J027M0L

VOUT

4 C2311 0.1u

CE

GND

D 1

2 3.2

R2308 1k

E >038S

>039S FUSB+SIRCS BOARD CN2252 (Page 81)

CN2302 5P

C2342 0.01u

FL_GND 1

L2300 22uH

C2303 82u 16V

PANEL12V 2 GND 4 SIRCS 5

8 12

FL_DOUT

R2314

220

FL_CLK

R2313

220

FL_CS

R2312

220

5 3.2

FL_DOUT 28 FL_CLK 26 FL_CS 25

H

L_GND 24 SIRCS 23 VDD3.3V 22 SPICLK 21 NFC_GND 20 DATA 19

>035S MB1305 BOARD (9/9) CN1005 (Page 67)

SEL 18 IRQ 17 SW 16 RF_DET 15

CL2318

FL_DOUT

CL2317

PCONT_FL

CL2316

FL_CLK

CL2315

FL_CS

VO

NC_7

FB

NC_6

GND

EN

NC_4

1 2

12

3

0.8

4

R2324 33k

R2323 4.7k

CL2314 CL2313

3 TS_GND 4 TS_GND 5 TS_SDA

TS_RST

CL2312

SPICLK

6 TS_RST C2343 0.01u

CL2311

DATA

CL2310

SEL

PCONT_TS

CL2309

IRQ

TS_SCL

CL2308

SW

CL2307

RF_DET

C2332 47u 16V

7 TS_GND 8 TS_GND 9 TS_GND 10 PCONT_TS 11 TS_SCL

LED2 13 LED3 11

13 LED_GND 14 LED3

BT_LED

BT_LED

LED2

LED3

LED1

15 BT_LED 16 LED2 18 NFC_GND

SW

TS_GND 9

19 SW

RF_DET PCONT_TS

SEL

TS_SCL

IRQ

TS_SCL 6

20 RF_DET 21 SEL 22 IRQ

DATA

23 DATA

TS_SDA

TS_SDA 4

24 NFC_GND

SPICLK

PANEL5.5V 3

25 SPICLK

TS_INT

TS_INT 2

TS_RST

TS_RST 1 CN2300 28P

C2304 0.01u


17 LED1

LED1

TS_GND 5

>040S

12 PANEL12V LED3

LED2

BT_LED 12

PCONT_TS 7

2 PANEL5.5V

TS_SDA

NFC_GND 14

TS_GND 8

1 TS_INT L2301 22uH

CL2306

LED1 10

K

VCC

IC2303

TS_INT

26 VDD3.3V C2320 0.01u

CN2301 26P

CL2300


75

75

5.7

R2327 33k

VOLTAGE REGULATOR

PCONT_FL 27

J

7 6

C2330 1u

G

I


9

UNSW3.3V 3

PCONT_FL

F


5.7

C2313 1u

12

C2331 1u

R2310 4.7k

C2328 0.1u

R2307 10

C2317 1u D2302 BAV99-215

R2306 10

5.7 5.7

Q2300 BC817DPN POWER CONTROL

C2315 1u

D2303 BAV99-215

C2319 1u

R2305 33k D2301 DZ2J300M0L

C2321 0.22u

C2322 0.22u

16

17


6-25. PRINTED WIRING BOARD – TOUCH_F Board – 1 A

2

3

4


5

6

7

•


8

9

TOUCH_F BOARD (COMPONENT SIDE)

10

11

12

13

14

15

TOUCH_F BOARD (CONDUCTOR SIDE)

B

R2713

R2711

R2709

R2721

C2722

IC2701 R2700

R2734

22 21

C2709 CL2713

C2701

R2701

C2716

1 28

7

C2708 C2710

C2702

C2726

8

29 14 15

R2715 R2702

R2747

R2746

R2703

R2717

IC2702 CL2712

CL2700

D2704

R2719 C2714 C2715 R2720 C2713

E E

Q2701

R2748

CL2701

D

D2703

D2702

R2718

Q2700

R2705

D2701

CL2717

R2706

R2707

CL2716

CL2718

IC2700 CL2711

CL2709

CL2706 CL2710 11

CL2707

E

CN2701 D2707 D2706

R2741

D2705

CL2702 R2740

1-889-142-

11 (11)

1 R2738

26 CN2700

R2739

1

TOUCH_S BOARD CN2964 (Page 80)

1

C2725 C2724

E

CL2703

CL2705

CL2708

F

>011P

E

Q2705

Q2706

CL2704

8

R2737 R2736

CN2702

1-889-142-

G >010P FL+CHUKEI BOARD CN2301 (Page 74)

H

I

J

K


76

76

TO NFC MODULE

11 (11)

R2710

CL2715

R2704

C

R2708

CL2714

16



6-26. SCHEMATIC DIAGRAM – TOUCH_F Board – 1

2

3

4

5

6

7

A

TO NFC MODULE

8

9

10

11

>040S

>041S


TOUCH_S BOARD CN2964 (Page 80)

12

13

11 TS_RST

TS_GND

PCONT_TS

TS_SDA

TS_GND

TS_SCL

PANEL5.5V

LED_GND

LED1

PANEL12V

10 TS_INT

9

8

7

6

5

4

3

2

1

1 TS_INT

4 TS_GND

3 TS_GND

2 PANEL5.5V

5 TS_SDA

CN2700 26P

CN2701 11P CL2718

CL2712

CL2711

CL2710

9 TS_GND

8 TS_GND

7 TS_GND

6 TS_RST

CL2709

11 TS_SCL

12 PANEL12V

13 LED_GND

14 LED3

15 BT_LED

16 LED2

17 LED1

18 NFC_GND

10 PCONT_TS

CL2708

CL2707

CL2706

CL2705

CL2704

CL2703

CL2702

C

CL2701

19 SW

20 RF_DET

CL2700

21 SEL

24 NFC_GND

22 IRQ

25 SPICLK

CN2702 8P

23 DATA

RF_DET

NFC_GND

2

1

TOUCH_F BOARD

26 VDD3.3V

SEL

IRQ

SW

5

4

3

VDD3.3V

SPICLK

DATA

8

7

6

B

R2746 220

R2747 220

D

C2726 0.1u

D2705 SL-270S-WS-SD-TS

R2740 1k

C2725 0.01u

R2739 1k

R2741 1k


4

3

3.3

4

5 VCC

R2738 1k

VDD

R2737 1k

R2736 1k

VOUT

C2724 0.01u

3.3

OUT_Y

CL2713 5.5 3.3

IC2700 MM3411A33URE

D2707 CL-270S-HB8-SD-TS

C2701 1u

E

IC2702 TC7SZ08FU,RSONYJ

C2702 1u

IC2700

IC2702

+3.3V REG.

DATASELECTOR

F

0

3

R2748 220

3.1

D2701 CL-270S-WS-SD-TS

C2709 10u

R2704 1.2k

R2713 0

Play 0.1

Q2700 LTC023JUBFS8TL LED DRIVER

R2705 1.2k D2702 SL-270S-WS-SD-TS

R2706 1.2k

R2700 0

C2710 0.1u

C2722 0.1u

C2708 1u Stop 3.3 3.3 3.3 3.3 3.3

R2708 1.2k

24 25 26

3

R2710 1.2k

27 AMS+

28

0.2

GPIO

SDI/A1

CSB/A0

IC2701 LDS6107NQGI8

C2/DCM8 C3/DCM9

IF_SEL0 IF_SEL1

IC2701

C4/DCM11

VSS

TOUCH CONTROLLER INTERFACE

SHIELD

INTB

C5

TEST

3

C12

C10

C11

7

0

0

3.3p

0

3.3p

R2719 C2714

R2718

C2713

0.2

3.3p

3.3p

6 0.2

R2720

C2716

5

C2715

CL2716

0 R2721

CL2717

4 0.2

CL2715

2 0.2

CL2714

1

C9

R2711 1.2k 29

J

VDD1

VDDIO

SDO/SDA

C1/DCM7

C8


SCLK/SCL

C0/DCM6

C7

0

LDOEN

RESETB 22 23

R2709 1.2k D2704 SL-270S-WS-SD-TS

R2715 2.2k

R2702 100 AMS-

C6


3.3

21 20 19 18 17 16 15

R2707 1.2k

I

1

R2734 2.2k LED2

H

2 3.3

3.3

LED1

G

IN_B

2

IN_A

1

GND

R2701 1k

9.3


GND

0.1

CE

3.1


K


77

77

13

3.3

12

3.3

11 10 9 8

R2717 2.2k R2703 100

14

0

14

15

16

17


6-27. PRINTED WIRING BOARD – LED CHUKEI Board – 1

2

3


4

5

6

7

•


8

9

LED CHUKEI BOARD (COMPONENT SIDE)

A

Ú N5200W/7200W/9200W ¾ N7200WL/N9200WL

¾

M1 (FAN)

SPEAKER ILLUMINATION CN4005 N9200WL

B

CN4004 N9200WL

ONLY FOR SS-TSB134

ONLY FOR SS-TSB134

N7200WL ONLY FOR SS-TSB136

N7200WL ONLY FOR SS-TSB136

FRONT L

M

FRONT R

1 (CHASSIS) CN4002

¾ R4003 4

C4029

1

>008P

1

K D4000

CN4006

5 4

11 (11)

TO SMPS

1

2


CN4001

C4028

A

2

2

R4032

R4000

R4002

IC4005

IC4004

C4038

C4017

C4016

C4031

>006P MB1305 BOARD CN1006 (Page 57)

1

2


CN4003

1-889-147-

9 8 CN4000

>007P

1

Ú

D

F

R4428

5 9

L4000

2 1

¾

E

E

1 C4026

2 CL4014

5

Q4002

4

8

¾

CN4000

(CHASSIS)

C4032

C

1

C4027

CN4006

5

C4030

¾ C4036 C4035

LED CHUKEI BOARD (CONDUCTOR SIDE) Ú N5200W/7200W/9200W ¾ N7200WL/N9200WL

CL4005 CL4026

CL4027

R4031 C4033

CL4017

CL4019

CL4018

CL4015

Q4000 E CL4022

CL4021

R4443

K

F001

CL4034

C4034

R4439

R4438

A

CL4001

CL4036

CL4028

R4435

Q4001 CL4033

H

R4440

CL4020 CL4029

S DG

R4004

CL4024 CL4004

R4001

R4030

CL4011 CL4010

R4437

CL4025

D4001

Ú

CL4030

F002

C4037 CL4013

CL4000

¾ R4436 CL4023

CL4031

C4014

CL4012 ¾

R4442

CL4035

G

CL4037

CL4016

¾

1-889-147-

11 (11)

I

J

K


78

78

10

11

12

13

14

15

16


6-28. SCHEMATIC DIAGRAM – LED CHUKEI Board – 1

2

3


4

5

6

7

8

9

10

11

12

A LED CHUKEI BOARD

B

>038S FL+CHUKEI BOARD CN2302 (Page 75)

C TO SMPS

PANEL12V FL_GND

CL4034

2

CL4033

1 CN4002 2P

N7200WL/N9200WL N5200W/ N7200W/ N9200W

12V

4

12V

3

GND

2

GND

R4004 0

R4003 0

12

12

S

CL4011 CL4012

R4030 47k

F001 0.5A 50V

CL4013

1

Q4001 RRR040P03TL LED POWER DRIVER

F002 3.15A 32V

CL4010

3.3

R4031 10k

CN4001 4P

0 3.3

Q4002 LTC014EUBFS8TL LED POWER DRIVER

C4031 0.1u

D

11 12

N7200WL/ N9200WL

D_GND 1

>034S

F

MB1305 BOARD (9/9) CN1001 (Page 67)

CL4037

UNSW3.3V 2

CL4014

D_GND 3 LED_DRV_CLK 4 D_GND 5 LED_DRV_DATA 6

>033S MB1305 BOARD (9/9) CN1006 (Page 67)

R4428 1k

R4442 1.5k

R4443 1.5k

12

14

12

15 16

12

17

CL4015

12

18

CL4016

12

19

CL4017

12

20

CL4018

LED_DRV_POWER 7

CL4019

FAN_ON 8

CL4020

FAN_CONT 9

G

13

CN4000 9P

E

12

C4038 1000p

OUT4

A3

RESET

A2

SCL

A1

SDA

A0

VCC

NC

D4001 DA2J10100L

D_GND 1

FAN_ON 4

CL4025

3 2

C4030 0.1u

1

C4033 0.01u

C4032 0.01u


LED_DRV_POWER 3

3.3k

SW_12V

2

GND

3

G

4

R

5

B

SPEAKER ILLUMINATION FRONT R ONLY FOR SS-TSB134: N9200WL ONLY FOR SS-TSB136: N7200WL

4

LED SELECTOR

LED_DRV_DATA 2

R4437

1

5

IC4005

C4014 0.1u

CL4024

6

OUT0

GND_16

CL4023

3.3k

7

OUT1

IC4005 TLC59108F

OUT7

3.3k

R4436

8

GND_8

OUT6

R4435

CN4004 5P

9

OUT2

GND_13

CL4005

10

OUT3

OUT5

CL4004

C4034 0.01u

C4035 C4036 0.01u 0.01u

CL4001 CL4000

R4438

3.3k

CL4026

R4439

3.3k

CL4027

R4440

3.3k

CL4028

CN4005 5P 1 SW_12V 2 GND 3 G 4 R 5 B

SPEAKER ILLUMINATION FRONT L ONLY FOR SS-TSB134: N9200WL ONLY FOR SS-TSB136: N7200WL

C4037 0.01u

IC4004

FAN_CONT 5

DC/DC CONVERTER

CN4006 5P N5200W/ N7200W/ N9200W

H

CL4036

0

L4000 22uH C4026 0.1u

C4017 47u 25V

CL4021

12

5

EN

N.C 4

6

N.C

GND 3

7

N.C

FB 2

8 C4016 10u

VCC VOUT 1 FIN(GND) 9

0.8 6.9

CL4035

D4000 SA10QA04 CL4022

R4032 6.8k

CL4029 R4000 2.2k

R4002 470

C4028 1u

C4029 100u 16V

CL4030 CL4031

C4027 0.1u

0 3.2

R4001 1k

I

6.9

Q4000 LSCR523UBFS8TL FAN CONTROL

J

K


79

79

M1 (FAN)

CN4003 2P 2

DC-FAN +

1

DC-FAN -

M

13

14

15

16

17


6-29. PRINTED WIRING BOARD – TOUCH_S Board – • See page 50 for Circuit Boards Location.

1

2

3

•

6-30. SCHEMATIC DIAGRAM – TOUCH_S Board – • See page 83 for IC Block Diagrams.


4

5

6

7

8

1

TOUCH_S BOARD (COMPONENT SIDE)

A

2

3

4

5

6

7

8

A TOUCH_S BOARD Function

B

R2952 1k

R2971 1k

R2954 1.2k

R2953 1.2k



7 6

TS_SDA

5

TS_GND

4

PCONT_TS

3

TS_INT

2

TS_RST

1

CL2953 CL2955 CL2956 CL2957 CL2958

C2956 10u

E

C2961 0.1u

5.5 3.3

Vin C2954 1u

C2957 0.1u

3 Vout

4

1-889-143-

IC2950 MM3411A33URE

C2955 1u

R2951 100

3.3 1.8

+3.3V REG

1 R2958 1k

VDDIO

GND 2

3.3

16 3.3

17 18 19 20

G

G

LDOEN TEST0 C6

C5

2

3

6

5

21 1

3.3

7 6

0

1p

0 R2965

0.2

CL2961 CL2962 VOL+

VOL-

D2951

C2964 R2967 C2955 R2960 C2958

IC2950

3.3

8

I

CL2961

R2966 C2953

20

R2959 C2956

C0

9

R2954

IC2951

10 11 15 16

R2953

R2972

C2962 R2965

C2961

CL2958

R2950 R2951

C2957

CL2956

CL2951 CL2963

Q2950 E

CL2960

J R2971

CL2950

R2952

J

11


R2961

CL2953

CL2959

1

>011P

CL2952 CL2955 R2958 C2954

CN2964

I

FUNCTION R2957

CL2957

SHIELD

10

5

C2962

0

1p

R2967

CL2960 CL2954

4 0.2

R2966

1p C2964

C2953

R2955

R2956

H

TEST1

TOUCH CONTROLLER INTERFACE

0.2

D2952

RESETB

IC2951

C7

1

H

INTB

IC2951 LDS6204NTGI8

VSS

21

CL2962

3.3 3.3

15 14 13 12 11 CE

F

TOUCH_S BOARD (CONDUCTOR SIDE)

R2957 0

R2950 100

C2958 1u

IC2950

F

R2972 2.2k

CL2954

CN2964 11P

11 (11)

R2961 2.2k

R2960 2.2k

R2959 0

CL2952

SDA

TS_SCL TS_GND

CL2959

CL2963

C1

8

VDD

PANEL5.5V

CL2951

GPIO


9

SCLK

11

LED1 10 LED_GND

CL2950

C2

PANEL12V

E


3

>041S

D


0.2

C

D

R2956 1.2k

R2955 1.2k

C3

C

Vol-

C4

B

Vol+

D2950

K

1-889-143-

11 (11)

K Note: IC2951 on the TOUCH_S board cannot exchange with single. When this part on the TOUCH_S board is damaged, exchange the entire mounted board.


80

80


6-31. PRINTED WIRING BOARD – FUSB+SIRCS Board – • See page 50 for Circuit Boards Location.

1 A

2

3

•

6-32. SCHEMATIC DIAGRAM – FUSB+SIRCS Board –


4

5

FUSB+SIRCS BOARD (COMPONENT SIDE)

>003P

6

7

8

1

2

3

4

5

6

A


FUSB+SIRCS BOARD (CHASSIS)

B

C

CN2251 4P

C2251

B C2250

1 3

1

1

>025S

CN2251 1

3

>009P FL+CHUKEI BOARD CN2302 (Page 74)

CN2252

CN2250 6

4

IC2250 R2253

1-889-148-

11 (11)

(CHASSIS)

C

MB1305 BOARD (5/9) CN501 (Page 63)

GND

C2250 220p

CN2250 5P 1

C2251 220u 6.3V

R2251 0

4 3

R2250 0 DP

3

DM

4

VBUS

5

Shield GND

6

2 1

CL2252 CL2253 R2253 0

C2252 220p

IC2250 PNA4823M03S0

CL2250

IC2250

D

FUSB+SIRCS BOARD (CONDUCTOR SIDE)

D

R2250

CL2253 CL2256

E

CL2254

E

C2252 CL2255

CL2252 CL2251

1-889-148-

>039S FL+CHUKEI BOARD CN2302 (Page 75)

R2251

CL2250

REMOTE CONTROL SIGNAL RECEIVER

11 (11)

F

F

G

G

H

H

I

I

J

J

K

K


81

81

CN2252 3P UNSW3.3V

1

GND

2

SIRCS

3

5 CL2254

3.3

CL2255 CL2256

3 2

3.3

1

VCC GND VO 4

7

8


6-33. PRINTED WIRING BOARD – POWER KEY Board – • See page 50 for Circuit Boards Location.

1

2

3

•

6-34. SCHEMATIC DIAGRAM – POWER KEY Board –


4

5

6

7

8

1

A

2

3

5

A

POWER KEY BOARD (COMPONENT SIDE)

POWER KEY BOARD

C2110

R2110

S2111 Z

1

2

S2110 &/1

B

CN2110

>032S

1-889-146-

B

>002P

11 (11)


C

D

4

C

POWER KEY BOARD (CONDUCTOR SIDE) D CL2111 CL2110

E

1-889-146-

11 (11)

E

F

F

G

G

H

H

I

I

J

J

K

K


82

82

MB1305 BOARD (9/9) CN1003 (Page 67)

CN2110 2P KEY0

1

GND

2

R2110 1k

CL2110 CL2111 C2110 0.1u

S2110

S2111

"/1

Z

6

7

8


• IC Block Diagrams IC3101, IC3102 STA516BE (AMP BOARD (2/2))

GND_CLEAN 19

18 NC M3

GND_REG 20 VDD_21 21

16 OUT1A_16

VDD_22 22 VL 23 CONFIG 24

17 OUT1A_17

M2 PROTECTIONS & LOGIC

PWRDN 25

15 VCC1A 14 GND1A

M5

13 GND1B

TRISTATE 26 12 VCC1B

FAULT 27 TH_WARN 28

M4

REGULATORS

10 OUT1B_10 M17

IN1A 29

11 OUT1B_11

9 OUT2A_9 8 OUT2A_8

IN1B 30 IN2A 31

M15

7 VCC2A 6 GND2A

IN2B 32 M16 VSS_33 33

5 GND2B

VSS_34 34 M14 VCC_SIGN_35 35

4 VCC2B 3 OUT2B_3 2 OUT2B_2

SUB_GND

1

83


IC3103 TAS5534DGGR (AMP BOARD (1/2))

PWM_HPM_L PWM_HPP_L PWM_HPM_R PWM_HPP_R AVSS PLL_FLTM PLL_FLTP VR_ANA AVDD ASEL_EMO2 MCLK OSC_RES DVSS2_CORE DVDD2_CORE

1 2 3 4 5 6 7 8 9 10 11 12 13 14

EMO1 RESET HP_SEL PDN MUTE

15 16 17 18 19

SDA 20 SCL 21

LRCLK SCLK SDIN1 SDIN2 SDIN3 SDIN4 VR_DIG

84

22 23 24 25 26 27 28

POWER SUPPLY

DEVICE CONTROL

I2C SERIAL CONTROL INTERFACE

CLOCK, PLL, AND SERIAL DATA INTERFACE

DIGITAL AUDIO PROCESSOR

PWM SECTION

56 55 54 53 52 51 50 49 48 47 46 45 44 43 42 41 40 39 38 37 36 35 34 33 32 31 30 29

N.C. N.C. N.C. N.C. VR_RWM AVSS_PWM AVDD_PWM PWM_P_4 PWM_M_4 N.C. N.C. N.C. N.C. PWM_P_3 PWM_M_3 PWM_P_2 PWM_M_2 PWM_P_1 PWM_M_1 VALID DVSS1_CORE DVDD1_CORE BKND_ERR PSVC TEST LRCLKO SCLKO SDOUT


LOSC

VDDRF

GND

VDD

X2 X1

IC2001 RN5B701-0001 (AUDIO IO BOARD) (Except AEP, UK) IC2001 RN5B701-0002 (AUDIO IO BOARD) (AEP, UK)

20

19

18

17 16

CLOCK GENERATOR

XOSC 15 CP1 DIGITAL SIGNAL PROCESSING

AGC AMP FM LNA

FILTER

FRF1 1 FRF2 2

A/D CONVERTER

FILTER AGC AMP

GNDRF 3 CP2 4

AGC DET

GNDRF 5

DIGITAL MIXER

FM DEMODULATOR

STEREO DECODER

DIGITAL AGC

RSSI CALCULATION

RDS DECODER

IMAGE CONTROL

STATION DETECTOR

IIS GENERATOR

A/D CONVERTER

14 IISD

D/A CONVERTER

13 LOUT 12 ROUT

DIGITAL FILTERS

SERIAL INTERFACE/ REGISTERS

6

7

8

9

10

IIC

LA

CK

VDD

GND

11 DA

IC2002 SN74LV4052APWR (AUDIO IO BOARD)

16 VCC

2Y0

1

2Y2

2

2-COM

3

14 1Y1

2Y3

4

13 1-COM

15 1Y2

12 1Y0

2Y1 5 INH

6

11 1Y3

GND 7

10 A

GND 8

9

B

N.C.

EN

8

N.C.

VCC

IC2300, IC2303 BD00GA3WEFJ-E2 (FL+CHUKEI BOARD) IC4004 BD00GA3WEFJ-E2 (LED CHUKEI BOARD)

7

6

5

OCP SOFT + 1

2

3

4

VOUT

FB

GND

N.C.

TSD

85


VCC

N.C.

N.C.

EN

IC2304 BD80GA3WEFJ-E2 (FL+CHUKEI BOARD) IC851 BD80GA3WEFJ-E2 (MB1305 BOARD (4/9))

8

7

6

5

OVER CURRENT PROTECT SOFT START

+ + 1

2

3

4

VO

VO_S

GND

N.C.

THERMAL SHUT DOWN

IC2305 MM3411A33URE (FL+CHUKEI BOARD) IC2700 MM3411A33URE (TOUCH_F BOARD) IC2950 MM3411A33URE (TOUCH_S BOARD)

4 VDD CE 1

BIAS

VOLTAGE REFERENCE

– +

CURRENT LIMIT

3 VOUT

GND 2

VCC

SDA

SCL

RESET

GND_16

IC4005 TLC59108F (LED CHUKEI BOARD) (N7200WL/N9200WL)

20

19

18

17

16

NC 1 INPUT FILTER

2

I C BUS CONTROL OUTPUT DRIVER AND ERROR DETECTION

POWER-ON RESET CONTROL

LED STATE SELECT REGISTER

PWM REGISTER X BRIGHTNESS CONTROL GRPFREQ REGISTER

GRPPWM REGISTER

190 Hz

86

6

7

8

9

10

11 12 13 14 15

OUT1

GND_8

OUT2

OUT3

OUT4

Permanently OFF Permanently ON

OUT0

‘0’ ‘1’

OUT7

24.3 kHz

OUT6

97 kHz 25 MHz OSCILLATOR

OUT5

2 3 4 5

GND_13

A0 A1 A2 A3


IC301, IC302 TPS54394 PWPR (MB1305 BOARD (3/9))

VIN1 VBST1 SW1 PGND1

1 2 3 4 -16% – + PG – Comp +16% + VREG5 PGND

-32% + –

UV1

Control logic

Xcon

Ref1

+ SS1

PGND1

Comp + Err –

+ – OCP1

PGND

EN1 5

EN Logic

PG1 6 VFB1 7

Ref_OCL

+

PGND1

SW1

–

SW1

ZC1

EN Logic VIN1

GND 8

5VREG

CH1 Min-off timer CH2 Min-off timer Fixed SoftStart

Ref1 Ref2

SS1 UV1 UV2

SS2

UVLO TSD -32% + –

REF

UVLO

Protection Logic

16 VIN2 VREG5

UV2

15 VBST2

Control logic

Xcon

14 SW2

PGND

Ref 2

+ 13 PGND2

PGND2

SS2 + Err Comp – + – OCP2

-16% – + PG – Comp +16% +

Ref_OCL

+

PGND2

SW2

–

SW2

ZC2

10 11

12

VFB2

EN2

PG2

9 VREG5

PGND

VCC N.C N.C

EN

IC303, IC304 BD33HA3WEFJ-E2 (MB1305 BOARD (3/9)) IC705 BD33HA5WEFJ-E2 (MB1305 BOARD (7/9))

8 7 6

5

OVER CURRENT PROTECT SOFT START

+ +

1

2

3 4

VO

FB

GND N.C

THERMAL SHUTDOWN

87


IC305 BD00IC0WHFV-GTR (MB1305 BOARD (3/9))

VO 1 6 VCC FB 2

OCP SOFT START

– – +

GND 3 EN 4

TSD

NC7

5

IC502 TPS2065CDBVR (MB1305 BOARD (5/9))

Current Sense

IN 5

Charge Pump

CS

1 OUT

Current Limit

(Disabled+ UVLO)

2 GND

Driver

EN 4

3 FLT UVLO

OTSD Thermal Sense

9-ms Deglitch

IC603 MM1839A50NRE (MB1305 BOARD (6/9)) IC1003 MM1839A33NRE (MB1305 BOARD (9/9))

5 VIN CONT 1

BIAS

CURRENT LIMIT – +

VOLTAGE REFERENCE

GND 2 NC 3

88

REGULATOR

THERMAL SHUTDOWN

4 VOUT


IC701 MM3411A50NRE (MB1305 BOARD (7/9))

VDD 1 GND 2

CURRENT LIMIT

5 VOUT

4 NC VOLTAGE REFERENCE

CE 3

+

BIAS

IC703 PCM1808PWR (MB1305 BOARD (7/9))

DELTA-SIGMA MODULATOR VREF 1

REFERENCE DELTA-SIGMA MODULATOR

AGND VCC VDD DGND

2 3 4 5

u1/64 DECIMATION FILTER WITH HIGH-PASS FILTER

ANTIALIAS LOW-PASS FILTER

14 VINR

ANTIALIAS LOW-PASS FILTER

13 VINL

SERIAL INTERFACE & MODE/FORMAT CONTROL

12 11 10 9 8

FMT MD1 MD0 DOUT BCK

POWER SUPPLY CLOCK & TIMING CONTROL

SCKI 6 LRCK 7

89


IC901 TPIC2060ADFDRG4 (MB1305 BOARD (8/9))

SLED1_P 1 SLED1_N 2 P12V_SLD 3

POWER FET

PREDRIVER FEED BACK

SLED2_P 4 SLED2_N 5 PGND_2 6

POWER FET

PREDRIVER FEED BACK

INTERNAL 10V +10V REGULATOR

C10V 7

CP1 8 CP2 9 CP3 10

CHARGE PUMP

56 (N.C) 55 LINFB

19V

XSLEEP SIOV

D/A CONVERTER PWM

SLD_ENA

SLED END DETECTION

SLD_E_ENA

LDO CONTROL

54 LIN9VG

LIN9V_DIS

53 IDCHG (TEST) 52 (N.C)

GPOUT 11 GPOUTBNA SIOV

SPM_RCOM

SPM CURRENT LIMIT

50 (N.C)

SPM LOGIC D/A CONVERTER PWM

XFG 12

BEMF DETECTOR

XSLEEP SPM_ENA SIOV

RDY 13

PREDRIVER

SIOV POWER MONITOR

FCS_ENA

SPI INTERFACE

D/A CONVERTER PWM

ON CHIP THERMOMETER

SOMI 17 ACTTEMPTH>0 SIOV SIOV 18 TLT_ENA

(N.C) 20 (N.C) 21

INTERNAL +3.3V REGULATOR

CV3P3 22 AGND/DGND 23 (N.C) 24

D/A CONVERTER PWM

POWER FET

FEED BACK

P5V

CA5V 28

90

PREDRIVER

ANALOG +5V

ACTIVE TEMPERATURE

D/A CONVERTER PWM

TRK_ENA LOAD_ENA

STP_ENA

D/A CONVERTER PWM

STEP_E_ENA

STEP END DETECTION

P5V12L 25 LOAD_N 26 LOAD_P 27

M COM PGND_SPM2 W P12V_SPM2 V PGND_SPM1 U

41 PGND_1 PREDRIVER

TRAY END DETECTION

TRAY_E_ENA

POWER FET

40 FCS_N 39 FCS_P

POWER FET

38 TRK_N 37 TRK_P

POWER FET

36 TLT_P 35 TLT_N

FEED BACK

PREDRIVER

SIOV

XRSTIN 19

49 48 47 46 45 44 43

42 P12V_SPM1

SIOV

SSZ 14 SCLK 15 SIMO 16

POWER FET

DIGITALCORE

P12V P5V

51 AGND

FEED BACK

PREDRIVER FEED BACK

34 P5V PREDRIVER

POWER FET

33 STP1_P 32 STP1_N

POWER FET

31 STP2_P 30 STP2_N

FEED BACK

PREDRIVER FEED BACK

29 (N.C)


IC1002 PST8429UL (MB1305 BOARD (9/9))

GND 1

VREF

+ – 4 OUT 3 CD

VDD 2

IC2001 TC58NVG1S3HTA00 (MB3105 BOARD (5/9))

NC 1

48 NC

NC 2

47 NC

NC 3

46 NC

NC 4

45 NC

NC 5

44 IO8 Status register

NC 6

43 IO7

RY / BY 7

42 IO6

RE 8

41 IO5 Address register

CE 9 NC 10 NC 11

Column buffer

I/O Control circuit

Column decoder Command register

VCC 12

Data register

VSS 13

Sense amp

CLE 16 ALE 17 WE 18

Logic control

Control circuit

WP 19 NC 20 NC 21

39 NC 38 NC 37 VCC 36 VSS 35 NC 34 NC

Row address decoder

NC 15

Row address buffer decoder

NC 14

40 NC

33 NC 32 IO4 Memory cell array

31 IO3 30 IO2 29 IO1 28 NC

NC 22

27 NC

NC 23

26 NC

NC 24

25 NC RY/BY

HV generator

91


26 25 24 23 22

28 27

Power-On Reset Logic

Sigma-Delta CDC

Calibration Engine

Switch Matrix

3 4 5 6 7

LED0LEDy*

LED Driver Current Sources (LDS612x only)

Calibration RAM

Control and Data Registers LDO

GPIO

SDI/A1

16 17

CSB/A0

13 14 15 SDO/SDA

IF_SEL0

VSS

IF_SEL1

9 10 11 12 INTB

Excitation Source

Interrupt and GPIO Logic

Serial Interface and Control Logic

SCLK/SCL

TEST 8

IC2702 TC7SZ08FU, RSONYJ (TOUCH_F BOARD)

IN_B 1

5 VCC

IN_A 2

4 OUT_Y

GND 3

20 19 18

Switch Matrix

Calibration RAM

Control and Data Registers

LDO

92

C2

C1

9

10

11 12 13 GPIO

C3

8

SCLK

C4

7

SDA

C5

6

INTB

5

RESETB

4

TEST1

3

C0

2

SHIELD

1

Excitation Source

Interrupt and GPIO Logic

Serial Interface and Control Logic

VDD

VDDIO

17 16 15 14

Sigma-Delta CDC

Calibration Engine

LDOEN

VSS

TEST0

C7

C6

IC2951 LDS6204NTGI8 (TOUCH_S BOARD)

Power-On Reset Logic

VDD1

21 20 19 18

C6 1 C7 2 C8 C9 C10 C11 C12

VDDIO

LDOEN

RESETB

C0/DCM6

C1/DCM7

C2/DCM8

C3/DCM9

C4/DCM11

SHIELD

C5

IC2701 LDS6107NQGI8 (TOUCH_F BOARD)


• IC Pin Function Descriptions MB1305 BOARD (1/9), (2/9), (4,9), (5/9), (6/9), (7/9) IC101 CXD90011G-BC (BD DECODER) Pin No.

Pin Name

I/O

A1, A2

GPIO14, GPIO12

-

Description Not used

A3

SDA

I/O

Two-way I2C data bus terminal

A4

USB_DP_P1

I/O

Two-way USB serial data (+) bus terminal

Not used

Two-way USB serial data (+) with the USB connector

A5

USB_DP_P0

I/O

A6

USB_VRT_P0P1

-

A8

SRXN

I

Receive data (negative) input terminal

A9

STXP

O

Transmit data (positive) output terminal

A11

FEDMO

-

Not used

External reference resistor connection terminal Not used Not used

A12

FEFMO2

I

Serial data input from the coil/motor driver

A14

FOO

-

Not used

A15

RFIP2

I

RF signal input terminal

A16

RFIP

I

BD RF signal (positive) input from the optical pick-up

A17

INE

I

Sub beam (E) input from the optical pick-up

A19

IND

I

Main beam (D) input from the optical pick-up

A20

INB

I

Main beam (B) input from the optical pick-up

A22

RSTI

-

Not used

A24

AOMCLK

O

Master clock signal output to the stream processor

A25

AOBCK

O

Bit clock signal output to the stream processor and RF modulator

A26

AOSDATA2

O

Digital audio signal output to the stream processor

A27

AOSDATA4

O

Digital audio signal output terminal

A28

AR0

-

Not used

B1, B2

GPIO25, GPIO24

-

B3

SCL

I/O

Two-way I2C clock bus terminal

B4

USB_DM_P1

I/O

Two-way USB serial data (–) bus terminal

B5

USB_DM_P0

I/O

Two-way USB serial data (–) with the USB connector

B8

SRXP

I

Receive data (positive) input terminal

B9

STXN

O

Transmit data (negative) output terminal

B11

FEFMO

O

Serial data output to the coil/motor driver

B12

FEFMO3

-

Not used

B14

TRO

-

Not used

B15

RFIN2

I

RF signal input terminal

B16

RFIN

I

BD RF signal (negative) input from the optical pick-up

B17

MPXOUT3

-

Not used

B19

INC

I

Main beam (C) input from the optical pick-up

B20

INA

I

Main beam (A) input from the optical pick-up

B22

TRIND

-

Not used

Not used

Not used Not used

Not used Not used

Not used

B23

OPTICAL

I

Digital audio signal input from the optical receiver

B24

AOSDATA0

O

Digital audio signal output to the stream processor

B25

AOSDATA1

O

Digital audio signal output to the RF modulator

B26

AOSDATA3

O

Digital audio signal output terminal

B27

AOLRCK

O

L/R sampling clock signal output to the stream processor and RF modulator

Not used

B28

AL0

-

Not used

C1

GPIO15

O

Request signal output to the system controller

C2 to C5

GPIO26, GPIO13, GPIO10, GPIO11

-

Not used

C7

FEGIO7

O

Laser diode control signal output to the optical pick-up

C9

FEFG

I

Motor hole sensor signal input from the coil/motor driver

C10

FEGIO0

O

Motor drive muting control signal output to the coil/motor driver

C11

FETRAYPWM

O

Serial data transfer clock signal output to the coil/motor driver Not used

C12

FEFMO4

-

C13

FEGAINSW2

I

Disc tray out detection signal input from the loading motor assy

C14

TLO

-

Not used

C15

AVDD12_2

-

Power supply terminal (+1.2V)

93


Pin No.

Pin Name MPXOUT1, MPXOUT2

I/O -

Not used

C18

INH

I

Sub beam (H) input from the optical pick-up

C19

ING

I

Sub beam (G) input from the optical pick-up

C20, C21

TRINB, TRINC

-

Not used

C22

VWDC20

-

Not used

C24

ARC

I

Digital audio signal input from the HDMI ARC OUT connector

C25

COAXIAL

-

Not used

C26

SPDIF

-

Not used

C16, C17

Description

C27

NS_XTALI

I

System clock signal input terminal (27 MHz)

C28

NS_XTALO

O

System clock signal output terminal (27 MHz)

D1

GPIO1

I

Ready signal input from the system controller

D2

GPIO16

I

Over current detection signal input from the USB VBUS switch

“H”: ready

D3

GPIO17

I

Chip select signal input from the system controller

D4

GPIO18

-

Not used

D6

FEGIO9

-

Not used

D7

FEGIO4

O

Slave selection signal output to the coil/motor driver

D8

FE_TRAYOUT_

-

Not used

D9

FEGIO6

-

Not used

D10

FEEJECT_

-

Not used

D13

FEGAINSW3

-

Not used

D14

FEOSCEN

O

Serial data transfer clock signal output to the optical pick-up

D15

FEGAINSW1

O

Mode A selection signal output to the optical pick-up

D16

FE_TRAYIN_

I

Disc tray in detection signal input from the loading assy

D17

V14

-

Not used

D18

INF

I

Sub beam (F) input from the optical pick-up

D19

HAVC

O

Reference voltage output to the optical pick-up Not used

D20

TRINA

-

D21

FPDOCD

-

Not used

D22

VDAC0

-

Not used

D24

MCIN

I

Digital audio signal input from the A/D converter

D26

AVDD33_DAC

-


D27

CH2_P

O

TMDS data (positive) output to the HDMI ARC OUT connector

D28

CH2_M

O

TMDS data (negative) output to the HDMI ARC OUT connector

E1, E2

GPIO3, GPIO2

-

Not used

E3

GPIO6

O

UPG status signal output to the system controller

E4

GPIO0

-

Not used

E6

AVDD33_USB_P0P1

-


E8

FEGIO3

I

Power on detection signal input from the system controller

E10

FEGIO10

-

Not used

E12

AVSS12_SATA

-

Ground terminal

E13

FEGIO5

O

Mode B selection signal output to the optical pick-up

E14

FECFREQ

I/O

E17

AUX1

I

Two-way data bus with the optical pick-up

E18

AVDD33_3

-


E19

FVREF

-

Not used

Monitoring signal input from the optical pick-up

E21

FPDODVD

I

Laser power monitor signal input from the optical pick-up

E22

VWDC30

-

Not used

E23

AVDD12_1

-


E24

SPDATA

-

Not used

E26

AVDD33_HDMI

-


E27

CH1_P

O


E28

CH1_M

O


F3

GPIO7

O

USB VBUS on/off control signal output terminal

F4, F5

GPIO21, GPIO19

-

Not used

F7

FEGIO11

-

Not used

94

“H”: VBUS on


Pin No.

Pin Name

I/O

F9, F10

DGND12_K

-

Ground terminal

Description

F12

AVSS33_USB_POP1

-

Ground terminal

F13

FEGIO1

-

Not used

F14

FECMOD

O

Serial interface command enable signal output to the optical pick-up

F15, F16

DGND12_K

-

Ground terminal

F17

AGND33_3

-

Ground terminal

F18

AVDD33_1

-


F19

AGND12_2

-

Ground terminal

F20

AGND33_1

-

Ground terminal

F23

DVCC33_IO_5

-


F26

AVDD33_PLLGP

-


F27

CH0_P

O


F28

CH0_M

O


G1 to G3

GPIO4, GPIO23, GPIO22

-

Not used Not used

G4

AMUTE

-

G5

GPIO20

-

Not used

G8

DVCC33_IO_2

-


G11

AVDD12_SATA

-


G12

AVDD33_SATA

-


G14

DVCC33_IO_1

-


G18

AGND33_2

-

Ground terminal

G21

AGND12_1

-

Ground terminal

G22

DVCC33_IO_5

-


G26

AVDD12_HDMI_D

-


G27

CLK_P

O

TMDS clock (positive) signal output to the HDMI ARC OUT connector

G28

CLK_M

O

TMDS clock (negative) signal output to the HDMI ARC OUT connector

H1

EFPWRQ

-

Not used

H2

GPIO5

O

Jig mode selection signal output to the system controller

H3

GPIO9

-

Not used

H4

DGND12_K

-

Ground terminal

H5, H6

DDRVCCIO1

-


H7

DGND12_K

-

Ground terminal

H8, H14

DVCC33_IO_2, DVCC33_IO_1

-


H25

AVDD12_HDMI_C

-


H26

AVDD12_HDMI_ D_SUB

-


H27

CH2_P_SUB

I

TMDS data (positive) input from the HDMI IN 2 connector

H28

CH2_M_SUB

I

TMDS data (negative) input from the HDMI IN 2 connector

J1 to J6

RDQ17_B, RDQ16_B, RDQ27_B, RDQ24_B to RDQ26_B

I/O

Two-way data bus with the SD-RAM

J11, J12

DVCC12_K

-


J13

DGND12_K

-

Ground terminal

J14, J15

DVCC12_K

-


J16

DGND12_K

-

Ground terminal

J17 to J19

DVCC12_K

-


J25

AVDD12_HDMI_ C_SUB

-


J27

CH1_P_SUB

I


J28

CH1_M_SUB

I


K1, K2

RDQ18_B, RDQ19_B

I/O


K3, K4

RDQM2_B, RDQM3_B

O

Data mask signal output to the SD-RAM

K5

DDRVCCIO1

-


95


Pin No. K6, K7, K9

Pin Name

I/O

DGND12_K

-

Description Ground terminal

K11, K12

DVCC12_K

-


K13

DGND12_K

-

Ground terminal

K14, K15

DVCC12_K

-


K16

DGND12_K

-

Ground terminal

K17 to K19

DVCC12_K

-

Power supply terminal (+1.2V) Ground terminal

K23

AVSS33_DAC

-

K27

CH0_P_SUB

I


K28

CH0_M_SUB

I


L1

RDQS2__B

O

Data strobe signal (negative) output to the SD-RAM

L2

RDQS2_B

O

Data strobe signal (positive) output to the SD-RAM

L3, L4

RDQ29_B, RDQ28_B

I/O

L5

DDRVCCIO1

-


L10

DVCC12_K

-


L11 to L18

DGND12_K

-

Ground terminal Power supply terminal (+1.2V)


L19

DVCC12_K

-

L22

AVSS33_PLLGP

-

Ground terminal

L24

VOUTHSYNC

-

Not used

L25

VOUTVSYNC

-

Not used

L27

CLK_P_SUB

I

TMDS clock (positive) signal input from the HDMI IN 2 connector

L28

CLK_M_SUB

I

TMDS clock (negative) signal input from the HDMI IN 2 connector

M1

RCLK1__B

O

Clock signal (negative) output to the SD-RAM

M2

RCLK1_B

O

Clock signal (positive) output to the SD-RAM

M3

DDRVCCIO1

-


M4

DGND12_K

-

Ground terminal

M5, M6

RDQ30_B, RDQ31_B

I/O

M8

DDRVCCIO1

-


M10

DDRVCCK

-


M11 to M18

DGND12_K

-

Ground terminal

M19

DVCC12_K

-


M22

AVSS33_HDMI

-

Ground terminal

M27

HDMI_RX_2

I


M28

HDMI_RX_2B

I


N1

RDQS3_B

O


N2

RDQS3__B

O


N3

RDQ21_B

I/O


N4

RA13_B

O

Address signal output to the SD-RAM Bank address signal output to the SD-RAM


N5

RBA2_B

O

N6

RWE__B

O

Write enable signal output to the SD-RAM

N7

DDRVCCIO1

-


N8

DDRVREF_A

I

Reference voltage (+0.75V) input terminal for SD-RAM

N10

DVCC12_K

-


N11 to N18

DGND12_K

-

Ground terminal

N19

DVCC12_K

-


N20

AVSS33_HDMI_SUB

-

Ground terminal

N23

AVDD12_HDMI_RX

-


N27

HDMI_RX_1

I


N28

HDMI_RX_1B

I

P3, P4

RDQ22_B, RDQ23_B

I/O


P5

RBA0_B

O

Bank address signal output to the SD-RAM

P6

RODT_B

O

On die termination enable signal output to the SD-RAM

P8

DDRVCCIO1

-


96



Pin No.

Pin Name

I/O

P10

DDRVCCK

-


Description

P11 to P18

DGND12_K

-

Ground terminal

P19, P20

DVCC12_K

-


P22

VOUTCLK

-

Not used

P23 to P26

VOUTD14, VOUTD12, VOUTD13, VOUTD15

-

Not used

P27

HDMI_RX_0

I


P28

HDMI_RX_0B

I

TMDS data (negative) input from the HDMI IN 1 connector Address signal output to the SD-RAM

R1

RA0_B

O

R2

RDQ20_B

I/O


R3, R4

RA6_B, RA8_B

O

Address signal output to the SD-RAM

R5

RCAS__B

O

Column address signal output to the SD-RAM

R7

DDRVCCIO1

-


R8

DGND12_K

-

Ground terminal

R10

DVCC12_K

-


R11 to R19

DGND12_K

-

Ground terminal

R20

DVCC12_K

-


R22

AVSS33_HDMI_RX

-

Ground terminal

R23, R24

VOUTD8, VOUTD3

-

Not used

R25

AVDD33_HDMI_SUB

-


R26

AVDD33_HDMI_RX

-


R27

HDMI_RX_C

I

TMDS clock (positive) signal input from the HDMI IN 1 connector

R28

HDMI_RX_CB

I

TMDS clock (negative) signal input from the HDMI IN 1 connector

T1 to T3

RA7_B, RA2_B, RA9_B

O


T4

RRESET_B

O

Reset signal output to the SD-RAM

T5, T6

RA4_B, RA14_B

O

Address signal output to the SD-RAM Ground terminal

T7

DGND12_K

-

T8

DDRVCCIO1

-


T10

DDRVCCK

-


T11 to T18

DGND12_K

-

Ground terminal

T19, T20

DVCC12_K

-


T22

AVSS33_VDAC_BG

-

Ground terminal

T26

VOUTD10

-

Not used

T27

AVDD33_VDAC_BG

-


U3 to U5

RA5_B, RA3_B, RA11_B

O


“L”: reset

U6

RBA1_B

O


U7

DDRVCCIO1

-


U8

DGND12_K

-

Ground terminal

U10

DVCC12_K

-


U12 to U19

DGND12_K

-

Ground terminal

U20

DVCC12_K

-


U21

DVCC33_IO_4

-


U22

AVSS33_VDAC_X

-

Ground terminal

U23 to U26

VOUTD9, VOUTD7, VOUTD6, VOUTD11

-

Not used

U27

VDACX_OUT

-

Not used

U28

VDACB_OUT

-

Not used

V1

RRAS__B

O

Row address signal output to the SD-RAM

V2

RCKE_B

O

Clock enable signal output to the SD-RAM

V3

RCS__B

O

Chip select signal output to the SD-RAM

V4

RCSX__B

-

Not used

97


Pin No.

Pin Name

I/O

V5, V6

RA1_B, RA12_B

O


Description Ground terminal

V7

DGND12_K

-

V8

DDRVREF_B

I


V10

DGND12_K

-

Ground terminal

V11

DVCC12_K

-


V12 to V17

DGND12_K

-

Ground terminal

V18

DVCC12_K

-


V19

DGND12_K

-

Ground terminal

V20

DVCC12_K

-


V21

DVCC33_IO_4

-


V22

AVDD33_VDAC_X

-


V23 to V25

VOUTD2, VOUTD4, VOUTD5

-

Not used Not used

V28

VDACG_OUT

-

W1, W2

RDQ0_B, RDQ2_B

I/O

W3

DDRVCCIO1

-

W4, W5

RDQ8_B, RDQ9_B

I/O


W6

RA10_B

O


W8

DDRVCCIO1

-


W10

DDRVCCK

-


DVCC12_K

-


DDRVCCK

-


DVCC12_K

-


W20

DGND12_K

-

Ground terminal

W25, W26

VOUTD1, VOUTD0

-

Not used

W27

VDACR_OUT

-

Not used

W28

USB_VRT_P2

-

External reference resistor connection terminal

Y3, Y4

RDQ1_B, RDQ10_B

I/O

Y7

DDRVCCIO1

-


Y18

DGND12_K

-

Ground terminal

Y20

AVSS33_COM

-

Ground terminal

Y22

AVSS33_USB_POP1

-

Ground terminal

Y23

DGND12_K

-

Ground terminal Power supply terminal (+3.3V)

W11, W12 W13, W14 W15, W16, W18, W19

Two-way data bus with the SD-RAM Power supply terminal (+1.5V)


Y26

AVDD33_USB_P2

-

AA1

RDQS0__B

O


AA2

RDQS0_B

O


AA3, AA4

RDQ3_B, RDQ11_B

I/O


AA5

RDQM1_B

O


AA6

RDQ15_B

I/O

AA7

DGND12_K

-

AA15

DDRVREF_D

I


AA17

DDRVCCIO1

-


Two-way data bus with the SD-RAM Ground terminal

AA18

DGND12_K

-

Ground terminal

AA22

AVSS33_LD

-

Ground terminal

AA24

AVDD33_LD

-


AA25

AVDD33_COM

-


AA27

USB_DP_P2

I/O

AA28

USB_DM_P2

I/O

Two-way USB serial data (–) with the WLAN/BT COMBO card

AB1

RCLK0__B

O


AB2

RCLK0_B

O


98

Two-way USB serial data (+) with the WLAN/BT COMBO card


Pin No.

Pin Name

I/O

AB3

DDRVCCIO1

-

AB4 to AB6 AB8, AB9

RDQ12_B, RDQ14_B, RDQ13_B

I/O

DGND12_K

-

Description Power supply terminal (+1.5V) Two-way data bus with the SD-RAM Ground terminal

AB11

DDRVCCIO1

-


AB12

DGND12_K

-

Ground terminal

AB13

DDRVCCIO1

-


AB14, AB15

DGND12_K

-

Ground terminal

AB17

DDRVCCIO1

-


AB18, AB19

DGND12_K

-

Ground terminal

AB20

AVSS33_LDO

-

Ground terminal

AB21

AVDD12_LDO

-

Not used

AB23

MDIO

-

Not used

AB24

CEC

-

Not used

AB25

HDMISCK

I/O

AB26

HDMISD

I/O

Two-way I2C clock bus with the HDMI ARC OUT connector Two-way I2C data bus with the HDMI ARC OUT connector

AB27

TXVN_0

O

Transmit data (negative) output to the ethernet connector

AB28

TXVP_0

O

Transmit data (positive) output to the ethernet connector

AC1

RDQS1_B

O


AC2

RDQS1__B

O


AC3

DDRVCCIO1

-


AC4

DGND12_K

-

Ground terminal

AC5

AVDD33_MEMPLL

-


AC7

DDRVREF_C

I


AC8

RDQM2

O


AC9

DGND12_K

-

Ground terminal

AC10

RBA0

O


AC11

DDRVCCIO1

-


AC12

RA6

O


AC14

DDRVCCIO1

-


AC15

RBA1

O


AC17, AC18

RDQ10, RDQ15

I/O


AC19

DDRVCCIO1

-


AC21

NFRBN2

-

Not used

AC24

GPIO27

O

WOL (wake-on-LAN) wake-up signal output to the system controller

AC25

DDC_SCL_RX2

O

I2C clock signal output to the HDMI IN 2 connector Not used

AC26

CEC2

-

AC27

TXVN_1

I

Receive data (negative) input from the ethernet connector

AC28

TXVP_1

I

Receive data (positive) input from the ethernet connector

AD1

RDQM0_B

O


AD2, AD3

RDQ6_B, RDQ7_B

I/O


AD4

AVSS33_MEMPLL

-

Ground terminal

AD8

RA13

O


AD9

RRESET

O

Reset signal output to the SD-RAM

AD10

RCAS_

O

Column address signal output to the SD-RAM

AD11 to AD15 AD16 to AD18

RA14, RA8, RA1, RA10, RA12 RDQ8, RDQ12, RDQ14

O


I/O


“H”: wake-up

“L”: reset

AD19

DDRVCCIO1

-

AD20

AVDD33_LDO

-

Power supply terminal (+1.5V) Power supply terminal (+3.3V)

AD21

NFRBN

O

Ready/busy selection signal output to the NAND flash

AD22

NFCLE

O

Command latch enable signal output to the NAND flash

“L”: busy, “H”: ready

99


Pin No.

Pin Name

I/O

AD23

MDC

-

Description Not used

AD24

DDC_SDA_RX2

I/O

AD25

PWR5V_RX

I

Two-way I2C data bus with the HDMI IN 2 connector Power supply voltage (+5V) input from the HDMI IN 1 connector

AD26

HTPLG_RX_2

O

Hot plug detection signal output to the HDMI IN 2 connector

AD27

REXT

-

External reference resistor connection terminal

AD28

HTPLG

I

Hot plug detection signal input from the HDMI ARC OUT connector

AE3

RDQ4_B

I/O

AE5

DDRVCCIO1

-

AE6 to AE8

RDQ29, RDQ31, RDQ30

I/O

Two-way data bus with the SD-RAM Power supply terminal (+1.5V) Two-way data bus with the SD-RAM

AE9

RWE_

O

Write enable signal output to the SD-RAM

AE10

RODT

O

On die termination enable signal output to the SD-RAM

AE11

RRAS_

O

Row address signal output to the SD-RAM

AE12

RA3

O


AE13

RCSX_

-

Not used

AE14

RA4

O


AE16

RDQ11

I/O


AE17

RDQM1

O


AE18

RDQ13

I/O


AE19, AE20

DVCC33_IO_STB

-

AE21

NFREN

O

Read enable signal output to the NAND flash

AE22

NFCEN2

-

Not used

AE23

NFD0

I/O

AE24

NFWEN

O

Write enable signal output to the NAND flash

AE25

HTPLG_RX

O

Hot plug detection signal output to the HDMI IN 1 connector

AE26

PWR5V_RX2

I

Power supply voltage (+5V) input from the HDMI IN 2 connector

AF1, AF2

TP_MEM_PLL, TN_MEMPLL

-

Not used


Two-way data bus with the NAND flash

AF3

RDQ5_B

I/O

AF4

RDQ25

I/O

AF5

DGND12_K

-

AF6

RDQ28

I/O

AF7

DDRVCCIO1

-

AF8, AF9

RDQ20, RDQ22

I/O

AF10

DDRVCCIO1

-


AF11, AF12

RA9, RA5

O


AF13

RCS_

O

Chip select signal output to the SD-RAM

RDQ3, RDQ1, RDQ9

I/O


DDRVCCIO1

-

AF20

RDQ5

I/O

AF21

NFD6

I/O


AF22

NFCEN

O

Chip enable signal output to the NAND flash

AF23

NFD1

I/O


AF24

NFALE

O

Address latch enable signal output to the NAND flash

AF25

UARXD

-

Not used

AF26

RESET_

I

Reset signal input from the system controller

AF27

DDC_SDA_RX

I/O

Two-way I2C data bus with the HDMI IN 1 connector

AF14 to AF16 AF17, AF18

Two-way data bus with the SD-RAM Two-way data bus with the SD-RAM Ground terminal Two-way data bus with the SD-RAM Power supply terminal (+1.5V) Two-way data bus with the SD-RAM

Power supply terminal (+1.5V) Two-way data bus with the SD-RAM

“L”: reset

AF28

DDC_SCL_RX

O

I2C clock signal output to the HDMI IN 1 connector

AG1 to AG4

RDQ17, RDQ16, RDQ26, RDQ27

I/O


AG5

RDQS2

O


AG6

RCLK1

O


AG7

RDQS3_

O


AG8

RDQ21

I/O


100


Pin No.

Pin Name

I/O

AG10

RBA2

O


AG11, AG13

RA2, RA11

O


AG14

RDQ0

I/O


AG16

RDQS0

O


AG17

RCLK0

O


AG18

RDQS1_

O


RDQ7, RDQ4

I/O


NFD7, NFD4, NFD2

I/O


AG25

GPIO8

O

VBUS on/off control signal output terminal for WLAN/BT COMBO card

AG26

VCLK

O

Serial data transfer clock signal output to the system controller

AG19, AG20 AG21 to AG23

Description

AG27

VDATA

I

Serial data input from the system controller

AG28

LCDRD

O

Serial data output to the system controller

AH1 to AH3

RDQ18, RDQ19, RDQ24

I/O


AH4

RDQM3

O


AH5

RDQS2_

O


AH6

RCLK1_

O


AH7

RDQS3

O


AH8

RDQ23

I/O


AH10, AH11

RA0, RA7

O


AH13

RCKE

O

Clock enable signal output to the SD-RAM

AH14

RDQ2

I/O


AH16

RDQS0_

O


AH17

RCLK0_

O


AH18

RDQS1

O


AH19

RDQM0

O


AH20

RDQ6

I/O


AH22, AH23

NFD5, NFD3

I/O


AH25

OPWRSB

O

Power control signal output to the system controller

AH26

UATXD

-

Not used

AH27

VSTB

-

Not used

AH28

IR

-

Not used

“H”: VBUS on

101


MB1305 BOARD (2/9) IC202 K4B2G1646Q-BCMA (SD-RAM) Pin No.

Pin Name

I/O

A1

VDDQ

-

A2

DQU5

I/O

A3

DQU7

I/O

A4

NO_USE

-

Not used

A5

NO_USE

-

Not used

A6

NO_USE

-

Not used

A7

DQU4

I/O

A8

VDDQ

-

DQ Power Supply: 1.5V +/-0.075V

A9

VSS

-

Ground

B1

VSSQ

-

DQ Ground

B2

VDD

-

Power Supply: 1.5V +/-0.075

B3

VSS

-

Ground

B4

NO_USE

-

Not used

B5

NO_USE

-

Not used

B6

NO_USE

-

B7

DQSU

I/O

Description DQ Power Supply: 1.5V +/-0.075V Data Input/output: Bi-directional data bus. Data Input/output: Bi-directional data bus.

Data Input/output: Bi-directional data bus.

Not used Data Strobe: Output with read data, input with write data. Edge-aligned with read data, centered in write data. For the x16, DQSL: corresponds to the data on DQL0-DQL7; DQSU corresponds to the data on DQU0-DQU7. The data strobe DQS, DQSL and DQSU are paired with differential signals DQS, DQSL and DQSU, respectively, to provide differential pair signaling to the system during reads and writes. DDR3 SDRAM supports differential data strobe only and does not support single-ended.

B8

DQU6

I/O

B9

VSSQ

-

DQ Ground


C1

VDDQ

-


C2

DQU3

I/O


C3

DQU1

I/O

C4

NO_USE

-

Not used

C5

NO_USE

-

Not used

C6

NO_USE

-

Not used

C7

DQSU

I/O


Data Strobe: Output with read data, input with write data. Edge-aligned with read data, centered in write data. For the x16, DQSL: corresponds to the data on DQL0-DQL7; DQSU corresponds to the data on DQU0-DQU7. The data strobe DQS, DQSL and DQSU are paired with differential signals DQS, DQSL and DQSU, respectively, to provide differential pair signaling to the system during reads and writes. DDR3 SDRAM supports differential data strobe only and does not support single-ended.

C8

DQU2

I/O

C9

VDDQ

-



D1

VSSQ

-

DQ Ground

D2

VDDQ

-


D3

DMU

I

Input Data Mask: DM is an input mask signal for write data. Input data is masked when DM is sampled HIGH coincident with that input data during a Write access. DM is sampled on both edges of DQS. For x8 device, the function of DM or TDQS/ TDQS is enabled by Mode Register A11 setting in MR1.

D4

NO_USE

-

Not used

D5

NO_USE

-

Not used

D6

NO_USE

-

Not used

D7

DQU0

I/O

D8

VSSQ

-

DQ Ground

D9

VDD

-



E1

VSS

-

Ground

E2

VSSQ

-

DQ Ground

E3

DQL0

I/O

E4

NO_USE

-

Not used

E5

NO_USE

-

Not used

E6

NO_USE

-

Not used

102



Pin No.

Pin Name

I/O

Description

E7

DML

I

Input Data Mask: DM is an input mask signal for write data. Input data is masked when DM is sampled HIGH coincident with that input data during a Write access. DM is sampled on both edges of DQS. For x8 device, the function of DM or TDQS/ TDQS is enabled by Mode Register A11 setting in MR1.

E8

VSSQ

-

DQ Ground

E9

VDDQ

-


F1

VDDQ

-


F2

DQL2

I/O


I/O

Data Strobe: Output with read data, input with write data. Edge-aligned with read data, centered in write data. For the x16, DQSL: corresponds to the data on DQL0-DQL7; DQSU corresponds to the data on DQU0-DQU7. The data strobe DQS, DQSL and DQSU are paired with differential signals DQS, DQSL and DQSU, respectively, to provide differential pair signaling to the system during reads and writes. DDR3 SDRAM supports differential data strobe only and does not support single-ended.

F3

DQSL

F4

NO_USE

-

Not used

F5

NO_USE

-

Not used Not used

F6

NO_USE

-

F7

DQL1

I/O


F8

DQL3

I/O


F9

VSSQ

-

DQ Ground

G1

VSSQ

-

DQ Ground

G2

DQL6

I/O

Data Input/output: Bi-directional data bus. Data Strobe: Output with read data, input with write data. Edge-aligned with read data, centered in write data. For the x16, DQSL: corresponds to the data on DQL0-DQL7; DQSU corresponds to the data on DQU0-DQU7. The data strobe DQS, DQSL and DQSU are paired with differential signals DQS, DQSL and DQSU, respectively, to provide differential pair signaling to the system during reads and writes. DDR3 SDRAM supports differential data strobe only and does not support single-ended.

G3

DQSL

I/O

G4

NO_USE

-

Not used

G5

NO_USE

-

Not used

G6

NO_USE

-

Not used

G7

VDD

-

Power Supply: 1.5V +/-0.075 Ground

G8

VSS

-

G9

VSSQ

-

DQ Ground

H1

VREFDQ

-

Reference voltage for DQ

H2

VDDQ

-


H3

DQL4

I/O


H4

NO_USE

-

Not used

H5

NO_USE

-

Not used Not used

H6

NO_USE

-

H7

DQL7

I/O


H8

DQL5

I/O


H9

VDDQ

-


J1

NC

-

No Connect: No internal electrical connection is present.

J2

VSS

-

Ground

J3

RAS

I

Command Input: RAS (along with CS) define the command being entered.

J4

NO_USE

-

Not used

J5

NO_USE

-

Not used

J6

NO_USE

-

Not used

J7

CK

I

Clock: CK is differential clock input. All address and control input signals are sampled on the crossing of the positive edge of CK. Output (read) data is referenced to the crossing of CK.

J8

VSS

-

Ground

J9

NC

-


K1

ODT

I

On Die Termination: ODT (registered HIGH) enables termination resistance internal to the DDR3 SDRAM. When enabled, ODT is only applied to each DQ, DQS, DQS and DM/TDQS, NU/TDQS (When TDQS is enabled via Mode Register A11=1 in MR1) signal for x8 configurations. The ODT pin will be ignored if the Mode Register (MR1) is programmed to disable ODT.

K2

VDD

-


103


Pin No.

Pin Name

I/O

K3

CAS

I

Command Input: CAS (along with CS) define the command being entered.

Description

K4

NO_USE

-

Not used

K5

NO_USE

-

Not used

K6

NO_USE

-

Not used

K7

CK

I

Clock: CK is differential clock input. All address and control input signals are sampled on the crossing of the negative edge of CK. Output (read) data is referenced to the crossing of CK.

K8

VDD

-


K9

CKE

I

Clock Enable: CKE HIGH activates, and CKE LOW deactivates, internal clock signal and device input buffers and output drivers. Talking CKE LOW provides Precharge Power-Down and Self Refresh operation (all banks idle), or Active Power-Down (Row Active in any bank). CKE is asynchronous for self refresh exit. After VREFCA has become stable during the power on and initialization sequence, it must be maintained during all operations (including Self-Refresh). CKE must be maintained high throughout read and write accesses. Input buffers, excluding CK, CK, ODT and CKE are disabled during power-down. Input buffers, excluding CKE, are disabled during Self-Refresh.

L1

NC

-


L2

CS

I

Chip Select: All commands are masked when CS is registered HIGH. CS provides for external Rank selection on system with multiple Ranks. CS is considered part of the command code.

L3

WE

I

Command Input: WE (along with CS) define the command being entered.

L4

NO_USE

-

Not used

L5

NO_USE

-

Not used

L6

NO_USE

-

Not used

A10

I

Address inputs: Provided the row address for active commands and the column address for Read/Write commands to select one location out of the memory array in the respective bank. The address inputs also provide the op-code during Mode Register Set commands. Autoprecharge: A10 is sampled during Read/Write commands to determine whether Autoprecharge should be performed to the accessed bank after the Read/Write operation. (HIGH: Autoprecharge; LOW: No Autoprecharge) A10 is sampled during a Precharge command to determine the Percharge applies to one bank (A10 LOW) or all banks (A10 HIGH). If only one bank is to be precharged, the bank is selected by bank adresses.

L7

L8

ZQ

-

Reference Pin for ZQ calibration

L9

NC

-


M1

VSS

-

M2

BA0

I

M3

BA2

I

Ground Bank Address Inputs: BA0 define to which bank an Active, Read, Write or Precharge command is being applied. Bank address also determines if the mode register or extended mode register is to be accessed during a MRS cycle. Bank Address Inputs: BA2 define to which bank an Active, Read, Write or Precharge command is being applied. Bank address also determines if the mode register or extended mode register is to be accessed during a MRS cycle.

M4

NO_USE

-

Not used

M5

NO_USE

-

Not used

M6

NO_USE

-

Not used

M7

NC

-


M8

VREFCA

-

Reference voltage for CA

M9

VSS

-

Ground

N1

VDD

-


N2

A3

I

Address inputs: Provided the row address for active commands and the column address for Read/Write commands to select one location out of the memory array in the respective bank. The address inputs also provide the op-code during Mode Register Set commands.

N3

A0

I


N4

NO_USE

-

Not used

N5

NO_USE

-

Not used

N6

NO_USE

-

Not used

I

Address inputs: Provided the row address for active commands and the column address for Read/Write commands to select one location out of the memory array in the respective bank. The address inputs also provide the op-code during Mode Register Set commands. Burst Chop: A12 is sampled during Read and Write commands to determine if burst chop (onthe-fly) will be performed. (HIGH: no burst chop, LOW: burst chopped).

N7

104

A12


Pin No.

Pin Name

I/O

Description

N8

BA1

I

Bank Address Inputs: BA1 define to which bank an Active, Read, Write or Precharge command is being applied. Bank address also determines if the mode register or extended mode register is to be accessed during a MRS cycle.

N9

VDD

-


P1

VSS

-

Ground

P2

A5

I


P3

A2

I


P4

NO_USE

-

Not used

P5

NO_USE

-

Not used

P6

NO_USE

-

Not used

P7

A1

I


P8

A4

I


P9

VSS

-

Ground

R1

VDD

-


R2

A7

I


R3

A9

I


R4

NO_USE

-

Not used

R5

NO_USE

-

Not used

R6

NO_USE

-

Not used

R7

A11

I


R8

A6

I


R9

VDD

-


T1

VSS

-

Ground

T2

RESET

I

Active Low Asynchronous Reset: Reset is active when RESET is LOW, and inactive when RESET is HIGH. RESET must be HIGH during normal operation. RESET is CMOS rail to rail signal with DC high and low at 80% and 20% of VDD, example, 1.20V for DC high and 0.30V for DC low.

T3

A13

I


T4

NO_USE

-

Not used

T5

NO_USE

-

Not used

T6

NO_USE

-

Not used

T7

NC

-


T8

A8

I


T9

VSS

-

Ground

105


MB1305 BOARD (9/9) IC1001 R5F3650KCDFB (SYSTEM CONTROLLER) Pin No.

Pin Name

I/O

1

SIRCS_IN

I

Description SIRCS signal input from the remote control receiver

2

FAN_CONT

O

Fan motor control signal output terminal

3

FL_DOUT

O

Serial data output to the fluorescent indicator tube driver

4

PCONT_TS

O

Power supply on/off control signal output to the TOUCH-F & TOUCH-S board for touch sensor “H”: power on Serial data transfer clock signal output to the fluorescent indicator tube

5

FL_CLK

O

6

BYTE

I

External data bus width selection signal input terminal

7

CNVSS

I

Processor mode slection signal input terminal

8

NFC_SW

O

Standby control signal output to the NFC

9

NFC_IRQ

I

Wireless data receive signal input from the NFC

10

RESET

I

System reset signal input terminal “L”: reset For several hundreds msec. after the power supply rises, “L” is input, then it change to “H”

11

XOUT

O

System clock output terminal (8MHz)

12

VSS

-

Ground terminal

13

XIN

I

System clock input terminal (8MHz)

14

VCC1

-


15

CEC_TX_RX

I/O

CEC serial data input/output with the HDMI connector Touch sensor detection signal input from the TOUCH-F & TOUCH-S board “L”: touch sensor is detected

16

TS_INT

I

17

NO_USE

-

Not used

18

AC_CUT

I

AC cut detection signal input terminal “L”: AC cut

19

BD_IF_START

O

Ready signal output to the BD decoder “H”: ready

20

LED_PWM3

O

LED drive signal output terminal for power on indicator “H”: LED on

21

TS_RST

O

Touch sensor reset signal output to the TOUCH-F &TOUCH-S board “L”: reset

22

BT_LED

O

LED drive signal output terminal for Bluetooth status indicator “H”: LED on

23

BD_IF_REQ

I

Request signal input from the BD decoder “H”: request

24

LED_PWM2

O

25

PCONT_FL

O

26

LED_PWM 1

O

27

WS_SCL

I/O

28

WS_SDA

I/O

Two-way I2C data bus with the RF modulator

29

TxD1

O

Transmit data output terminal

30

RxD1

I

Receive data input teminal

31

ON_CHIP_DEBUG / CLK1

I

On chip debuger / flash write CLK1

32

NO_USE / RTS1

O

Not used / flash write RTS1

33

DAMP_SDA

I/O

Two-way I2C data bus with the DAMP processor

34

DAMP_SCL

I/O

35

DC_DET

I

36 to 38

PCONT1 to PCONT3

O

Power supply on/off control signal output terminal “H”: power on

39

EPM

O

EPM signal output terminal

40

PCONT_PVDD

O

Power control for PVDD

41

NO_USE

-

Not used Power supply on/off control signal output terminal for fan motor “H”: power on

42

FAN_ON

O

43

LED_DRV_DATA

I/O

44

CE

I

LED drive signal output to the TOUCH-F & TOUCH-S board for touch sensor back light “H”: LED on Power supply on/off control signal output terminal for fluorescent indicator tube “H”: power on LED drive signal output to the TOUCH-F & TOUCH-S board for touch sensor back light “H”: LED on Two-way I2C clock bus with the RF modulator

Two-way I2C clock bus with the DAMP processor Speaker DC detection signal input terminal “L”: speaker DC is detected

Two-way I2C data bus with the LED driver Chip enable signal input terminal

45

ST_SDA

I/O

46

ST_SCL

I/O

Two-way I2C data bus with the FM receiver Two-way I2C clock bus with the FM receiver

47

PVDD_VOL_SEL

O

PVDD voltage selection signal output to the switching regulator

48

DAMP_XPDN

O

Power down signal output to the power amplifier “L”: power down

49

NO_USE

-

No used DAMP driver power down control

50

DRIVER_XPDN

O

51

DAMP_XRST

O

Reset signal output to the DAMP processor “L”: reset

52

DAMP_XMUTE

O

Muting on/off control signal output to the DAMP processor “L”: muting on

106


Pin No.

Pin Name

I/O

53

LED_DRV_CLK

I/O

Two-way I2C clock bus with the LED driver

Description

54

TS_SDA

I/O

Two-way I2C data bus with the TOUCH-F & TOUCH-S board

55

TS_SCL

I/O

Two-way I2C clock bus with the TOUCH-F & TOUCH-S board

56

PCONT_WOL_ STANDBY

O

Power supply on/off control signal output terminal “H”: power on

57

NO_USE

-

Not used

58

S-AIR_INT

I

Wireless sound interrupt

59

LED_DRV_POWER

O

LED driver reset control Power supply terminal (+3.3V)

60

VCC2

-

61

NO_USE

-

Not used

62

VSS

-

Ground terminal

63

PLUG DET

I

Calibration microphone plug insert detection signal input terminal “H”: microphone plug is inserted

64

NO_USE

-

Not used

65

DRIVE_SD / POWER_DET

I

Shut down signal input from the power amplifier “L”: shut down

66

NO_USE

-

Not used

67

DRIVER_TH_WARN

I

Thermal warning detection signal input from the power amplifier “L”: thermal warning

68

FL_CS

O

Chip select signal output to the fluorescent indicator tube

69

ASEL0

O

Audio selection signal output terminal

70

ASEL1

O

Audio selection signal output terminal

71

WOL_WLAN

I

WOL (wake-on-LAN) wake-up signal input from the BD decoder “H”: wake-up

72

NFC_RFDET

I

RF detection signal input from the NFC

73

ST_RDS_INT

I

RDS interrupt signal input from the FM receiver

74

NAND_RESET

O

Reset signal output to the NAND flash “L”: reset

75

BD_SDI (IF_SDO)

O

Serial data output to the BD decoder

76

BD_SDO (IF_SDI)

I

Serial data input from the BD decoder

77

BD_CLK

I

Serial data transfer clock signal input from the BD decoder Chip select signal output to the BD decoder

78

BD_CS

O

79

NFC_DATA

I/O

Two-way data bus with the NFC

80

NFC_SPICLK

O

Serial data transfer clock signal output to the NFC Reset signal output to the BD decode “L”: reset

81

BD_RESET

O

82

JIG_MODE1

I/O

83

OPWRSB

I

Power control signal input from the BD decoder

84

FE_EJECT

-

Not used

85

UPG STATUS

I

UPG status signal input from the BD decoder

86

S-AIR_RST

O

Reset signal output to the RF modulator “L”: reset

87

NO_USE

-

Not used

88

NO_USE

-

Not used

89

KEY0

I

Front panel key input terminal

90

NO_USE

-

Not used

91

MODEL

I

Model setting terminal Fixed at “H” in this unit

92

NO_USE

-

Not used

93

NO_USE

-

Not used

94

AVSS

-

Ground terminal Not used

Jig mode selection signal input from the BD decoder

95

BD_TEMP

-

96

VREF

I

Reference voltage (+3.3V) input terminal

97

AVCC

-


98

NFC_SEL

O

Data read/write control signal output to the NFC

99

VACS_FAST

-

Not used

100

DESTINATION

I

Destination setting terminal Fixed at “L” in this unit

107

HBD-N5200W/N7200W/N7200WL/N9200W/N9200WL SECTION 7 EXPLODED VIEWS Note: • -XX and -X mean standardized parts, so they may have some difference from the original one. • Items marked “*” are not stocked since they are seldom required for routine service. Some delay should be anticipated when ordering these items. • The mechanical parts with no reference number in the exploded views are not supplied. • Color Indication of Appearance Parts Example: KNOB, BALANCE (WHITE) . . . (RED) n n Parts Color Cabinet’s Color

7-1.

• Abbreviation AUS : Australian model CND : Canadian model E3 : 240 V AC area in E model E12 : 220 – 240 V AC area in E model E32 : 110 – 240 V AC area in E model EA : Saudi Arabia model MX : Mexican model MX6 : Latin-American model PX : PX model • Body color BDV-N5200W/N7200W/N9200W : Black BDV-N7200WL/N9200WL : White

The components identified by mark 0 or dotted line with mark 0 are critical for safety. Replace only with part number specified. Les composants identifiés par une marque 0 sont critiques pour la sécurité. Ne les remplacer que par une pièce portant le numéro spécifié. The components identified by mark 9 contain confidential information. Strictly follow the instructions whenever the components are repaired and/or replaced. Les composants identifiés par la marque 9 contiennent des informations confidentielles. Suivre scrupuleusement les instructions chaque fois qu’un composant est remplacé et / ou réparé.

COVER (TOP) SECTION

3

TOUCH_F board, TOUCH_S board section

2 1

Ref. No. 1 1 2 3

108

Part No.

Description

4-461-057-01 4-461-057-11 4-674-137-11 X-2589-389-1

PLATE (BD-H) (N5200W/N7200W/N9200W) PLATE (BD-H) (N7200WL/N9200WL) SCREW (PTP2X5) COVER (TOP) ASSY (N7200W/N9200W)

Remark

Ref. No.

Part No.

Description

3

X-2589-390-1

COVER (TOP) ASSY (N7200WL/N9200WL)

Remark

3

X-2589-391-1

COVER (TOP) ASSY (N5200W)


7-2.

TOUCH_F BOARD, TOUCH_S BOARD SECTION

52 53

54 not supplied not supplied

64 61

57

59 60

63

62

55 58

not supplied

not supplied

56 not supplied

not supplied #1

mechanism deck section not supplied

#1 not supplied

Note: Flexible flat cable and wires (flat type) for service are all straight. Please bend it referring go “HOW TO BEND FFC” on page 33 when you install it in the unit. Ref. No.

Part No.

Description

51 52 53

3-077-331-71 X-2589-089-1 4-478-139-01

54 55

1-828-260-61 1-848-230-61

+BV3 (3-CR) WINDOW (TOP) NV1W ASSY (N5200W) WINDOW (TOP) (N7200W/N7200WL/N9200W/ N9200WL) WIRE (FLAT TYPE) (26 CORE) WIRE (FLAT TYPE) (11 CORE)

Remark

56 57 58

3-381-847-01 1-848-134-61 X-2589-090-1

CUSHION, SARANET FLEXIBLE FLAT CABLE (8 CORE) REFLECTOR (PLAY) ASSY

51

Ref. No.

Part No.

Description

59 60

A-1978-580-A 4-478-142-01

TOUCH_F BOARD, COMPLETE COVER (LED)

Remark

61 62 63 64

8-989-470-05 X-2589-091-1 A-1978-581-A 4-478-143-01

#1

7-685-504-19

RC-S801/A5 (WW) REFLECTOR (FUNCTION) ASSY TOUCH_S BOARD, COMPLETE INDICATOR (LED) (N7200W/N7200WL/N9200W/ N9200WL) SCREW +BTP 2X6 TYPE2 N-S

109


7-3.

MECHANISM DECK SECTION

optical device KEM480AHA/C2RP1 (OP1) section

102

101 101 101

#1 #1

103 103 #1

not supplied

103

103

104

103 not supplied

105

cover (bottom) section

Note: Wire (flat type) for service is all straight. Please bend it referring go “HOW TO BEND FFC” on page 33 when you install it in the unit. Ref. No. 101 102 103 104

110

Part No.

Description

2-345-115-01 A-1977-315-A 3-077-331-71 3-381-847-01

SCREW (S), FLOAT LOADING ASSY +BV3 (3-CR) CUSHION, SARANET

Remark

Ref. No.

Part No.

Description

105

1-848-088-61

WIRE (FLAT TYPE) (5 CORE)

#1

7-685-504-19

SCREW +BTP 2X6 TYPE2 N-S

Remark


7-4.

OPTICAL DEVICE KEM480AHA/C2RP1 (OP1) SECTION

151 151 151

not supplied

151

152

153 154

154

(OP1)

154

155

154

157

156

Note 1: Flexible flat cable and wire (flat type) for service are all straight. Please bend it referring go “HOW TO BEND FFC” on page 33 when you install it in the unit.

Note 2: When the device, optical KEM480AHA/C2RP1 (OP1) is replaced, refer to “NOTE OF REPLACING THE OPTICAL DEVICE KEM480AHA/C2RP1 (OP1) AND THE COMPLETE MB1305 BOARD” on page 9.

Ref. No.

Ref. No.

151 151 152 153 154

Part No.

Description

Remark

4-456-115-01 4-456-115-11 4-446-406-01 4-442-129-01 4-175-937-31

SCREW, 0+P P1.7X5 (N5200W/N7200W/N9200W) SCREW, 0+P P1.7X5 (N7200WL/N9200WL) SHEET, OP COVER, OP INSULATOR

155 156 157 0 OP1

Part No.

Description

4-446-405-01 1-848-090-71 1-848-089-61 8-820-465-06

CUSHION, OP FLEXIBLE FLAT CABLE (45 CORE) WIRE (FLAT TYPE) (9 CORE) DEVICE, OPTICAL KEM480AHA/C2RP1

Remark

111


7-5.

COVER (BOTTOM) SECTION

206

204

shield (power) section

not supplied (POWER KEY board)

207

208 206

202 204 (N7200WL/N9200WL) 205 (N5200W/N7200W/N9200W) not supplied

202 202 202

not supplied

201 202

203

Ref. No. 201 201 201 201 201

Part No. X-2588-591-1 X-2588-592-1 X-2588-593-1 X-2588-594-1 X-2588-595-1

Description Remark COVER (BOTTOM) ASSY [NV8W] [B] (N9200W) COVER (BOTTOM) ASSY [NV8W] [W] (N9200WL) COVER (BOTTOM) ASSY [NV2W] [B] (N7200W) COVER (BOTTOM) ASSY [NV2W] [W] (N7200WL) COVER (BOTTOM) ASSY [NV1W] [B] (N5200W)

202 203 203

4-295-590-01 4-478-138-01 4-478-138-11

FOOT COVER (USB) ( ) (N5200W/N7200W/N9200W) COVER (USB) ( ) (N7200WL/N9200WL)

112

Ref. No. 204 205

Part No. 3-077-331-71 3-077-331-41

Description Remark +BV3 (3-CR) +BV3 (3-CR) (N5200W/N7200W/N9200W)

206 207 208

4-214-276-01 4-674-137-11 4-478-137-01

208

4-478-137-11

TAPE SCREW (PTP2X5) BUTTON (POWER) (\/1, Z) (N5200W/N7200W/N9200W) BUTTON (POWER) (\/1, Z) (N7200WL/N9200WL)

HBD-N5200W/N7200W/N7200WL/N9200W/N9200WL 7-6.

SHIELD (POWER) SECTION 254 254 255

251

Note 1: Wire (flat type) for service is all straight. Please bend it referring go “HOW TO BEND FFC” on page 34 when you install it in the unit. B

261

Note 2: When the WLAN/BT combo card is replaced, refer to “NOTE OF REPLACING THE WLAN/BT COMBO CARD AND THE COMPLETE MB1305 BOARD” on page 8 and “CHECKING METHOD OF NETWORK OPERATION” on page 12.

A E

251

D

256 not supplied

251

not supplied

not supplied

ND2300

(US) not supplied

260

251 (EXCEPT N5200W)

251 (N7200WL/ N9200WL)

262

A

258 251 (N7200WL/

251 (N7200WL/N9200WL) 252 (N5200W/N7200W/

C

N9200W)

N9200WL)

252 (N5200W/ N7200W/ N9200W)

B

251

251

D E

253

257

not supplied

259

C MB1305 board section

251 Ref. No.

Part No.

Description

Remark

251 252 253 254 255

3-077-331-71 3-077-331-41 1-458-765-11 4-214-276-01 1-828-273-61

+BV3 (3-CR) +BV3 (3-CR) (N5200W/N7200W/N9200W) CARD WLAN/BT COMBO TAPE WIRE (FLAT TYPE) (28 CORE)

256 257 258

A-1978-574-A 1-492-700-11 A-1978-578-A

258

A-1978-940-A

259

1-970-007-11

FL+CHUKEI BOARD, COMPLETE RF MODULATOR (WS001) LED CHUKEI BOARD, COMPLETE (N7200WL/N9200WL) LED CHUKEI BOARD, COMPLETE (N5200W/N7200W/N9200W) HARNESS (USB)

Ref. No.

not supplied (FUSB+SIRCS board)

Part No.

Description

Remark

260

A-1978-596-A

260

A-1978-610-A

260

A-1978-939-A

260 260

A-1980-255-A A-1980-529-A

AUDIO IO BOARD, COMPLETE (N7200W: AEP, UK/N7200WL/N9200W: AEP/N9200WL: AEP) AUDIO IO BOARD, COMPLETE (E12, E32, E3, EA, AUS, MX6) AUDIO IO BOARD, COMPLETE (N7200W: US/N9200W: CND) AUDIO IO BOARD, COMPLETE (N5200W: US, PX) AUDIO IO BOARD, COMPLETE (N5200W: AEP, UK)

260 261 262 ND2300

A-1980-625-A 4-251-067-11 4-478-144-01 1-483-460-11

AUDIO IO BOARD, COMPLETE (MX) PACKING (AL FRONT) INSULATOR (TOP) VACUUM FLUORESCENT DISPLAY

113


7-7.

MB1305 BOARD SECTION 304

304

not supplied not supplied

302 301

303

309 306

307

#2

308 304 (N7200WL/N9200WL) 305 (N5200W/N7200W/N9200W)

SWITCHING REGULATOR section

Note 1: Wire (flat type) for service is all straight. Please bend it referring go “HOW TO BEND FFC” on page 34 when you install it in the unit.

Ref. No.

Note 2: When the complete MB1305 board is replaced, refer to “NOTE OF REPLACING THE WLAN/BT COMBO CARD AND THE COMPLETE MB1305 BOARD” on page 8, “NOTE OF REPLACING THE OPTICAL DEVICE KEM480AHA/C2RP1 (OP1) AND THE COMPLETE MB1305 BOARD” on page 9 and “CHECKING METHOD OF NETWORK OPERATION” on page 12.

Part No.

Description

301 302 302

1-848-229-61 1-848-226-61 1-848-227-61

303 304

3-279-801-31 3-077-331-71

WIRE (FLAT TYPE) (15 CORE) WIRE (FLAT TYPE) (9 CORE) (N7200WL/N9200WL) WIRE (FLAT TYPE) (5 CORE) (N5200W/N7200W/N9200W) SHEET, RADIATION +BV3 (3-CR)

9 9 9 9

305 306 306 306 306

3-077-331-41 A-1978-598-A A-1978-638-A A-1978-668-A A-1978-715-A

+BV3 (3-CR) (N5200W/N7200W/N9200W) MB1305 BOARD, COMPLETE (N9200WL: AEP) MB1305 BOARD, COMPLETE (N9200WL: E3) MB1305 BOARD, COMPLETE (N9200WL: EA) MB1305 BOARD, COMPLETE (N9200WL: AUS)

9 9 9 9 9

306 306 306 306 306

A-1978-795-A A-1978-942-A A-1978-968-A A-1979-190-A A-1979-201-A

MB1305 BOARD, COMPLETE (N9200WL: MX6) MB1305 BOARD, COMPLETE (N9200W: CND) MB1305 BOARD, COMPLETE (N9200W: AEP) MB1305 BOARD, COMPLETE (N9200W: E12) MB1305 BOARD, COMPLETE (N9200W: E3)

9 9 9 9 9

306 306 306 306 306

A-1979-230-A A-1979-326-A A-1979-415-A A-1979-940-A A-1979-948-A

MB1305 BOARD, COMPLETE (N9200W: EA) MB1305 BOARD, COMPLETE (N9200W: AUS) MB1305 BOARD, COMPLETE (N9200W: MX6) MB1305 BOARD, COMPLETE (N7200WL: AEP) MB1305 BOARD, COMPLETE (N7200WL: UK)

114

Remark

Part No.

Description

9 9 9 9 9

Ref. No. 306 306 306 306 306

A-1980-055-A A-1980-106-A A-1980-112-A A-1980-147-A A-1980-183-A

MB1305 BOARD, COMPLETE (N7200W: US) MB1305 BOARD, COMPLETE (N7200W: AEP) MB1305 BOARD, COMPLETE (N7200W: UK) MB1305 BOARD, COMPLETE (N7200W: E12) MB1305 BOARD, COMPLETE (N7200W: E32)

Remark

9 9 9 9 9

306 306 306 306 306

A-1980-257-A A-1980-522-A A-1980-531-A A-1983-158-A A-1983-161-A

MB1305 BOARD, COMPLETE (N5200W: US) MB1305 BOARD, COMPLETE (N5200W: PX) MB1305 BOARD, COMPLETE (N5200W: AEP) MB1305 BOARD, COMPLETE (N5200W: UK) MB1305 BOARD, COMPLETE (N5200W: MX)

0 0 0 0 0

307 308 309 309 309

1-855-032-11 4-966-267-12 1-834-966-41 1-835-068-21 1-837-308-11

FAN, D.C. BUSHING (FBS001), CORD POWER-SUPPLY CORD (AEP, PX, E32, E3, MX6) CORD, POWER (AUS) CORD, POWER-SUPPLY (US, CND)

0 309 0 309 0 309 #2

1-837-344-11 1-839-012-11 1-839-999-21 7-682-544-04

CORD, POWER-SUPPLY (MX) CORD, POWER-SUPPLY (E12) POWER-SUPPLY CORD (UK, EA) SCREW +B 3X3


7-8.

SWITCHING REGULATOR SECTION

351 358

351

359

not supplied

351 358

F

359 351 357

not supplied

354

356

not supplied

351

not supplied

355

353 360 351 (N7200WL/N9200WL) 352 (N5200W/N7200W/N9200W)

not supplied

F

Note 1: Flexible flat cable for service is all straight. Please bend it referring go “HOW TO BEND FFC” on page 34 when you install it in the unit.

Ref. No.

Part No.

Description

351 352 353 0 354

3-077-331-71 3-077-331-41 A-1978-572-A 1-474-545-11

0 354

1-474-545-21

+BV3 (3-CR) +BV3 (3-CR) (N5200W/N7200W/N9200W) AMP BOARD, COMPLETE SWITCHING REGULATOR (3L396W-1) (N7200WL/N9200WL: AEP, EA, AUS, MX6) SWITCHING REGULATOR (3L396W) (N9200WL: E3)

0 354

1-474-546-11

Remark

SWITCHING REGULATOR (3L402W-1) (N5200W/N7200W: US, AEP, UK, E32/ N9200W: AEP, CND, EA, AUS, MX6)

Note 2: When the complete AMP board is replaced, spread the compound referring to “NOTE OF REPLACING THE IC3101 AND IC3102 ON THE AMP BOARD AND THE COMPLETE AMP BOARD” on page 6.

Part No.

Description

0 354

Ref. No.

1-474-546-21

355 356 357

4-478-145-01 1-848-232-61 1-848-357-11

SWITCHING REGULATOR (3L402W) (N7200W: E12/N9200W: E12, E3) INSULATOR (BOTTOM) FLEXIBLE FLAT CABLE (24 CORE) FLEXIBLE FLAT CABLE (26 CORE)

Remark

358 359 360 360

3-381-847-01 4-214-276-01 4-461-058-01 4-461-058-11

CUSHION, SARANET TAPE PLATE (CON-H) (N5200W/N7200W/N9200W) PLATE (CON-H) (N7200WL/N9200WL)

115

HBD-N5200W/N7200W/N7200WL/N9200W/N9200WL SECTION 8 AMP ELECTRICAL PARTS LIST Note: • Due to standardization, replacements in the parts list may be different from the parts specified in the diagrams or the components used on the set. • -XX and -X mean standardized parts, so they may have some difference from the original one. • Items marked “*” are not stocked since they are seldom required for routine service. Some delay should be anticipated when ordering these items. • RESISTORS All resistors are in ohms. METAL: Metal-film resistor. METAL OXIDE: Metal oxide-film resistor. F: nonflammable • CAPACITORS uF: —F • COILS uH: —H

Ref. No.

• SEMICONDUCTORS In each case, u: —, for example: uA. . : —A. . , uPA. . , —PA. . , uPB. . : —PB. . , uPC. . , —PC. . , uPD. . : —PD. . • Abbreviation AUS : Australian model CND : Canadian model E3 : 240 V AC area in E model E12 : 220 – 240 V AC area in E model E32 : 110 – 240 V AC area in E model EA : Saudi Arabia model MX : Mexican model MX6 : Latin-American model PX : PX model

Part No.

Description

A-1978-572-A

AMP BOARD, COMPLETE ******************** < CAPACITOR >

When indicating parts by reference number, please include the board name.

Remark

C3050 C3051 C3099 C3106 C3107

1-165-669-21 1-164-232-91 1-118-691-11 1-118-698-11 1-118-698-11

ELECT CHIP CERAMIC CHIP CERAMIC CHIP CERAMIC CHIP CERAMIC CHIP

220uF 0.01uF 2.2uF 0.1uF 0.1uF

20% 10% 10% 10% 10%

6.3V 100V 100V 100V 100V

C3108 C3109 C3118 C3119 C3127

1-118-691-11 1-118-691-11 1-118-691-11 1-118-691-11 1-116-731-11

CERAMIC CHIP CERAMIC CHIP CERAMIC CHIP CERAMIC CHIP CERAMIC CHIP

2.2uF 2.2uF 2.2uF 2.2uF 2.2uF

10% 10% 10% 10% 20%

100V 100V 100V 100V 6.3V

C3131 C3133 C3134 C3135 C3156

1-116-717-11 1-116-717-11 1-118-698-11 1-118-698-11 1-118-698-11


10uF 10uF 0.1uF 0.1uF 0.1uF

20% 20% 10% 10% 10%

10V 10V 100V 100V 100V

C3157 C3228 C3251 C3253 C3271

1-118-698-11 1-116-731-11 1-118-453-31 1-118-453-31 1-100-154-91

CERAMIC CHIP CERAMIC CHIP ELECT ELECT CERAMIC CHIP

0.1uF 2.2uF 270uF 270uF 330PF

10% 20% 20% 20% 5%

100V 6.3V 63V 63V 100V

C3272 C3281 C3282 C3306 C3307

1-100-154-91 1-100-154-91 1-100-154-91 1-118-698-11 1-118-698-11


330PF 330PF 330PF 0.1uF 0.1uF

5% 5% 5% 10% 10%

100V 100V 100V 100V 100V

C3308 C3309 C3318 C3319 C3331

1-118-691-11 1-118-691-11 1-118-691-11 1-118-691-11 1-116-717-11


2.2uF 2.2uF 2.2uF 2.2uF 10uF

10% 10% 10% 10% 20%

100V 100V 100V 100V 10V

C3333 C3334 C3335

1-116-717-11 1-118-698-11 1-118-698-11

CERAMIC CHIP 10uF CERAMIC CHIP 0.1uF CERAMIC CHIP 0.1uF

20% 10% 10%

10V 100V 100V

Ref. No.

Les composants identifiés par une marque 0 sont critiques pour la sécurité. Ne les remplacer que par une pièce portant le numéro spécifié. The components identified by mark 9 contain confidential information. Strictly follow the instructions whenever the components are repaired and/or replaced. Les composants identifiés par la marque 9 contiennent des informations confidentielles. Suivre scrupuleusement les instructions chaque fois qu’un composant est remplacé et / ou réparé.

Part No.

Description

C3336 C3356

1-118-361-11 1-118-698-11

CERAMIC CHIP 0.1uF CERAMIC CHIP 0.1uF

10% 10%

50V 100V

C3357 C3371 C3372 C3381 C3382

1-118-698-11 1-100-154-91 1-100-154-91 1-100-154-91 1-100-154-91


0.1uF 330PF 330PF 330PF 330PF

10% 5% 5% 5% 5%

100V 100V 100V 100V 100V

C3451 C3452 C3453 C3454 C3455

1-112-723-21 1-112-723-21 1-100-158-91 1-100-158-91 1-112-723-21


0.0047uF 0.0047uF 1000PF 1000PF 0.0047uF

10% 10% 5% 5% 10%

250V 250V 100V 100V 250V

C3456 C3457 C3458 C3459 C3460

1-112-723-21 1-100-158-91 1-100-158-91 1-112-723-21 1-112-723-21


0.0047uF 1000PF 1000PF 0.0047uF 0.0047uF

10% 5% 5% 10% 10%

250V 100V 100V 250V 250V

C3461 C3462 C3463 C3464 C3465

1-100-158-91 1-100-158-91 1-112-723-21 1-112-723-21 1-100-158-91


1000PF 1000PF 0.0047uF 0.0047uF 1000PF

5% 5% 10% 10% 5%

100V 100V 250V 250V 100V

C3466 C3552 C3554 C3555 C3557

1-100-158-91 1-126-208-21 1-118-459-11 1-118-361-11 1-118-459-11

CERAMIC CHIP ELECT CHIP CERAMIC CHIP CERAMIC CHIP CERAMIC CHIP

1000PF 47uF 0.01uF 0.1uF 0.01uF

5% 20% 10% 10% 10%

100V 4V 25V 50V 25V

C3562 C3564 * C3570 C3953 C3954

1-118-365-11 1-118-365-11 1-116-738-11 1-164-232-91 1-164-232-91


0.047uF 0.047uF 1uF 0.01uF 0.01uF

10% 10% 10% 10% 10%

50V 50V 6.3V 100V 100V

C3955 C3956 C3957 C3958 C3959

1-164-232-91 1-164-232-91 1-164-232-91 1-164-232-91 1-164-232-91


0.01uF 0.01uF 0.01uF 0.01uF 0.01uF

10% 10% 10% 10% 10%

100V 100V 100V 100V 100V


116

The components identified by mark 0 or dotted line with mark 0 are critical for safety. Replace only with part number specified.

Remark

HBD-N5200W/N7200W/N7200WL/N9200W/N9200WL AMP Ref. No. * * * * * * * *

Part No.

Description

C3960 C3961 C3962 C3963 C3964

1-164-232-91 1-116-457-11 1-116-457-11 1-116-457-11 1-116-457-11


0.01uF 0.033uF 0.033uF 0.033uF 0.033uF

10% 10% 10% 10% 10%

100V 350V 350V 350V 350V

Remark

C3965 C3966 C3967 C3968 C3980

1-116-457-11 1-116-457-11 1-116-457-11 1-116-457-11 1-118-716-71

CERAMIC CHIP CERAMIC CHIP CERAMIC CHIP CERAMIC CHIP FILM

0.033uF 0.033uF 0.033uF 0.033uF 0.1uF

10% 10% 10% 10% 99%

350V 350V 350V 350V 450V

C3981 C3982 C3983 C3989 C3990

1-118-716-71 1-118-716-71 1-118-716-71 1-118-698-11 1-118-698-11

FILM FILM FILM CERAMIC CHIP CERAMIC CHIP

0.1uF 0.1uF 0.1uF 0.1uF 0.1uF

99% 99% 99% 10% 10%

450V 450V 450V 100V 100V

C4009 C4010 C4011 C4012 C4013

1-116-717-11 1-118-361-11 1-116-717-11 1-118-361-11 1-118-698-11


10uF 0.1uF 10uF 0.1uF 0.1uF

20% 10% 20% 10% 10%

C4014 C4015 C4016 C4017 C4018

1-118-689-81 1-118-689-81 1-118-388-11 1-118-388-11 1-118-361-11


0.0047uF 0.0047uF 0.047uF 0.047uF 0.1uF

C4019 C4020 C4021 C4025 C4027

1-118-361-11 1-116-717-11 1-116-717-11 1-118-361-11 1-118-698-11


0.1uF 10uF 10uF 0.1uF 0.1uF

< CONNECTOR > CN3505

1-815-763-32

D3101 D3102 D3103 D3104 D3105

6-504-003-01 6-504-003-01 6-504-003-01 6-504-003-01 6-504-003-01

DI DI DI DI DI

RB578VAM100TR RB578VAM100TR RB578VAM100TR RB578VAM100TR RB578VAM100TR

D3106 D3107 D3108 D3151 D3301

6-504-003-01 6-504-003-01 6-504-003-01 6-503-761-01 6-504-003-01

DI DI DI DI DI

RB578VAM100TR RB578VAM100TR RB578VAM100TR RB751S40, 115 RB578VAM100TR

D3302 D3303 D3304 D3305 D3306

6-504-003-01 6-504-003-01 6-504-003-01 6-504-003-01 6-504-003-01

DI DI DI DI DI

RB578VAM100TR RB578VAM100TR RB578VAM100TR RB578VAM100TR RB578VAM100TR

D3307 D3308 D3351 D3503

6-504-003-01 6-504-003-01 6-503-761-01 6-503-761-01

DI DI DI DI

RB578VAM100TR RB578VAM100TR RB751S40, 115 RB751S40, 115

< IC > 6-718-787-01 6-718-787-01 6-718-105-01

Part No.

IC STA516BE IC STA516BE IC TAS5534DGGR

Description

Remark

< JUMPER > JC001 JC002 JC003 JC004 JC005

1-216-295-91 1-216-295-91 1-216-295-91 1-216-295-91 1-216-295-91

SHORT CHIP SHORT CHIP SHORT CHIP SHORT CHIP SHORT CHIP

0 0 0 0 0

JC006 JC007 JC008 JC009 JC010

1-216-295-91 1-216-295-91 1-216-295-91 1-216-295-91 1-216-295-91


0 0 0 0 0

10V 50V 10V 50V 100V

JC011 JC012 JC013 JC014 JC015

1-216-295-91 1-216-295-91 1-216-295-91 1-216-295-91 1-216-295-91


0 0 0 0 0

JC016

1-216-295-91

SHORT CHIP

0

5% 5% 10% 10% 10%

10V 10V 25V 25V 50V

L3306 L3307 L3308 L3309 L3310

10% 20% 20% 10% 10%

50V 10V 10V 50V 100V

< COIL > 1-481-939-11 1-481-939-11 1-481-939-11 1-481-939-11 1-400-791-21

INDUCTOR INDUCTOR INDUCTOR INDUCTOR INDUCTOR

20uH 20uH 20uH 20uH 10uH

< TRANSISTOR > Q3101 Q3202 Q3552 Q3553 Q3555

8-729-013-22 8-729-013-22 8-729-427-72 6-550-585-01 8-729-013-22

TR TR TRANSISTOR TRANSISTOR TR

HN1A01FU HN1A01FU XP4501 2PC4081R-115 HN1A01FU

< RESISTOR >

CONNECTOR, FFC/FPC 24P < DIODE >

IC3101 IC3102 IC3103

Ref. No.

R3032 R3051 R3062 R3072 R3073

1-216-864-11 1-216-845-11 1-218-965-11 1-218-937-11 1-218-937-11

SHORT CHIP METAL CHIP METAL CHIP METAL CHIP METAL CHIP

0 100K 10K 47 47

5% 5% 5% 5%

1/10W 1/16W 1/16W 1/16W

R3109 R3161 R3162 R3212 R3361

1-218-977-11 1-218-965-11 1-218-965-11 1-218-977-11 1-218-965-11

METAL CHIP METAL CHIP METAL CHIP METAL CHIP METAL CHIP

100K 10K 10K 100K 10K

5% 5% 5% 5% 5%

1/16W 1/16W 1/16W 1/16W 1/16W

R3555 R3556 R3557 R3558 R3559

1-218-973-11 1-218-969-11 1-208-931-11 1-208-911-11 1-218-959-11


47K 22K 68K 10K 3.3K

5% 5% 0.5% 0.5% 5%

1/16W 1/16W 1/16W 1/16W 1/16W

R3560 R3562 R3564 R3902 R3903

1-218-977-11 1-216-142-00 1-216-142-00 1-208-923-11 1-208-923-11


100K 4.7 4.7 33K 33K

5% 5% 5% 0.5% 0.5%

1/16W 1/8W 1/8W 1/16W 1/16W

R3904 R3905 R3906 R3907 R3908

1-208-923-11 1-208-923-11 1-208-923-11 1-208-923-11 1-208-923-11


33K 33K 33K 33K 33K

0.5% 0.5% 0.5% 0.5% 0.5%

1/16W 1/16W 1/16W 1/16W 1/16W

R3909 R3941

1-208-923-11 1-208-923-11

METAL CHIP METAL CHIP

33K 33K

0.5% 0.5%

1/16W 1/16W

Note: When the IC3101 and IC3102 on the AMP board are replaced, spread the compound referring to “NOTE OF REPLACING THE IC3101 AND IC3102 ON THE AMP BOARD AND THE COMPLETE AMP BOARD” on page 6.

117

HBD-N5200W/N7200W/N7200WL/N9200W/N9200WL AMP Ref. No.

AUDIO IO Part No.

Description

R3942 R3943 R3944

1-208-923-11 1-208-923-11 1-208-923-11

METAL CHIP METAL CHIP METAL CHIP

33K 33K 33K

0.5% 0.5% 0.5%

1/16W 1/16W 1/16W

Remark

Ref. No.

Part No.

Description

A-1978-596-A

AUDIO IO BOARD, COMPLETE (N7200W: AEP, UK/N7200WL/N9200W: AEP/ N9200WL: AEP) AUDIO IO BOARD, COMPLETE (E12, E32, E3, EA, AUS, MX6) AUDIO IO BOARD, COMPLETE (N7200W: US/N9200W: CND) AUDIO IO BOARD, COMPLETE (N5200W: US, PX) AUDIO IO BOARD, COMPLETE (N5200W: AEP, UK)

R3945 R3946 R3947 R3948 R3957

1-208-923-11 1-208-923-11 1-208-923-11 1-208-923-11 1-218-941-81


33K 33K 33K 33K 100

0.5% 0.5% 0.5% 0.5% 5%

1/16W 1/16W 1/16W 1/16W 1/16W

R3958 R3959 R3963 R3964 R3975

1-218-941-81 1-216-864-11 1-216-864-11 1-216-864-11 1-218-965-11

METAL CHIP SHORT CHIP SHORT CHIP SHORT CHIP METAL CHIP

100 0 0 0 10K

5%

1/16W

5%

1/16W

R3976 R3977 R3978 R3979 R3980

1-218-965-11 1-218-949-11 1-218-949-11 1-218-967-11 1-218-937-11


10K 470 470 15K 47

5% 5% 5% 5% 5%

1/16W 1/16W 1/16W 1/16W 1/16W

C2000 C2002 * C2005 C2006 C2007

1-118-386-11 1-118-386-11 1-116-719-11 1-164-842-11 1-162-966-91


0.1uF 0.1uF 10uF 2PF 0.0022uF

10% 10% 10% 0.25PF 10%

16V 16V 6.3V 50V 50V

R3981 R3982 R3986 R3987 R3991

1-218-968-11 1-218-965-11 1-218-965-11 1-218-965-11 1-216-864-11

METAL CHIP METAL CHIP METAL CHIP METAL CHIP SHORT CHIP

18K 10K 10K 10K 0

5% 5% 5% 5%

1/16W 1/16W 1/16W 1/16W

C2008 C2009 C2010 C2011 C2012

1-164-842-11 1-114-339-91 1-164-850-11 1-118-388-11 1-118-347-11


2PF 3300PF 10PF 0.047uF 0.1uF

0.25PF 5% 0.5PF 10% 10%

50V 50V 50V 25V 25V

R3992 R3994 R3995 R3996 R3997

1-216-864-11 1-216-864-11 1-216-864-11 1-218-282-11 1-218-282-11

SHORT CHIP SHORT CHIP SHORT CHIP METAL CHIP METAL CHIP

0 0 0 22 22

C2014

1-164-866-11

C2015

1-164-866-11

5% 5%

1/2W 1/2W

* C2016

1-116-719-11

R3998 R3999 R4000 R4001 R4002

1-218-282-11 1-218-282-11 1-218-282-11 1-218-282-11 1-218-282-11


22 22 22 22 22

5% 5% 5% 5% 5%

1/2W 1/2W 1/2W 1/2W 1/2W

* C2017

1-116-719-11

C2018

1-164-866-11

CERAMIC CHIP 47PF 5% 50V (N7200W/N7200WL/N9200W/N9200WL) CERAMIC CHIP 47PF 5% 50V (N7200W/N7200WL/N9200W/N9200WL) CERAMIC CHIP 10uF 10% 6.3V (N7200W/N7200WL/N9200W/N9200WL) CERAMIC CHIP 10uF 10% 6.3V (N7200W/N7200WL/N9200W/N9200WL) CERAMIC CHIP 47PF 5% 50V

R4003

1-218-282-11

METAL CHIP

22

5%

1/2W

C2019 * C2020 * C2021 C2023

1-164-866-11 1-116-719-11 1-116-719-11 1-114-214-81

* C2025

1-116-719-11

* C2026 C2027

1-116-719-11 1-164-866-11

C2028

1-114-214-81

C2029

1-164-866-11

C2030

1-118-386-11

* C2031

1-116-719-11

C2032

1-118-386-11

* C2033

1-116-719-11

* C2034

1-116-738-11

* C2035

1-116-719-11

* C2036

1-116-719-11

C2037 C2048

1-118-386-11 1-116-707-11

A-1978-610-A A-1978-939-A A-1980-255-A A-1980-529-A

A-1980-625-A

1-234-371-11 1-234-371-11 1-234-371-11 1-234-371-11 1-234-371-11

RES, NETWORK 47 (1005X4) RES, NETWORK 47 (1005X4) RES, NETWORK 47 (1005X4) RES, NETWORK 47 (1005X4) RES, NETWORK 47 (1005X4)

RB3303 RB3304

1-234-381-11 1-234-381-11

RES, NETWORK 100K (1005X4) RES, NETWORK 100K (1005X4) < TERMINAL >

TB3451

TERMINAL BOARD (SPEAKER) 4P (SPEAKERS CENTER) (ONLY FOR CTB125: N7200W/N9200W)/ (ONLY FOR CTB126: N7200WL/N9200WL)/ (ONLY FOR CTB127: N5200W) (SPEAKERS SUBWOOFER) (ONLY FOR WSB126: N7200W/N9200W)/ (ONLY FOR WSB127: N7200WL/N9200WL)/ (ONLY FOR WSB128: N5200W) (SPEAKERS FRONT L/R) (ONLY FOR TSB133: N9200W)/(ONLY FOR TSB134: N9200WL)/ (ONLY FOR TSB135: N7200W)/ (ONLY FOR TSB136: N7200WL)/ (ONLY FOR TSB137: N5200W) *************************************************************

118

1-780-840-11

AUDIO IO BOARD, COMPLETE (MX) ************************ < CAPACITOR >

< COMPOSITION CIRCUIT BLOCK > RB3001 RB3002 RB3003 RB3102 RB3302

Remark

CERAMIC CHIP 47PF 5% 50V CERAMIC CHIP 10uF 10% 6.3V CERAMIC CHIP 10uF 10% 6.3V CERAMIC CHIP 470PF 5% 50V (N7200W/N7200WL/N9200W/N9200WL) CERAMIC CHIP 10uF 10% 6.3V CERAMIC CHIP 10uF 10% 6.3V CERAMIC CHIP 47PF 5% 50V (N7200W/N7200WL/N9200W/N9200WL) CERAMIC CHIP 470PF 5% 50V (N7200W/N7200WL/N9200W/N9200WL) CERAMIC CHIP 47PF 5% 50V (N7200W/N7200WL/N9200W/N9200WL) CERAMIC CHIP 0.1uF 10% 16V (N7200W/N7200WL/N9200W/N9200WL) CERAMIC CHIP 10uF 10% 6.3V (N7200W/N7200WL/N9200W/N9200WL) CERAMIC CHIP 0.1uF 10% 16V (N7200W/N7200WL/N9200W/N9200WL) CERAMIC CHIP 10uF 10% 6.3V (N7200W/N7200WL/N9200W/N9200WL) CERAMIC CHIP 1uF 10% 6.3V (N7200W/N7200WL/N9200W/N9200WL) CERAMIC CHIP 10uF 10% 6.3V (N7200W/N7200WL/N9200W/N9200WL) CERAMIC CHIP 10uF 10% 6.3V (N7200W/N7200WL/N9200W/N9200WL) CERAMIC CHIP 0.1uF 10% 16V CERAMIC CHIP 47uF 20% 10V

HBD-N5200W/N7200W/N7200WL/N9200W/N9200WL AUDIO IO Ref. No.

CN2000

D2000 D2001 D2002

FL2000

Part No.

1-820-115-51

6-500-400-01 6-500-400-01 6-500-400-01

1-236-711-21

Part No.

Description

< CONNECTOR >

Description

Remark

Ref. No. R2020

1-218-955-11

CONNECTOR, FFC/FPC 15P

R2021

1-218-969-11

< DIODE >

R2022

1-218-968-11

METAL CHIP 1.5K 5% 1/16W (N7200W/N7200WL/N9200W/N9200WL) METAL CHIP 22K 5% 1/16W (N7200W/N7200WL/N9200W/N9200WL) METAL CHIP 18K 5% 1/16W

Remark

DIODE BAV99-215 DIODE BAV99-215 DIODE BAV99-215

R2023 R2024 R2025

1-218-968-11 1-218-968-11 1-218-973-11

< FILTER >

R2026

1-218-955-11

FILTER, BAND PASS

R2027

1-218-973-11

METAL CHIP 18K 5% 1/16W METAL CHIP 18K 5% 1/16W METAL CHIP 47K 5% 1/16W (N7200W/N7200WL/N9200W/N9200WL) METAL CHIP 1.5K 5% 1/16W (N7200W/N7200WL/N9200W/N9200WL) METAL CHIP 47K 5% 1/16W (N7200W/N7200WL/N9200W/N9200WL)

< IC > IC2001 IC2001 IC2002 IC2003

(Not supplied) (Not supplied) 8-759-596-39 6-707-010-01

IC2004

6-600-827-01

J2000

1-842-376-11

J2001

1-842-375-11

J2002 J2003

1-821-886-11 1-815-629-11

L2000 L2001

1-481-336-21 1-481-336-21

RN5B701-0001 (EXCEPT AEP, UK) RN5B701-0002 (AEP, UK) SN74LV4052APWR NJM2740V (TE2) (N7200W/N7200WL/N9200W/N9200WL) IC JSR1124 (TV DIGITAL IN OPTICAL)

R2028 R2029 R2030 R2031 R2032

1-218-968-11 1-218-973-11 1-218-973-11 1-218-973-11 1-218-973-11


R2033

1-218-961-11

< JACK >

R2034

1-218-961-11

CONNECTOR, FM ANTENNA (ANTENNA FM COAXIAL 75 :) (EXCEPT US, PX, CND) CONNECTOR, FM ANTENNA (ANTENNA FM COAXIAL 75 :) (US, PX, CND) JACK, PIN 2P (AUDIO IN L/R) JACK (A.CAL MIC ECM-AC3) (N7200W/N7200WL/N9200W/N9200WL)

R2035

1-218-961-11

R2036

1-218-961-11

R2037

1-218-973-11

METAL CHIP 4.7K 5% 1/16W (N7200W/N7200WL/N9200W/N9200WL) METAL CHIP 4.7K 5% 1/16W (N7200W/N7200WL/N9200W/N9200WL) METAL CHIP 4.7K 5% 1/16W (N7200W/N7200WL/N9200W/N9200WL) METAL CHIP 4.7K 5% 1/16W (N7200W/N7200WL/N9200W/N9200WL) METAL CHIP 47K 5% 1/16W (N7200W/N7200WL/N9200W/N9200WL)

R2038

1-218-973-11

< COIL >

R2039

1-218-973-11

R2040

1-218-973-11

R2041 R2042

1-218-973-11 1-218-973-11

METAL CHIP 47K 5% 1/16W (N7200W/N7200WL/N9200W/N9200WL) METAL CHIP 47K 5% 1/16W (N7200W/N7200WL/N9200W/N9200WL) METAL CHIP 47K 5% 1/16W (N7200W/N7200WL/N9200W/N9200WL) METAL CHIP 47K 5% 1/16W METAL CHIP 47K 5% 1/16W

R2043 R2044 R2047 R2048 R2049

1-218-973-11 1-218-973-11 1-218-941-81 1-218-990-81 1-218-990-81

METAL CHIP METAL CHIP METAL CHIP SHORT CHIP SHORT CHIP

R2050 R2051 R2053 R2054 R2055

1-218-990-81 1-218-990-81 1-218-990-81 1-218-990-81 1-218-990-81

SHORT CHIP 0 SHORT CHIP 0 SHORT CHIP 0 SHORT CHIP 0 SHORT CHIP 0 (N7200W/N7200WL/N9200W/N9200WL)

R2056

1-218-990-81

R2057

1-218-990-81

R2059 R2060 R2061

1-218-990-81 1-218-990-81 1-218-990-81

SHORT CHIP 0 (N7200W/N7200WL/N9200W/N9200WL) SHORT CHIP 0 (N7200W/N7200WL/N9200W/N9200WL) SHORT CHIP 0 SHORT CHIP 0 SHORT CHIP 0 (N7200W/N7200WL/N9200W/N9200WL)

R2062

1-218-990-81

R2063 R2064 R2073

1-218-990-81 1-218-990-81 1-216-797-11

IC IC IC IC

INDUCTOR INDUCTOR

22nH 22nH

< TRANSISTOR > Q2000

6-550-978-01

TR

RN1902

< RESISTOR > R2001 R2002 R2003 R2004 R2005

1-218-933-11 1-218-990-81 1-218-933-11 1-218-990-81 1-218-990-81

METAL CHIP SHORT CHIP METAL CHIP SHORT CHIP SHORT CHIP

22 0 22 0 0

5%

1/16W

5%

1/16W

R2006 R2007 R2008 R2009

1-218-941-81 1-218-965-11 1-218-941-81 1-218-957-11

R2010

1-218-977-11

METAL CHIP 100 5% 1/16W METAL CHIP 10K 5% 1/16W METAL CHIP 100 5% 1/16W METAL CHIP 2.2K 5% 1/16W (N7200W/N7200WL/N9200W/N9200WL) METAL CHIP 100K 5% 1/16W (N7200W/N7200WL/N9200W/N9200WL)

R2011 R2012 R2013

1-218-969-11 1-218-969-11 1-218-957-11

R2014

1-218-977-11

R2015

1-218-949-11

R2016

1-218-949-11

R2019

1-218-969-11

METAL CHIP 22K 5% 1/16W METAL CHIP 22K 5% 1/16W METAL CHIP 2.2K 5% 1/16W (N7200W/N7200WL/N9200W/N9200WL) METAL CHIP 100K 5% 1/16W (N7200W/N7200WL/N9200W/N9200WL) METAL CHIP 470 5% 1/16W (N7200W/N7200WL/N9200W/N9200WL) METAL CHIP 470 5% 1/16W (N7200W/N7200WL/N9200W/N9200WL) METAL CHIP 22K 5% 1/16W (N7200W/N7200WL/N9200W/N9200WL)


18K 47K 47K 47K 47K

47K 47K 100 0 0

5% 5% 5% 5% 5%

5% 5% 5%

1/16W 1/16W 1/16W 1/16W 1/16W

1/16W 1/16W 1/16W

SHORT CHIP 0 (N7200W/N7200WL/N9200W/N9200WL) SHORT CHIP 0 SHORT CHIP 0 METAL CHIP 10 5% 1/10W < VIBRATOR >

X2000 1-814-365-11 QUARTZ CRYSTAL UNITS (12MHz) *************************************************************

119

HBD-N5200W/N7200W/N7200WL/N9200W/N9200WL FL+CHUKEI Ref. No.

FUSB+SIRCS

LED CHUKEI

Part No.

Description

A-1978-574-A

FL+CHUKEI BOARD, COMPLETE **************************

Remark

< CAPACITOR >

Ref. No.

Part No.

Description

R2306 R2307 R2308 R2310 R2312

1-216-797-11 1-216-797-11 1-218-953-11 1-218-863-11 1-218-945-11


10 10 1K 4.7K 220

5% 5% 5% 0.5% 5%

1/10W 1/10W 1/16W 1/10W 1/16W

R2313 R2314 R2315 R2323 R2324

1-218-945-11 1-218-945-11 1-216-841-11 1-218-863-11 1-218-883-11


220 220 47K 4.7K 33K

5% 5% 5% 0.5% 0.5%

1/16W 1/16W 1/10W 1/10W 1/10W

C2303 C2304 C2311 C2313 C2315

1-165-679-21 1-118-345-11 1-118-036-11 1-118-044-11 1-118-044-11


82uF 0.01uF 0.1uF 1uF 1uF

20% 10% 10% 10% 10%

16V 25V 50V 50V 50V

C2317 C2319 C2320 C2321 C2322

1-118-044-11 1-118-044-11 1-118-345-11 1-118-042-11 1-118-042-11


1uF 1uF 0.01uF 0.22uF 0.22uF

10% 10% 10% 10% 10%

50V 50V 25V 50V 50V

C2324 C2326 C2327 C2328 C2330

1-118-345-11 1-118-039-11 1-118-039-11 1-118-036-11 1-118-039-11


0.01uF 1uF 1uF 0.1uF 1uF

10% 10% 10% 10% 10%

25V 25V 25V 50V 25V

C2331 C2332 C2338 C2339 C2341

1-118-039-11 1-137-765-21 1-118-039-11 1-118-039-11 1-118-039-11


1uF 47uF 1uF 1uF 1uF

10% 20% 10% 10% 10%

25V 16V 25V 25V 25V

C2250 C2251 C2252

C2342 C2343

1-118-345-11 1-118-345-11


10% 10%

25V 25V

CN2250 CN2251 CN2252

Remark

R2327 1-218-883-11 METAL CHIP 33K 0.5% 1/10W R2328 1-218-863-11 METAL CHIP 4.7K 0.5% 1/10W R2329 1-218-859-11 METAL CHIP 3.3K 0.5% 1/10W R2330 1-218-879-11 METAL CHIP 22K 0.5% 1/10W ************************************************************* FUSB+SIRCS BOARD ***************** < CAPACITOR > 1-164-230-11 1-100-354-21 1-164-230-11

CERAMIC CHIP 220PF ELECT CHIP 220uF CERAMIC CHIP 220PF

5% 20% 5%

50V 6.3V 50V

< CONNECTOR > 1-784-922-11 1-843-519-11 1-564-719-11

PIN, CONNECTOR 5P USB CONNECTOR (A) ( ) PIN, CONNECTOR (SMALL TYPE) 3P

< CONNECTOR > < IC > CN2300 CN2301

1-820-841-31 1-815-460-31

CONNECTOR, FFC/FPC (LIF) 28P CONNECTOR, FFC/FPC 26P

IC2250

6-600-768-01

< DIODE > D2300 D2301 D2302 D2303

IC2300 IC2303 IC2304 IC2305

6-503-004-01 6-503-040-01 6-500-400-01 6-500-400-01

6-716-462-01 6-716-462-01 6-718-188-01 6-719-198-01

IC PNA4823M03S0 ( ) < RESISTOR >

DI DZ2J027M0L DI DZ2J300M0L DIODE BAV99-215 DIODE BAV99-215

R2250 1-216-864-11 SHORT CHIP 0 R2251 1-216-864-11 SHORT CHIP 0 R2253 1-216-864-11 SHORT CHIP 0 *************************************************************

< IC >

A-1978-578-A

IC IC IC IC

A-1978-940-A

BD00GA3WEFJ-E2 BD00GA3WEFJ-E2 BD80GA3WEFJ-E2 MM3411A33URE

LED CHUKEI BOARD, COMPLETE (N7200WL/N9200WL) LED CHUKEI BOARD, COMPLETE (N5200W/N7200W/N9200W) ***************** < CAPACITOR >

< COIL > L2300 L2301

1-400-792-21 1-400-792-21

INDUCTOR INDUCTOR

22uH 22uH

< FLUORESCENT INDICATOR TUBE > ND2300

1-483-460-11

6-553-291-01

1-118-036-11

CERAMIC CHIP 0.1uF

C4016 C4017 C4026 C4027

1-118-047-11 1-128-992-21 1-118-036-11 1-118-036-11

CERAMIC CHIP ELECT CHIP CERAMIC CHIP CERAMIC CHIP

C4028 C4029 C4030

1-118-039-11 1-117-681-11 1-118-036-11

CERAMIC CHIP 1uF ELECT CHIP 100uF CERAMIC CHIP 0.1uF

C4031

1-118-036-11

CERAMIC CHIP 0.1uF

C4032

1-118-373-11

CERAMIC CHIP 0.01uF

C4033

1-118-373-11

CERAMIC CHIP 0.01uF

C4034

1-118-373-11

CERAMIC CHIP 0.01uF

10uF 47uF 0.1uF 0.1uF

TR

BC817DPN

< RESISTOR > R2301 R2302 R2303 R2304 R2305

120

1-250-592-11 1-250-592-11 1-250-592-11 1-250-592-11 1-218-883-11

10% 50V (N7200WL/N9200WL) 10% 16V 20% 25V 10% 50V 10% 50V

VACUUM FLUORESCENT DISPLAY < TRANSISTOR >

Q2300

C4014


100 100 100 100 33K

1% 1% 1% 1% 0.5%

1/10W 1/10W 1/10W 1/10W 1/10W

10% 25V 20% 16V 10% 50V (N7200WL/N9200WL) 10% 50V (N7200WL/N9200WL) 10% 50V (N7200WL/N9200WL) 10% 50V (N7200WL/N9200WL) 10% 50V (N7200WL/N9200WL)

HBD-N5200W/N7200W/N7200WL/N9200W/N9200WL LED CHUKEI Ref. No.

Part No.

Description

C4035

1-118-373-11

CERAMIC CHIP 0.01uF

C4036

1-118-373-11

CERAMIC CHIP 0.01uF

C4037

1-118-373-11

CERAMIC CHIP 0.01uF

C4038

1-100-158-91

Remark

Part No.

Description

10% 50V (N7200WL/N9200WL) 10% 50V (N7200WL/N9200WL) 10% 50V (N7200WL/N9200WL)

R4435

1-216-827-11

METAL CHIP

3.3K

5% 1/10W (N7200WL/N9200WL)

R4436

1-216-827-11

METAL CHIP

3.3K

R4437

1-216-827-11

METAL CHIP

3.3K

5% 100V (N7200WL/N9200WL)

R4438

1-216-827-11

METAL CHIP

3.3K

R4439

1-216-827-11

METAL CHIP

3.3K

R4440

1-216-827-11

METAL CHIP

3.3K

5% 1/10W (N7200WL/N9200WL) 5% 1/10W (N7200WL/N9200WL) 5% 1/10W (N7200WL/N9200WL) 5% 1/10W (N7200WL/N9200WL) 5% 1/10W (N7200WL/N9200WL)

R4442

1-216-823-11

METAL CHIP

1.5K

9

A-1978-598-A

9

A-1978-638-A

9

A-1978-668-A

9

A-1978-715-A

< DIODE >

9

A-1978-795-A

MB1305 BOARD, COMPLETE (for SERVICE) (N9200WL: AEP) MB1305 BOARD, COMPLETE (for SERVICE) (N9200WL: E3) MB1305 BOARD, COMPLETE (for SERVICE) (N9200WL: EA) MB1305 BOARD, COMPLETE (for SERVICE) (N9200WL: AUS) MB1305 BOARD, COMPLETE (for SERVICE) (N9200WL: MX6)

DI SA10QA04 DI DA2J10100L

9

A-1978-942-A

< FUSE >

9

A-1978-968-A

FUSE (0.5A/50V) FUSE (3.15A/32V) (N7200WL/N9200WL)

9

A-1979-190-A

9

A-1979-201-A

9

A-1979-230-A

9

A-1979-326-A

9

A-1979-415-A

9

A-1979-940-A

9

A-1979-948-A

9

A-1980-055-A

9

A-1980-106-A

9

A-1980-112-A

9

A-1980-147-A

9

A-1980-183-A

9

A-1980-257-A

9

A-1980-522-A

9

A-1980-531-A

9

A-1983-158-A

CERAMIC CHIP 1000PF

Ref. No.

Remark

< CONNECTOR > CN4000 * CN4001 * CN4002 CN4003 CN4004

1-820-112-51 1-564-519-11 1-695-320-21 1-564-704-41 1-774-731-21

CONNECTOR, FFC/FPC 9P (N7200WL/N9200WL) PLUG, CONNECTOR 4P PIN, CONNECTOR (1.5MM) (SMD) 2P PIN, CONNECTOR (SMALL TYPE) 2P PIN, CONNECTOR (PC BOARD) 5P (SPEAKER ILLUMINATION FRONT R) (ONLY FOR SS-TSB134: N9200WL)/(ONLY FOR SS-TSB136: N7200WL)

CN4005

1-774-731-21

PIN, CONNECTOR (PC BOARD) 5P (SPEAKER ILLUMINATION FRONT L) (ONLY FOR SS-TSB134: N9200WL)/(ONLY FOR SS-TSB136: N7200WL) CONNECTOR, FFC/FPC 5P (N5200W/N7200W/N9200W)

CN4006

D4000 D4001

0 F001 0 F002

1-794-362-51

6-502-398-01 6-502-961-01

1-523-130-31 1-523-135-31

5% 1/10W (N7200WL/N9200WL) R4443 1-216-823-11 METAL CHIP 1.5K 5% 1/10W (N7200WL/N9200WL) *************************************************************

< IC > IC4004 IC4005

6-716-462-01 6-721-126-01

IC BD00GA3WEFJ-E2 IC TLC59108F (N7200WL/N9200WL) < COIL >

L4000

1-469-526-91

MB1305

INDUCTOR

22uH

< TRANSISTOR > Q4000 Q4001

6-552-892-01 6-552-675-01

TR TR

Q4002

6-552-936-01

TR

LSCR523UBFS8TL RRR040P03TL (N7200WL/N9200WL) LTC014EUBFS8TL (N7200WL/N9200WL)

< RESISTOR > R4000 R4001 R4002 R4003 R4004

1-218-855-11 1-250-616-11 1-218-839-11 1-216-295-91 1-216-295-91


2.2K 0.5% 1/10W 1K 1% 1/10W 470 0.5% 1/10W 0 (N7200WL/N9200WL) 0 (N5200W/N7200W/N9200W)

R4030

1-216-841-11

METAL CHIP

47K

R4031

1-216-833-11

METAL CHIP

10K

R4032 R4428

1-218-867-11 1-216-821-11


6.8K 1K

5% 1/10W (N7200WL/N9200WL) 5% 1/10W (N7200WL/N9200WL) 0.5% 1/10W 5% 1/10W (N7200WL/N9200WL)

MB1305 BOARD, COMPLETE (for SERVICE) (N9200W: CND) MB1305 BOARD, COMPLETE (for SERVICE) (N9200W: AEP) MB1305 BOARD, COMPLETE (for SERVICE) (N9200W: E12) MB1305 BOARD, COMPLETE (for SERVICE) (N9200W: E3) MB1305 BOARD, COMPLETE (for SERVICE) (N9200W: EA) MB1305 BOARD, COMPLETE (for SERVICE) (N9200W: AUS) MB1305 BOARD, COMPLETE (for SERVICE) (N9200W: MX6) MB1305 BOARD, COMPLETE (for SERVICE) (N7200WL: AEP) MB1305 BOARD, COMPLETE (for SERVICE) (N7200WL: UK) MB1305 BOARD, COMPLETE (for SERVICE) (N7200W: US) MB1305 BOARD, COMPLETE (for SERVICE) (N7200W: AEP) MB1305 BOARD, COMPLETE (for SERVICE) (N7200W: UK) MB1305 BOARD, COMPLETE (for SERVICE) (N7200W: E12) MB1305 BOARD, COMPLETE (for SERVICE) (N7200W: E32) MB1305 BOARD, COMPLETE (for SERVICE) (N5200W: US) MB1305 BOARD, COMPLETE (for SERVICE) (N5200W: PX) MB1305 BOARD, COMPLETE (for SERVICE) (N5200W: AEP) MB1305 BOARD, COMPLETE (for SERVICE) (N5200W: UK)

Note: When the complete MB1305 board is replaced, refer to “NOTE OF REPLACING THE WLAN/BT COMBO CARD AND THE COMPLETE MB1305 BOARD” on page 8, “NOTE OF REPLACING THE OPTICAL DEVICE KEM480AHA/C2RP1 (OP1) AND THE COMPLETE MB1305 BOARD” on page 9 and “CHECKING METHOD OF NETWORK OPERATION” on page 12.

121

HBD-N5200W/N7200W/N7200WL/N9200W/N9200WL MB1305 Ref. No. 9

Part No.

Description

A-1983-161-A

MB1305 BOARD, COMPLETE (for SERVICE) (N5200W: MX) ***********************

Remark

3-279-801-31

SHEET, RADIATION < CAPACITOR >

C101 C102 * C103 * C104 C106

1-118-386-11 1-118-386-11 1-116-738-11 1-116-719-11 1-118-386-11


0.1uF 0.1uF 1uF 10uF 0.1uF

10% 10% 10% 10% 10%

16V 16V 6.3V 6.3V 16V

C118 C119 C120 C121 C122

1-118-386-11 1-118-386-11 1-118-386-11 1-118-391-11 1-118-386-11


0.1uF 0.1uF 0.1uF 0.01uF 0.1uF

10% 10% 10% 10% 10%

16V 16V 16V 50V 16V

* C137 C138 C139 C140 * C156

1-116-719-11 1-118-386-11 1-118-391-11 1-118-386-11 1-116-719-11


10uF 0.1uF 0.01uF 0.1uF 10uF

10% 10% 10% 10% 10%

6.3V 16V 50V 16V 6.3V

* C173 C175 C176 C177 C178

1-116-719-11 1-164-844-11 1-164-874-11 1-164-844-11 1-164-874-11


10uF 4PF 100PF 4PF 100PF

10% 0.25PF 5% 0.25PF 5%

6.3V 50V 50V 50V 50V

C179 C180 C181 C182 C201

1-118-386-11 1-118-386-11 1-118-386-11 1-118-386-11 1-164-844-11


0.1uF 0.1uF 0.1uF 0.1uF 4PF

10% 10% 10% 10% 0.25PF

16V 16V 16V 16V 50V

C202 C203 C204 C205 C206

1-118-386-11 1-118-386-11 1-118-386-11 1-118-391-11 1-118-386-11


0.1uF 0.1uF 0.1uF 0.01uF 0.1uF

10% 10% 10% 10% 10%

16V 16V 16V 50V 16V

C220 * C221 C222 C223 C242

1-118-386-11 1-116-719-11 1-164-874-11 1-118-386-11 1-118-386-11


0.1uF 10uF 100PF 0.1uF 0.1uF

10% 10% 5% 10% 10%

16V 6.3V 50V 16V 16V

C247 C248 C249 C250 C302

1-118-386-11 1-118-386-11 1-118-386-11 1-118-386-11 1-118-391-11


0.1uF 0.1uF 0.1uF 0.1uF 0.01uF

10% 10% 10% 10% 10%

16V 16V 16V 16V 50V

C308 C310 C314 C315 C319

1-116-734-11 1-116-734-11 1-116-734-11 1-116-734-11 1-116-716-11



20% 20% 20% 20% 10%

16V 16V 16V 16V 16V

C320 C323 C324 C327 C328

1-116-716-11 1-118-386-11 1-116-734-11 1-116-713-11 1-116-713-11


10uF 0.1uF 1uF 22uF 22uF

10% 10% 20% 20% 20%

16V 16V 16V 10V 10V

C329 * C332 * C333

1-118-386-11 1-116-714-11 1-116-714-11

CERAMIC CHIP 0.1uF CERAMIC CHIP 22uF CERAMIC CHIP 22uF

10% 20% 20%

16V 6.3V 6.3V

122

Ref. No.

Part No.

Description

C334 C335

1-116-716-11 1-116-716-11

CERAMIC CHIP 10uF CERAMIC CHIP 10uF

10% 10%

16V 16V

Remark

C338 C339 C342 C343 C344

1-118-386-11 1-116-734-11 1-116-713-11 1-116-713-11 1-118-386-11


0.1uF 1uF 22uF 22uF 0.1uF

10% 20% 20% 20% 10%

16V 16V 10V 10V 16V

* C347 * C348 C351 C352 * C358

1-116-714-11 1-116-714-11 1-116-734-11 1-116-734-11 1-116-719-11



20% 20% 20% 20% 10%

6.3V 6.3V 16V 16V 6.3V

C402 C404 C405 C406 C407

1-118-386-11 1-118-386-11 1-118-386-11 1-118-386-11 1-118-386-11


0.1uF 0.1uF 0.1uF 0.1uF 0.1uF

10% 10% 10% 10% 10%

16V 16V 16V 16V 16V

C408 C409 C411 C412 C413

1-118-386-11 1-118-386-11 1-118-386-11 1-118-386-11 1-118-386-11


0.1uF 0.1uF 0.1uF 0.1uF 0.1uF

10% 10% 10% 10% 10%

16V 16V 16V 16V 16V

* C414 C415 C417 C418 C419

1-116-719-11 1-118-386-11 1-118-386-11 1-118-386-11 1-118-386-11


10uF 0.1uF 0.1uF 0.1uF 0.1uF

10% 10% 10% 10% 10%

6.3V 16V 16V 16V 16V

C420 * C421 C422 C423 C424

1-118-386-11 1-116-719-11 1-118-386-11 1-118-386-11 1-118-386-11


0.1uF 10uF 0.1uF 0.1uF 0.1uF

10% 10% 10% 10% 10%

16V 6.3V 16V 16V 16V

C425 C426 C427 C428 C430

1-118-386-11 1-118-386-11 1-118-386-11 1-118-386-11 1-164-848-11


0.1uF 0.1uF 0.1uF 0.1uF 8PF

10% 10% 10% 10% 0.5PF

16V 16V 16V 16V 50V

C431 C433 C434 C435 * C501

1-164-848-11 1-118-386-11 1-118-386-11 1-118-386-11 1-116-738-11


8PF 0.1uF 0.1uF 0.1uF 1uF

0.5PF 10% 10% 10% 10%

50V 16V 16V 16V 6.3V

* C502 * C503 * C504 C505 C506

1-116-738-11 1-116-719-11 1-116-719-11 1-118-391-11 1-118-386-11


1uF 10uF 10uF 0.01uF 0.1uF

10% 10% 10% 10% 10%

6.3V 6.3V 6.3V 50V 16V

* C507 * C511 C517 C518 * C520

1-116-719-11 1-116-719-11 1-118-386-11 1-118-386-11 1-116-738-11


10uF 10uF 0.1uF 0.1uF 1uF

10% 10% 10% 10% 10%

6.3V 6.3V 16V 16V 6.3V

C521 C522 C523 C524 C601

1-118-386-11 1-118-391-11 1-164-850-11 1-164-850-11 1-118-386-11


0.1uF 0.01uF 10PF 10PF 0.1uF

10% 10% 0.5PF 0.5PF 10%

16V 50V 50V 50V 16V

C603 C606 C608

1-118-386-11 1-118-386-11 1-118-386-11

CERAMIC CHIP 0.1uF CERAMIC CHIP 0.1uF CERAMIC CHIP 0.1uF

10% 10% 10%

16V 16V 16V

HBD-N5200W/N7200W/N7200WL/N9200W/N9200WL MB1305 Ref. No.

Part No.

Description

Part No.

Description

C610 C612

1-116-734-11 1-118-391-11

CERAMIC CHIP 1uF CERAMIC CHIP 0.01uF

20% 10%

16V 50V

Remark

Ref. No. C928 C929

1-118-386-11 1-118-391-11


10% 10%

16V 50V

Remark

C614 C618 C619 C621 * C622

1-116-734-11 1-118-386-11 1-118-386-11 1-118-386-11 1-116-738-11


1uF 0.1uF 0.1uF 0.1uF 1uF

20% 10% 10% 10% 10%

16V 16V 16V 16V 6.3V

C930 * C931 * C934 C942 * C943

1-118-391-11 1-116-735-11 1-116-735-11 1-118-403-11 1-116-735-11


0.01uF 1uF 1uF 0.001uF 1uF

10% 10% 10% 10% 10%

50V 16V 16V 50V 16V

* C623 C702 C703 C706 C707

1-116-738-11 1-116-734-11 1-116-734-11 1-118-386-11 1-118-386-11


1uF 1uF 1uF 0.1uF 0.1uF

10% 20% 20% 10% 10%

6.3V 16V 16V 16V 16V

C946 * C947 C962 C980 C982

1-118-403-11 1-116-735-11 1-118-386-11 1-118-386-11 1-118-386-11


0.001uF 1uF 0.1uF 0.1uF 0.1uF

10% 10% 10% 10% 10%

50V 16V 16V 16V 16V

* C708 * C709 C710 * C711 C716

1-116-719-11 1-116-719-11 1-118-386-11 1-116-719-11 1-116-736-11


10uF 10uF 0.1uF 10uF 1uF

10% 10% 10% 10% 10%

6.3V 6.3V 16V 6.3V 10V

C991 * C996 C1006 C1008 C1009

1-165-679-21 1-116-735-11 1-118-386-11 1-118-386-11 1-118-386-11


82uF 1uF 0.1uF 0.1uF 0.1uF

20% 10% 10% 10% 10%

16V 16V 16V 16V 16V

C717 * C719 * C720 C723 C727

1-116-736-11 1-116-714-11 1-116-714-11 1-118-386-11 1-165-667-21

CERAMIC CHIP CERAMIC CHIP CERAMIC CHIP CERAMIC CHIP ELECT CHIP

1uF 22uF 22uF 0.1uF 100uF

10% 20% 20% 10% 20%

10V 6.3V 6.3V 16V 6.3V

C1011 C1012 C1013 C1015 C1016

1-116-743-11 1-118-391-11 1-118-386-11 1-116-736-11 1-118-391-11


0.22uF 0.01uF 0.1uF 1uF 0.01uF

10% 10% 10% 10% 10%

16V 50V 16V 10V 50V

C728 C801 C802 C805 C806

1-118-403-11 1-118-386-11 1-118-386-11 1-118-386-11 1-118-386-11


0.001uF 0.1uF 0.1uF 0.1uF 0.1uF

10% 10% 10% 10% 10%

50V 16V 16V 16V 16V

C1017 C1018 C1020 C1021 C1023

1-116-734-11 1-107-819-11 1-118-386-11 1-118-386-11 1-118-386-11


1uF 0.022uF 0.1uF 0.1uF 0.1uF

C810 C811 C812 C813 C814

1-118-386-11 1-164-874-11 1-118-386-11 1-116-716-11 1-164-874-11


0.1uF 100PF 0.1uF 10uF 100PF

10% 5% 10% 10% 5%

16V 50V 16V 16V 50V

C1024 C2001 C2002

1-118-386-11 1-118-386-11 1-118-386-11


C815 C816 C818 C821 C822

1-164-874-11 1-164-874-11 1-118-386-11 1-116-734-11 1-118-386-11


100PF 100PF 0.1uF 1uF 0.1uF

5% 5% 10% 20% 10%

50V 50V 16V 16V 16V

C823 C827 C829 C834 C852

1-118-386-11 1-164-874-11 1-118-386-11 1-118-386-11 1-116-734-11


0.1uF 100PF 0.1uF 0.1uF 1uF

10% 5% 10% 10% 20%

16V 50V 16V 16V 16V

C853 C855 * C873 * C874 C875

1-118-386-11 1-116-734-11 1-116-735-11 1-116-735-11 1-118-391-11


0.1uF 1uF 1uF 1uF 0.01uF

10% 20% 10% 10% 10%

16V 16V 16V 16V 50V

C876 C878 C879 C890 C900

1-116-734-11 1-118-391-11 1-118-391-11 1-118-386-11 1-118-391-11


1uF 0.01uF 0.01uF 0.1uF 0.01uF

20% 10% 10% 10% 10%

16V 50V 50V 16V 50V

* C901 C902 * C903 C907 * C909

1-116-735-11 1-117-681-11 1-116-735-11 1-118-386-11 1-116-735-11


1uF 100uF 1uF 0.1uF 1uF

10% 20% 10% 10% 10%

16V 16V 16V 16V 16V

C910 * C918 C922

1-118-386-11 1-116-735-11 1-118-386-11

CERAMIC CHIP 0.1uF CERAMIC CHIP 1uF CERAMIC CHIP 0.1uF

10% 10% 10%

16V 16V 16V

20% 16V 10% 16V 10% 16V 10% 16V 10% 16V (N7200WL/N9200WL) 10% 10% 10%

16V 16V 16V

< CONNECTOR > CN300 CN301 CN401 CN501 CN502

1-774-863-11 1-691-550-11 1-580-789-21 1-573-768-21 1-569-775-21

PIN, CONNECTOR (PC BOARD) 8P PIN, CONNECTOR (1.5MM) (SMD) 3P PIN, CONNECTOR (SMD) 6P PIN, CONNECTOR (1.5MM) (SMD) 5P PIN, CONNECTOR (SMD) 5P

CN601 CN602 CN603 CN701 CN702

1-821-398-41 1-821-398-41 1-821-398-41 1-820-115-51 1-815-460-31

HDMI CONNECTOR (HDMI ARC OUT) HDMI CONNECTOR (HDMI IN 1) HDMI CONNECTOR (HDMI IN 2) CONNECTOR, FFC/FPC 15P CONNECTOR, FFC/FPC 26P

CN703 CN801 CN960 CN970 CN1001

1-815-763-32 1-843-036-11 1-820-112-51 1-794-362-51 1-820-112-51

CONNECTOR, FFC/FPC 24P FFC/FPC CONNECTOR 45P CONNECTOR, FFC/FPC 9P CONNECTOR, FFC/FPC 5P CONNECTOR, FFC/FPC 9P (N7200WL/N9200WL)

* CN1003 CN1004 CN1005 CN1006

1-695-320-21 1-820-112-51 1-820-841-31 1-794-362-51

PIN, CONNECTOR (1.5MM) (SMD) 2P CONNECTOR, FFC/FPC 9P CONNECTOR, FFC/FPC (LIF) 28P CONNECTOR, FFC/FPC 5P (N5200W/N7200W/N9200W) < DIODE >

D702 D703 D1001 D1002

6-500-400-01 6-500-400-01 6-502-961-01 6-503-761-01

DIODE BAV99-215 DIODE BAV99-215 DI DA2J10100L DI RB751S40, 115

123


Part No.

Part No.

Description

< CONTACT TERMINAL >

Description

Remark

Q602

6-550-901-01

TR

RN1302 (TE85L.F)

Q603 Q1001

6-551-346-01 6-552-892-01

TRANSISTOR TR

LSK3541FS8T2L LSCR523UBFS8TL

ET301 ET302 ET303 ET304 ET305

1-780-945-11 1-780-945-11 1-780-945-11 1-780-945-11 1-780-945-11

TERMINAL, CONTACT TERMINAL, CONTACT TERMINAL, CONTACT TERMINAL, CONTACT TERMINAL, CONTACT

ET801

1-780-945-11

TERMINAL, CONTACT < FUSE >

0 0 0 0 0

F300 F301 F302 F901 F1001

1-523-135-31 1-523-135-31 1-523-135-31 1-523-132-31 1-523-132-31

FUSE (3.15A/32V) FUSE (3.15A/32V) FUSE (3.15A/32V) FUSE (1A/50V) FUSE (1A/50V)

Ref. No.

Remark

< RESISTOR > R101 R102 R104 * R105 R106

1-208-683-11 1-208-683-11 1-218-941-81 1-250-480-11 1-218-941-81


1K 1K 100 240 100

0.5% 0.5% 5% 1% 5%

1/16W 1/16W 1/16W 1/16W 1/16W

* R107 R201 * R202 R203 R204

1-250-480-11 1-218-941-81 1-250-480-11 1-218-937-11 1-218-937-11


240 100 240 47 47

1% 5% 1% 5% 5%

1/16W 1/16W 1/16W 1/16W 1/16W

R301 R302 R303 R304 R305

1-218-971-81 1-218-971-81 1-218-971-81 1-218-971-81 1-216-825-11


33K 33K 33K 33K 2.2K

5% 5% 5% 5% 5%

1/16W 1/16W 1/16W 1/16W 1/10W

R306 R314 R315 R326 R327

1-216-825-11 1-250-519-11 1-250-519-11 1-218-970-11 1-218-886-11


2.2K 10K 10K 27K 43K

5% 1% 1% 5% 0.5%

1/10W 1/16W 1/16W 1/16W 1/10W

R330 R331 R332 R335 R336

1-208-918-11 1-208-715-11 1-208-687-11 1-208-931-11 1-208-715-11


20K 22K 1.5K 68K 22K

0.5% 0.5% 0.5% 0.5% 0.5%

1/16W 1/16W 1/16W 1/16W 1/16W

R339 R340 R344 * R347 R352

1-208-931-11 1-208-709-11 1-208-931-11 1-250-527-11 1-218-953-11


68K 12K 68K 22K 1K

0.5% 0.5% 0.5% 1% 5%

1/16W 1/16W 1/16W 1/16W 1/16W

R359 R402 R408 R410 R412

1-208-687-11 1-218-965-11 1-218-965-11 1-218-965-11 1-218-965-11


1.5K 10K 10K 10K 10K

0.5% 5% 5% 5% 5%

1/16W 1/16W 1/16W 1/16W 1/16W

R414 R416 R418 R419 R420

1-218-965-11 1-218-965-11 1-218-941-81 1-218-941-81 1-218-941-81


10K 10K 100 100 100

5% 5% 5% 5% 5%

1/16W 1/16W 1/16W 1/16W 1/16W

R421 R423 R427 R449 R452

1-218-941-81 1-218-941-81 1-218-965-11 1-216-295-91 1-216-864-11


100 100 10K 0 0

5% 5% 5%

1/16W 1/16W 1/16W

R453 R454 R502 R504 R505

1-218-929-11 1-218-989-11 1-218-965-11 1-218-864-11 1-218-864-11


10 1M 10K 5.1K 5.1K

5% 5% 5% 0.5% 0.5%

1/16W 1/16W 1/16W 1/10W 1/10W

R506 R507 R508 R509 R510

1-218-953-11 1-218-990-81 1-218-990-81 1-218-965-11 1-218-977-11

METAL CHIP SHORT CHIP SHORT CHIP METAL CHIP METAL CHIP

1K 0 0 10K 100K

5%

1/16W

5% 5%

1/16W 1/16W

< FERRITE BEAD > FB707 FB708 FB709

1-400-462-21 1-400-851-11 1-481-349-21

FERRITE, EMI (SMD) (1005) EMI, FERRITE (SMD) (1005) EMI FERRITE (SMD) (1608) < IC >

IC101 @ IC102 @ IC103 @ IC202 IC301

(Not supplied) 6-717-431-01 6-717-431-01 (Not supplied) 6-721-148-01

IC IC IC IC IC

CXD90011G-BC K4B1G1646G-BCH9T K4B1G1646G-BCH9T K4B2G1646Q-BCMA TPS54394 PWPR

IC302 IC303 IC304 IC305 IC502

6-721-148-01 6-719-929-01 6-719-929-01 (Not supplied) 6-720-030-01

IC IC IC IC IC

TPS54394 PWPR BD33HA3WEFJ-E2 BD33HA3WEFJ-E2 BD00IC0WHFV-GTR TPS2065CDBVR

IC603 IC701 IC703 IC705 IC851

6-718-999-01 6-719-139-01 6-710-554-01 (Not supplied) 6-718-188-01

IC IC IC IC IC

MM1839A50NRE MM3411A50NRE PCM1808PWR BD33HA5WEFJ-E2 BD80GA3WEFJ-E2

IC901 IC1001 IC1002 IC1003 IC2001

(Not supplied) (Not supplied) 6-713-333-01 6-719-061-01 (Not supplied)

IC IC IC IC IC

TPIC2060ADFDRG4 R5F3650KCDFB PST8429UL MM1839A33NRE TC58NVG1S3HTA00

< JACK > J501

1-843-693-21

ETHERNET CONNECTOR (LAN (100)) < COIL >

L300 * L301 L302 L303 * L304

1-460-358-11 1-460-599-11 1-460-358-11 1-460-358-11 1-460-599-11

INDUCTOR INDUCTOR INDUCTOR INDUCTOR INDUCTOR

2.2uH 4.7uH 2.2uH 2.2uH 4.7uH

L305 L306

1-460-358-11 1-400-789-21

INDUCTOR INDUCTOR

2.2uH 2.2uH

< TRANSISTOR > Q302 Q303 Q502 Q601

6-552-936-01 6-552-936-01 6-552-936-01 6-550-901-01

TR TR TR TR

LTC014EUBFS8TL LTC014EUBFS8TL LTC014EUBFS8TL RN1302 (TE85L.F)

Note: IC101, IC202, IC305, IC705, IC901, IC1001 and IC2001 on the MB1305 board cannot exchange with single. When these parts on the MB1305 board are damaged, exchange the entire mounted board.

124

@ Replacement of IC102, IC103 and IC202 on the MB1305 board used in this unit requires a special tool.


Part No.

Description

R514 R515 R516 R517 R518

1-218-990-81 1-218-990-81 1-218-971-81 1-218-971-81 1-208-920-81

SHORT CHIP SHORT CHIP METAL CHIP METAL CHIP METAL CHIP

Remark

Part No.

Description

1/16W 1/16W 1/16W

R737 R741 R742 R743 R744

1-218-941-81 1-218-933-11 1-218-933-11 1-218-933-11 1-218-933-11


100 22 22 22 22

5% 5% 5% 5% 5%

1/16W 1/16W 1/16W 1/16W 1/16W

R519 R520 R605 R606 R607

1-802-245-11 1-802-245-11 1-218-933-11 1-218-933-11 1-218-933-11

ESD SUPPRESSOR ESD SUPPRESSOR METAL CHIP 22 METAL CHIP 22 METAL CHIP 22

5% 5% 5%

1/16W 1/16W 1/16W

R745 R746 R747 R752 R753

1-218-933-11 1-218-933-11 1-218-933-11 1-218-990-81 1-218-965-11

METAL CHIP METAL CHIP METAL CHIP SHORT CHIP METAL CHIP

22 22 22 0 10K

5% 5% 5%

1/16W 1/16W 1/16W

5%

1/16W

R608 R609 R610 R611 R612

1-218-933-11 1-218-933-11 1-218-933-11 1-218-973-11 1-218-956-11


22 22 22 47K 1.8K

5% 5% 5% 5% 5%

1/16W 1/16W 1/16W 1/16W 1/16W

R754 R755 R756 R757 R758

1-218-965-11 1-218-965-11 1-218-959-11 1-218-959-11 1-218-941-81


10K 10K 3.3K 3.3K 100

5% 5% 5% 5% 5%

1/16W 1/16W 1/16W 1/16W 1/16W

R613 R614 R615 R616 R617

1-218-956-11 1-218-953-11 1-218-933-11 1-218-933-11 1-218-933-11


1.8K 1K 22 22 22

5% 5% 5% 5% 5%

1/16W 1/16W 1/16W 1/16W 1/16W

R759 R760 R761 R775 R776

1-218-941-81 1-218-941-81 1-218-941-81 1-218-937-11 1-218-937-11


100 100 100 47 47

5% 5% 5% 5% 5%

1/16W 1/16W 1/16W 1/16W 1/16W

R618 R619 R620 R621 R622

1-218-933-11 1-218-953-11 1-218-977-11 1-218-973-11 1-218-953-11


22 1K 100K 47K 1K

5% 5% 5% 5% 5%

1/16W 1/16W 1/16W 1/16W 1/16W

R779 R789 R790 R792 R793

1-218-990-81 1-218-990-81 1-218-990-81 1-216-864-11 1-218-941-81

SHORT CHIP SHORT CHIP SHORT CHIP SHORT CHIP METAL CHIP

0 0 0 0 100

5%

1/16W

R625 R626 R627 R628 R629

1-218-961-11 1-218-933-11 1-218-933-11 1-218-953-11 1-218-977-11


4.7K 22 22 1K 100K

5% 5% 5% 5% 5%

1/16W 1/16W 1/16W 1/16W 1/16W

R794 R795 R796 R798 R799

1-218-941-81 1-218-941-81 1-218-941-81 1-216-864-11 1-218-933-11


100 100 100 0 22

5% 5% 5%

1/16W 1/16W 1/16W

5%

1/16W

R630 R631 R634 R635 R636

1-218-973-11 1-218-953-11 1-218-961-11 1-218-990-81 1-218-973-11


47K 1K 4.7K 0 47K

5% 5% 5%

1/16W 1/16W 1/16W

5%

1/16W

R810 R812 R820 R821 R834

1-218-957-11 1-218-961-11 1-250-535-11 1-250-531-11 1-250-519-11


2.2K 4.7K 47K 33K 10K

5% 5% 1% 1% 1%

1/16W 1/16W 1/16W 1/16W 1/16W

R637 R638 R700 R701 R702

1-208-859-81 1-208-859-81 1-218-933-11 1-218-933-11 1-216-864-11


68 68 22 22 0

0.5% 0.5% 5% 5%

1/16W 1/16W 1/16W 1/16W

R846 R853 R872 R891 R892

1-218-965-11 1-218-965-11 1-250-535-11 1-218-864-11 1-218-961-11


10K 10K 47K 5.1K 4.7K

5% 5% 1% 0.5% 5%

1/16W 1/16W 1/16W 1/10W 1/16W

R707 R708 R711 R712 R713

1-218-942-11 1-218-942-11 1-218-933-11 1-218-933-11 1-216-864-11


120 120 22 22 0

5% 5% 5% 5%

1/16W 1/16W 1/16W 1/16W

R943 R944 R945 R946 R947

1-216-825-11 1-216-825-11 1-216-825-11 1-216-825-11 1-216-825-11


2.2K 2.2K 2.2K 2.2K 2.2K

5% 5% 5% 5% 5%

1/10W 1/10W 1/10W 1/10W 1/10W

R714 R715 R716 R717 R718

1-216-864-11 1-216-864-11 1-218-941-81 1-218-937-11 1-218-990-81

SHORT CHIP SHORT CHIP METAL CHIP METAL CHIP SHORT CHIP

0 0 100 47 0

R948 R1007 R1009 R1022 R1023

1-216-825-11 1-218-941-81 1-218-953-11 1-218-941-81 1-218-953-11


2.2K 100 1K 100 1K

5% 5% 5% 5% 5%

1/10W 1/16W 1/16W 1/16W 1/16W

R719 R720 R721 R724 R725

1-218-990-81 1-218-933-11 1-218-933-11 1-218-937-11 1-218-937-11


R726 R727 R734 R735 R736

1-218-937-11 1-218-937-11 1-218-933-11 1-218-933-11 1-218-941-81


0 0 33K 33K 24K

5% 5% 0.5%

Ref. No.

Remark

5% 5%

1/16W 1/16W

0 22 22 47 47

5% 5% 5% 5%

1/16W 1/16W 1/16W 1/16W

R1027 R1028 R1029 R1030 R1032

1-218-965-11 1-218-941-81 1-218-965-11 1-218-941-81 1-218-941-81


10K 100 10K 100 100

5% 5% 5% 5% 5%

1/16W 1/16W 1/16W 1/16W 1/16W

47 47 22 22 100

5% 5% 5% 5% 5%

1/16W 1/16W 1/16W 1/16W 1/16W

R1033 R1037 R1038 R1039 R1041

1-218-965-11 1-218-977-11 1-218-990-81 1-218-989-11 1-218-941-81

METAL CHIP METAL CHIP SHORT CHIP METAL CHIP METAL CHIP

10K 100K 0 1M 100

5% 5%

1/16W 1/16W

5% 5%

1/16W 1/16W

125


POWER KEY

TOUCH_F

Part No.

Description

R1043 R1046 R1048 R1049 R1050

1-218-961-11 1-218-970-81 1-218-965-11 1-218-941-81 1-218-977-11


4.7K 27K 10K 100 100K

5% 5% 5% 5% 5%

1/16W 1/16W 1/16W 1/16W 1/16W

Remark

R1051 R1053 R1055 R1056 R1057

1-218-977-11 1-218-977-11 1-218-965-11 1-218-973-11 1-218-965-11


100K 100K 10K 47K 10K

5% 5% 5% 5% 5%

1/16W 1/16W 1/16W 1/16W 1/16W

R1058 R1059 R1060 R1061 R1062

1-218-965-11 1-218-977-11 1-218-973-11 1-218-965-11 1-218-973-11


10K 100K 47K 10K 47K

5% 5% 5% 5% 5%

1/16W 1/16W 1/16W 1/16W 1/16W

R1066 R1067 R1068 R1069 R1070

1-218-959-11 1-218-977-11 1-218-973-11 1-218-965-11 1-218-941-81


3.3K 100K 47K 10K 100

5% 5% 5% 5% 5%

1/16W 1/16W 1/16W 1/16W 1/16W

R1071 R1075 * R1076 R1078 R1079

1-218-941-81 1-218-965-11 1-250-511-11 1-250-521-11 1-218-953-11


100 10K 4.7K 12K 1K

5% 5% 1% 1% 5%

1/16W 1/16W 1/16W 1/16W 1/16W

R1082 R1083 R1085 R1086 R1087

1-218-941-81 1-218-965-11 1-218-965-11 1-218-961-11 1-218-961-11


100 10K 10K 4.7K 4.7K

5% 5% 5% 5% 5%

1/16W 1/16W 1/16W 1/16W 1/16W

R1089 R1090 R1091 R1096

1-218-965-11 1-218-957-11 1-218-957-11 1-218-941-81

METAL CHIP METAL CHIP METAL CHIP METAL CHIP

10K 2.2K 2.2K 100

R1097

1-216-864-11

SHORT CHIP

0

R1101

1-218-961-11

METAL CHIP

R1105 R1107 R1108 R1115

1-218-953-11 1-218-965-11 1-218-941-81 1-218-965-11

METAL CHIP METAL CHIP METAL CHIP METAL CHIP

4.7K 5% 1/16W (N5200W/N7200W/N9200W) 1K 5% 1/16W 10K 5% 1/16W 100 5% 1/16W 10K 5% 1/16W

R1116 R1128 R1129 R1131 R1132

1-218-941-81 1-218-977-11 1-218-977-11 1-218-941-81 1-218-941-81


100 100K 100K 100 100

R1133 R1145

1-218-977-11 1-218-961-11


R1146 R1147 * R2008

1-218-941-81 1-218-965-11 1-250-507-11

METAL CHIP METAL CHIP METAL CHIP

100K 5% 1/16W 4.7K 5% 1/16W (N5200W/N7200W/N9200W) 100 5% 1/16W 10K 5% 1/16W 3.3K 1% 1/16W

R2009

1-218-965-11

METAL CHIP

10K

Ref. No. RB1006 RB1007 RB1008 RB1009 RB1010

Part No.

Description

1-234-372-11 1-234-372-11 1-234-372-11 1-234-370-21 1-234-372-11

RES, NETWORK 100 (1005X4) RES, NETWORK 100 (1005X4) RES, NETWORK 100 (1005X4) RES, NETWORK 22 (1005X4) RES, NETWORK 100 (1005X4)

Remark

< VIBRATOR > X401 1-814-417-11 QUARTZ CRYSTAL UNIT (27MHz) X1001 1-795-313-21 VIBRATOR, CERAMIC (8MHz) ************************************************************* POWER KEY BOARD **************** < CAPACITOR > C2110

1-118-386-11

CERAMIC CHIP 0.1uF

10%

16V

5%

1/16W

< CONNECTOR > * CN2110

1-580-055-21

PIN, CONNECTOR (SMD) 2P < RESISTOR >

5% 1/16W 5% 1/16W 5% 1/16W 5% 1/16W (N7200WL/N9200WL)

5% 5% 5% 5% 5%

5%

< COMPOSITION CIRCUIT BLOCK > RB401 RB601 RB602 RB700 RB1004

126

1-234-378-21 1-234-400-21 1-234-400-21 1-234-372-11 1-234-372-11

RES, NETWORK 10K (1005X4) CONDUCTOR, NETWORK (1005X4) CONDUCTOR, NETWORK (1005X4) RES, NETWORK 100 (1005X4) RES, NETWORK 100 (1005X4)

1/16W 1/16W 1/16W 1/16W 1/16W

1/16W

R2110

1-218-953-11

METAL CHIP

1K

< SWITCH > S2110 1-798-284-11 TACTILE SWITCH (\/1) S2111 1-798-284-11 TACTILE SWITCH (Z) ************************************************************* A-1978-580-A

TOUCH_F BOARD, COMPLETE ************************ < CAPACITOR >

C2701 C2702 C2708 * C2709 C2710

1-116-737-11 1-116-737-11 1-116-737-11 1-116-720-11 1-118-386-11


1uF 1uF 1uF 10uF 0.1uF

20% 20% 20% 20% 10%

10V 10V 10V 6.3V 16V

C2713 C2714 C2715 C2716 C2722

1-117-740-81 1-117-740-81 1-117-740-81 1-117-740-81 1-118-386-11


3.3PF 3.3PF 3.3PF 3.3PF 0.1uF

0.1PF 0.1PF 0.1PF 0.1PF 10%

16V 16V 16V 16V 16V

C2724 C2725 C2726

1-118-459-11 1-118-459-11 1-118-386-11


10% 10% 10%

25V 25V 16V

< CONNECTOR > CN2701 CN2702

1-794-235-51 1-766-619-61

CONNECTOR, FFC/FPC 11P CONNECTOR, FFC/FPC 8P < DIODE >

D2701 D2702 D2703 D2704 D2705

6-502-993-01 6-502-993-01 6-502-993-01 6-502-993-01 6-502-993-01

DI DI DI DI DI

SL-270S-WS-SD-TS SL-270S-WS-SD-TS SL-270S-WS-SD-TS SL-270S-WS-SD-TS SL-270S-WS-SD-TS

D2706 D2707

6-502-993-01 6-503-728-01

DI SL-270S-WS-SD-TS DI CL-270S-HB8-SD-TS

HBD-N5200W/N7200W/N7200WL/N9200W/N9200WL TOUCH_F Ref. No.

Part No.

Description

Remark

Ref. No.

Part No.

6-719-198-01 6-721-022-01 6-715-039-01

D2950 D2951 D2952

IC MM3411A33URE IC LDS6107NQGI8 IC TC7SZ08FU, RSONYJ

6-502-993-01 6-502-993-01 6-502-993-01

6-552-941-01 6-552-941-01 6-552-941-01 6-552-941-01

TR TR TR TR

IC2950 IC2951

LTC023JUBFS8TL LTC023JUBFS8TL LTC023JUBFS8TL LTC023JUBFS8TL

Q2950

1-218-990-81 1-218-953-11 1-218-941-81 1-218-941-81 1-250-618-11


0 1K 100 100 1.2K

5% 5% 5% 1%

1/16W 1/16W 1/16W 1/10W

R2705 R2706 R2707 R2708 R2709

1-250-618-11 1-250-618-11 1-250-618-11 1-250-618-11 1-250-618-11


1.2K 1.2K 1.2K 1.2K 1.2K

1% 1% 1% 1% 1%

1/10W 1/10W 1/10W 1/10W 1/10W

R2710 R2711 R2713 R2715 R2717

1-250-618-11 1-250-618-11 1-218-990-81 1-218-957-11 1-218-957-11

METAL CHIP METAL CHIP SHORT CHIP METAL CHIP METAL CHIP

1.2K 1.2K 0 2.2K 2.2K

1% 1%

1/10W 1/10W

5% 5%

1/16W 1/16W

R2718 R2719 R2720 R2721 R2734

1-218-990-81 1-218-990-81 1-218-990-81 1-218-990-81 1-218-957-11

SHORT CHIP SHORT CHIP SHORT CHIP SHORT CHIP METAL CHIP

0 0 0 0 2.2K

5%

1/16W

R2736 R2737 R2738 R2739 R2740

1-216-821-11 1-216-821-11 1-216-821-11 1-216-821-11 1-216-821-11


1K 1K 1K 1K 1K

5% 5% 5% 5% 5%

1/10W 1/10W 1/10W 1/10W 1/10W

R2741 1-216-821-11 METAL CHIP 1K 5% 1/10W R2746 1-218-945-11 METAL CHIP 220 5% 1/16W R2747 1-218-945-11 METAL CHIP 220 5% 1/16W R2748 1-218-945-11 METAL CHIP 220 5% 1/16W ************************************************************* TOUCH_S BOARD, COMPLETE ************************ < CAPACITOR > C2953 C2954 C2955 * C2956 C2957

1-117-728-81 1-116-737-11 1-116-737-11 1-116-720-11 1-118-386-11


1PF 1uF 1uF 10uF 0.1uF

0.1PF 20% 20% 20% 10%

16V 10V 10V 6.3V 16V

C2958 C2961 C2962 C2964

1-116-737-11 1-118-386-11 1-117-728-81 1-117-728-81

CERAMIC CHIP CERAMIC CHIP CERAMIC CHIP CERAMIC CHIP

1uF 0.1uF 1PF 1PF

20% 10% 0.1PF 0.1PF

10V 16V 16V 16V

< CONNECTOR > 1-794-235-51

CONNECTOR, FFC/FPC 11P

6-719-198-01 (Not supplied)

IC MM3411A33URE IC LDS6204NTGI8

6-552-941-01

TR

LTC023JUBFS8TL

< RESISTOR >

R2700 R2701 R2702 R2703 R2704

CN2964

DI SL-270S-WS-SD-TS DI SL-270S-WS-SD-TS DI SL-270S-WS-SD-TS

< TRANSISTOR >

< RESISTOR >

A-1978-581-A

Remark

< IC >

< TRANSISTOR > Q2700 Q2701 Q2705 Q2706

Description < DIODE >

< IC > IC2700 IC2701 IC2702

TOUCH_S

R2950 R2951 R2952 R2953 R2954

1-218-941-81 1-218-941-81 1-250-616-11 1-250-618-11 1-250-618-11


100 100 1K 1.2K 1.2K

5% 5% 1% 1% 1%

1/16W 1/16W 1/10W 1/10W 1/10W

R2955 R2956 R2957 R2958 R2959

1-250-618-11 1-250-618-11 1-218-990-81 1-218-953-11 1-218-990-81

METAL CHIP METAL CHIP SHORT CHIP METAL CHIP SHORT CHIP

1.2K 1.2K 0 1K 0

1% 1%

1/10W 1/10W

5%

1/16W

R2960 R2961 R2965 R2966 R2967

1-218-957-11 1-218-957-11 1-218-990-81 1-218-990-81 1-218-990-81

METAL CHIP METAL CHIP SHORT CHIP SHORT CHIP SHORT CHIP

2.2K 2.2K 0 0 0

5% 5%

1/16W 1/16W

R2971 1-250-616-11 METAL CHIP 1K 1% 1/10W R2972 1-218-957-11 METAL CHIP 2.2K 5% 1/16W ************************************************************* MISCELLANEOUS ************** 54 55 57 61 102

1-828-260-61 1-848-230-61 1-848-134-61 8-989-470-05 A-1977-315-A

WIRE (FLAT TYPE) (26 CORE) WIRE (FLAT TYPE) (11 CORE) FLEXIBLE FLAT CABLE (8 CORE) RC-S801/A5 (WW) LOADING ASSY

105 156 157 253 255

1-848-088-61 1-848-090-71 1-848-089-61 1-458-765-11 1-828-273-61

WIRE (FLAT TYPE) (5 CORE) FLEXIBLE FLAT CABLE (45 CORE) WIRE (FLAT TYPE) (9 CORE) CARD WLAN/BT COMBO WIRE (FLAT TYPE) (28 CORE)

257 259 301 302 302

1-492-700-11 1-970-007-11 1-848-229-61 1-848-226-61 1-848-227-61

RF MODULATOR (WS001) HARNESS (USB) WIRE (FLAT TYPE) (15 CORE) WIRE (FLAT TYPE) (9 CORE) (N7200WL/N9200WL) WIRE (FLAT TYPE) (5 CORE) (N5200W/N7200W/N9200W)

Note 1: IC2951 on the TOUCH_S board cannot exchange with single. When this part on the TOUCH_S board is damaged, exchange the entire mounted board. Note 2: Wires (flat type) and flexible flat cable for service is all straight. Please bend it referring go “HOW TO BEND FFC” on page 33 when you install it in the unit. Note 3: When the WLAN/BT combo card is replaced, refer to “NOTE OF REPLACING THE WLAN/BT COMBO CARD AND THE COMPLETE MB1305 BOARD” on page 8 and “CHECKING METHOD OF NETWORK OPERATION” on page 12.

127


Ref. No.

Part No.

Description

307 309 309 309 309

1-855-032-11 1-834-966-41 1-835-068-21 1-837-308-11 1-837-344-11

FAN, D.C. POWER-SUPPLY CORD (AEP, PX, E32, E3, MX6) CORD, POWER (AUS) CORD, POWER-SUPPLY (US, CND) CORD, POWER-SUPPLY (MX)

0 309 0 309 0 354

1-839-012-11 1-839-999-21 1-474-545-11

0 354

1-474-545-21

0 354

1-474-546-11

CORD, POWER-SUPPLY (E12) POWER-SUPPLY CORD (UK, EA) SWITCHING REGULATOR (3L396W-1) (N7200WL/N9200WL: AEP, EA, AUS, MX6) SWITCHING REGULATOR (3L396W) (N9200WL: E3) SWITCHING REGULATOR (3L402W-1) (N5200W/N7200W: US, AEP, UK, E32/ N9200W: AEP, CND, EA, AUS, MX6)

0 354

1-474-546-21

356 357 0 OP1

1-848-232-61 1-848-357-11 8-820-465-06

0 0 0 0 0

Remark

SWITCHING REGULATOR (3L402W) (N7200W: E12/N9200W: E12, E3) FLEXIBLE FLAT CABLE (24 CORE) FLEXIBLE FLAT CABLE (26 CORE) DEVICE, OPTICAL KEM480AHA/C2RP1

Note 1: Flexible flat cable for service is all straight. Please bend it referring go “HOW TO BEND FFC” on page 33 when you install it in the unit. Note 2: When the device optical KEM480AHA/C2RP1 (OP1) is replaced, refer to “NOTE OF REPLACING THE OPTICAL DEVICE KEM480AHA/C2RP1 (OP1) AND THE COMPLETE MB1305 BOARD” on page 9.

128


MEMO

129


REVISION HISTORY

Ver.

Date

1.0

2014.01

Description of Revision New

How to search for a contact point of signal lines or the like in DIAGRAMS SECTION If a contact point of a BLOCK DIAGRAM, PRINTED WIRING BOARD or SCHEMATIC DIAGRAM is shown in a different page, use the PDF file search function to find one. e.g.) If a contact point is shown as , follow the procedure below. Procedure: 1. Press the [F] key while pressing the [Ctrl] key. 2. Input “>001Z” in the search box and press the [Enter] key. 3. The relevant part (page), where the contact point is shown, appears. Note: If you still see the original page, press the [Enter] key again.

Sony_BDV-N7200W_HBD-N5200W,HBD-N7200W,HBD-N7200WL,HBD-N9200W,HBD-N9200WL.pdf

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