Marantz M-CR603.pdf

M-CR603 /N1SG/N1Bd/U1Bd

Service Manual

CD Receiver

•

For purposes of improvement, specications and design are subject to change without notice.

•

Please use this service manual with referring to the operating instructions without fail.

•

Some illustrations using in this service manual are slightly different from the actual set.

M-CR603

Ver. 8 Please refer to the MODIFICATION NOTICE.

S0661-1V08DM/DG1304

Copyright 2013 D&M Holdings Inc. All rights reserved. WARNING: Violators will be prosecuted to the maximum extent possible.

MARANTZ DESIGN AND SERVICE

Using superior design and selected high grade components, MARANTZ company has created the ultimate in stereo sound. Only srcinal MARANTZ parts can insure that your MARANTZ product will continue to perform to the specications for which it is famous. Parts for your MARANTZ equipment are generally available to our National Marantz Subsidiary or Agent.

ORDERING PARTS : Parts can be ordered either by mail or by Fax.. In both cases, the correct part number has to be specied. The following information must be supplied to eliminate delays in processing your order : 1. Complete address 2. Complete part numbers and quantities required 3. Description of parts 4. Model number for which part is required 5. Way of shipment 6. Signature : any order form or Fax. must be signed, otherwise such part order will be considered as null and void. USA

EUROPE / TRADING

CANADA

MARANTZ AMERICA, INC

D&M EUROPE B. V.

D&M Canada Inc.

100 CORPORATE DRIVE MAHWAH, NEW JERSEY 07430 USA

P. O. BOX 8744, BUILDING SILVERPOINT BEEMDSTRAAT 11, 5653 MA EINDHOVEN THE NETHERLANDS PHONE : +31 - 40 - 2507844 FAX : +31 - 40 - 2507860

5-505 APPLE CREEK BLVD. MARKHAM, ONTARIO L3R 5B1 CANADA PHONE : 905 - 415 - 9292 FAX : 905 - 475 - 4159

KOREA

JAPAN D&M Holdings Inc.

D&M SALES AND MARKETING KOREA LTD.

D&M BUILDING, 2-1 NISSHIN-CHO, KAWASAKI-KU, KAWASAKI-SHI, KANAGAWA, 210-8569 JAPAN

2F,YEON BLDG., 88-5, BANPO-DONG, SEOCHO-GU, SEOUL KOREA PHONE : +82 - 2 - 715 - 9041 FAX : +82 - 2 - 715 - 9040

CHINA D&M SALES AND MARKETING SHANGHAI LTD.

ROOM.808 SHANGHAI AIRPORT CITY TERMINAL NO.1600 NANJING (WEST) ROAD, SHANGHAI, CHINA. 200040 TEL : 021 - 6248 - 5151 FAX : 021 - 6248 - 4434

NOTE ON SAFETY : Symbol z Fire or electrical shock hazard. Only srcinal parts should be used to replaced any part marked with symbol z . Any other component substitution (other than srcinal type), may increase risk of re or electrical shock hazard.

安全上の注意：

zがついている部品は、安全上重要な部品です。必ず指定されている部品番号のものを使用して下さい。 SHOCK, FIRE HAZARD SERVICE TEST : CAUTION :After servicing this appliance and prior to returning to customer, measure the resistance between either primary AC cord connector pins (with unit NOT connected to AC mains and its Power switch ON), and the face or Front Panel of product and controls and chassis bottom. Any resistance measurement less than 1 Megohms should cause unit to be repaired or corrected before AC power is applied, and veried before it is return to the user/customer. Ref. UL Standard No. 60065.

In case of difculties, do not hesitate to contact the Technical Department at above mentioned address. 091105DM/DG

2

SAFETY PRECAUTIONS The following check should be performed for the continued protection of the customer and service technician.

LEAKAGE CURRENT CHECK Before returning the unit to the customer, make sure you make either (1) a leakage current check or (2) a line to chassis resistance check. if the leakage current exceeds 0.5 milliamps, or if the resistance from chassis to either side of the power cord is less than 460 kohms, the unit is defective. Be sure to test for leakage current with the AC plug in both polarities, in addition, in each power ON, OFF and STANDBY mode, if applicable.

CAUTION Please heed the points listed below during servicing and inspection. ◎ Heed the cautions!

◎ Inspect for safety after servicing!

Spots requiring particular attention when servicing, such as the cabinet, parts, chassis,etc., have cautions indicated on labels. be sure to heed these causions and the cautions indicated in the handling instructions.

Check that all screws, parts and wires removed or disconnected for servicing have been put back in their srcinal positions, inspect that no parts around the area that has been serviced have been negatively affected, conduct an inslation check on the external metal connectors and between the blades of the power plug, and otherwise check that safety is ensured.

◎ Caution concerning electric shock! (1) An AC voltage is impressed on this set, so touching internal metal parts when the set is energized could cause electric shock. Take care to avoid electric shock, by for example using an isolating transformer and gloves when servicing while the set is energized, unplugging the power cord when replacing parts, etc.

(Insulation check procedure) Unplug the power cord from the power outlet, disconnect the antenna, plugs, etc., and turn the power switch on. Using a 500V insulation resistance tester, check that the inplug and the externally exposed metal parts (antenna terminal, headphones terminal, input terminal, etc.) is 1MΩ or greater. If it is less, the set must be inspected and repaired.

(2) Tere are high voltage parts inside. Handle with extra care when the set is energized.

◎ Caution concerning disassembly and assembly! Through great care is taken when manufacturing parts from sheet metal, there may in some rare cases be burrs on the edges of parts which could cause injury if ngers are moved across them. Use gloves to protect your hands.

CAUTION Concerning important safety parts

Many of the electric and structural parts used in the set have special safety properties. In most cases these properties are difficult to distinguish by sight, and using replacement parts with higher ratings (rated power and withstand voltage) does not necessarily guarantee that safety performance will be poreserved. Parts with safety properties are indicated as shown below on the wiring diagrams and parts lists is this service manual. Be sure to replace them with parts with the designated part number.

◎ Only use designated parts! The set's parts have specific safety properties (fire resistance, voltage resistance, etc.). For replacement parts, be sure to use parts which have the same poroperties. In particular, for the important safety parts that are marked z on wiring diagrams and parts lists, be sure to use the designated parts.

◎ Be sure to mount parts and arrange the wires as they were srcinally!

(1) Schematic diagrams ......Indicated by the z mark. (2) Parts lists ......Indicated by the z mark. Using parts other than the designated parts could result in electric shock, res or other dangerous situations.

For safety seasons, some parts use tape, tubes or other insulating materials, and some parts are mounted away from the surface of printed circuit boards. Care is also taken with the positions of the wores omsode amd clamps are used to keep wires away from heating and high voltage parts, so be sure to set everything back as it was srcinally.

3

NOTE FOR SCHEMATIC DIAGRAM WARNING: r. Parts marked with this symbol z have critical characteristics. Use ONLY replacement parts recommended by the manufacture

CAUTION: Before returning the unit to the customer, make sure you make either (1) a leakage current check or (2) a line to chassis resistance check. If the leakage current exceeds 0.5 milliamps, or if the resistance from chassis to either side of the power cord is less than 460 kohms, the unit is defective.

WARNING: DO NOT return the unit to the customer until the problem is located and corrected.

NOTICE: ALL RESISTANCE VALUES IN OHM. k=1,000 OHM / M=1,000,000 OHM ALL CAPACITANCE VALUES IN MICRO FARAD. P=MICRO-MICRO FARAD EACH VOLTAGE AND CURRENT ARE MEASURED AT NO SIGNAL INPUT CONDITION. CIRCUIT AND PARTS ARE SUBJECT TO CHANGE WITHOUT PRIOR NOTICE.

NOTE FOR PARTS LIST NOTE ON SAFETY FOR FUSIBLE RESISTOR :

PARTS INFORMATION

The suppliers and their type numbers of fusible resistors are as follows; 1. KOA Corporation Part No. (MJI) Type No. (KOA) Description ▲ ×× × × × × ΩJ 00MNH05 ×140 RF25S (±5% 1/4W) ▲ ×× × × × × ΩJ 00MNH05 ×120 RF50S (±5% 1/2W) ▲ × × × × × ΩJ 00MNH85 × ×110 RF73B2A (±5% 1/10W) ▲ × ×} × × × ΩJ 00MNH95 ×}×140 RF73B2E (±5% 1/4W) Resistance value Resistance value (0.1 − 10kΩ)

RESISTORS

1) 00MGD05 2) 00MGD05

× × × 140,

Carbon lm xed resistor, ±5% 1/4W ×}× × 160, Carbon lm xed resistor, ±5% 1/6W

Resistance value  Examples ;  Resistance value Ω Ω 0.1.....001 10 .....100 1k Ω ..... 102 100k Ω .....104 Ω 0.5.....005 18 Ω .....180 2.7k Ω ..... 272 680k Ω .....684 Ω Ω 1Ω .....010 100 .....101 10k .....103 1M Ω .....105 Ω 6.8Ω .....068 390 .....391 22k Ω ..... 223 4.7M Ω .....475 Note : Please distinguish 1/4W from 1/6W by the shape of parts used actually.

2. Matsushita Electronic Components Co., Ltd Part No. (MJI) Type No. (MEC) ▲ ×× × ×× × 00MNF05 140 ERD-2FCJ 00MRF05 × × × 140 ▲ 00MNF02 × × × 140 ERD-2FCG ×}× × 00MRF02 ×}× × 140

CAPACITORS

CERAMIC CAP. × 3) 00MDD1 × × }×370,  

Ceramic capacitor Disc type

Examples ; * Resistance value Ω 0.1.....001 10 Ω 0.5.....005 18 1Ω .....010 100 6.8Ω .....068 390

High dielectric constant ceramic capacitor

ELECTROLY CAP. ( × 5) 00MEA ×}× × ×}×10, 

Examples ;  Capacity value 0.1µF.....104

1000pF ..... 102 2200pF ..... 222



: ANTENNA

BATT.

: BATTERY

: CAPACITOR

CER.

: CERAMIC

: HEADPHONE

µ-PRO : MICROPROCESSOR RES.

10000pF .....103

Electrolytic capacitor One-way lead type, Tolerance ±20% Working voltage Capacity value

Working voltage 6.3V.....006 10V.....010 16V.....016

FILM CAP. ( ) 6) 00MDF15 × × × 350 00MDF15 × × × 310 00MDF16 ×}× × 310

100k 680k 1M 4.7M

Ω ....104 Ω ....684 Ω ....105 Ω ....475

: RESISTOR

DIG. MIC. REC. SPK

: DIGITAL : MICROPHONE : RECORDING : SPEAKER

TRANSF.:

SW

: SWITCH

TRIM.

: TRIMMING

TRS.

: TRAMSISTOR

TRANSFORMER

VAR.

: VARIABLE

X’TAL

: CRYSTAL

)

0.33µF .....334 1µF.....105 

Ω ..... 102 Ω ..... 272 Ω .....103 Ω ..... 223

CAP. HP

Disc type Temp.chara. 2B4, 50V Capacity value

Examples ;  Capacity value 100pF .....101 470pF .....471

1k 2.7k 10k 22k

ANT.

CONN. : CONNECTING





Ω .....100 Ω .....180 Ω .....101 .....391 Ω

Resistance value

ABBREVIATION AND MARKS

CERAMIC CAP. ×} × 300, ×

(±2% 1/4W)

Resistance value

Temp.coeff.P350～ N1000, 50V Capacity value Tolerance Examples ;  Tolerance (Capacity deviation) ......±0.25pF 0 ...... 1 ±0.5pF ...... 5 ±5% Tolerance of COMMON PARTS handled here are as follows : ～ 0.5pF 5pF .....±0.25pF 6pF ～ 10pF .....±0.5pF 12pF ～ 560pF .....±5%  Capacity value 0.5pF .....005 3pF .....030 100pF.....101 1pF .....010 10pF .....100 220pF.....221 1.5pF .....015 47pF .....470 560pF .....561

4) 00MDK16

Description (±5% 1/4W)

4.7µF.....475

100µF ... 107

10µF.....226 .....106 22µF 2200µF ... 228

330µF ... ... 118 337 1100µF

NOTE ON FUSE : Regarding to all parts of parts code

00MFS20xxx2xx, replace

only with Wickmann-Werke GmbH, Type 372 non glass type fuse.

NOTE ON SAFETY : Symbol z Fire or electrical shock hazard. Only srcinal parts

25V.....025 35V.....035 50V.....050

should be used to replaced any part marked with symbol

z.

Any other component substituti on (other than srcinal type), may increase risk of re or electrical shock hazard.

▲

Plastic lm capacitor One-way type, Mylar ±5% 50V ▲ Plastic lm capacitor One-way type, Mylar ±10% 50V Capacity value

Examples ;  Capacity value 0.001µF (1000pF) ...........102 0.0018µF...........................182 0.01µF...........................103 0.015µF...........................153

安全上の注意 : z がついている部品は、安全上重要な部品です。必ず指定されている部品番号の部品を使用して下さい。

0.1µF .... 104 0.56µF .... 564 1µF .... 105

060522 MZ

4

WARNING AND LASER SAFETY INSTRUCTIONS GB

WARNING

NL

All ICs and many other semi-conductors are susceptible to electrostatic discharges (ESD). Careless handling during repair can reduce life drastically. When repairing, make sure that you are connected with the same potential as the mass of the set via a wrist wrap with resistance. Keep components and tools also at this potential.

F

WAARSCHUWING

Alle IC’s en vele andere halfgeleiders zijn gevoelig voor elektrostatische ontladingen (ESD). Onzorgvuldig behandelen tijdens reparatie kan de levensduur drastisch doen verminderen. Zorg ervoor dat u tijdens reparatie via een polsband met weerstand verbonden bent met hetzelfde potentiaal als de massa van het apparaat. Houd componenten en hulpmiddelen ook op ditzelfde potentiaal. D

ATTENTION

Tous les IC et beaucoup d’autres semiconducteurs sont sensibles aux décharges statiques (ESD). Leur longévité pourrait être considérablement écourtée par le fait qu’aucune précaution n’est prise a leur manipulation. Lors de réparations, s’assurer de bien être relié au même potentiel que la masse de l’appareil et enfiler le bracelet serti d’une résistance de sécurité. Veiller a ce que les composants ainsi que les outils que l’on utilise soient également a ce potentiel.

WARNUNG

I

Alle IC und viele andere Halbleiter sind empfindlich gegen elektrostatische Entladungen (ESD). Unsorgfältige Behandlung bei der Reparatur kann die Lebensdauer drastisch vermindern. Sorgen sie dafür, das Sie im Reparaturfall über ein Pulsarmband mit Widerstand mit dem Massepotential des Gerätes verbunden sind. Halten Sie Bauteile und Hilfsmittel ebenfalls auf diesem Potential.

AVVERTIMENTO

Tutti IC e parecchi semi-conduttori sono sensibili alle scariche statiche (ESD). La loro longevita potrebbe essere fortemente ridatta in caso di non osservazione della piu grande cauzione alla loro manipolazione. Durante le riparazioni occorre quindi essere collegato allo stesso potenziale che quello della massa dell’apparecchio tramite un braccialetto a resistenza. Assicurarsi che i componenti e anche gli utensili con quali si lavora siano anche a questo potenziale.

D

GB

Bei jeder Reparatur sind die geltenden Sicherheitsvorschriften zu beachten. Der Originalzustand des Gerats darf nicht verandert werden. Fur Reparaturen sind Original-Ersatzteile zu verwenden.

Safety regulations require that the set be restored to its srcinal condition and that parts which are identical with those specified be used. NL

I

Veiligheidsbepalingen vereisen, dat het apparaat in zijn oorspronkelijke toestand wordt terug gebracht en dat onderdelen, identiek aan de gespecifieerde worden toegepast.

Le norme di sicurezza esigono che l’apparecchio venga rimesso nelle condizioni srcinali e che siano utilizzati pezzi di ricambiago idetici a quelli specificati.

F “Pour votre sécurité, ces documents doivent être utilisés par des spécialistes agrées, seuls habilités à réparer votre appareil en panne.”

Les normes de sécurité exigent que l’appareil soit remis a l’état d’srcine et que soient utilisées les pièces de rechange identiques à celles spécifiées.

LASER SAFETY

This unit employs a laser. Only a qualified service person should remove the cover or attempt to service this device, due to possible eye injury.

USE OF CONTROLS OR ADJUSTMENTS OR PERFORMANCE OF PROCEDURE OTHER THAN THOSE SPECIFIED HEREIN MAY RESULT IN HAZARDOUS RADIATION EXPOSURE. AVOID DIRECT EXPOSURE TO BEAM WARNING The use of optical instruments with this product will increase eye hazard. Repair handling should take place as much as possible with a disc loaded inside the player WARNING LOCATION: INSIDE ON L ASER COVERSHIELD CAUTION VISIBLE AND INVISIBLE LASER RADIATION WHEN OPEN AVOID EXPOSURE TO BEAM ADVARSEL SYNLIG OG USYNLIG LASERSTRÅLING VED ÅBNING UNDGÅ UDS ÆTTELSE FOR STRÅLING ADVARSEL SYNLIG OG USYNLIG LASERSTRÅLING NÅR DEKSEL Å PNES UNNGÅ EKSPONERING FOR STRÅLEN VARNING SYNLIG OCH OSYNLIG LASERSTRÅLNING NÄR DENNA DEL ÄR ÖPPNAD BETRAKTA EJ STRÅLEN VARO! AVATT AESSA OLET ALTTIINA NÄKYVÄLLE JA NÄKYMÄTTÖMÄLLE LASER SÄTEILYLLE. ÄLÄ KATSO SÄTEESEEN VORSICHT SICHTBARE UND UNSICHTBARE LASERSTRAHLUNG WENN ABDECKUNG GEÖFFNET NICHT DEM STRAHL AUSSETSEN DANGER VISIBLE AND INVISIBLE LASER RADIATION WHEN OPEN AVOID DIRECT EXPOSURE TO BEAM ATTENTION RAYONNEMENT LASER VISIBLE ET INVISIBLE EN CAS D'OUVERTURE EXPOSITION DANGEREUSE AU FAISCEAU

030804ec

5

INSTRUCTIONS FOR HANDLING SEMI-CONDUCTORS AND OPTICAL UNIT Electrostatic breakdown of the semi-conductors or optical pickup may occur due to a potential difference caused by electrostatic charge during unpacking or repair work.

1. Ground for Human Body Be sure to wear a grounding band (1 MΩ) that is properly grounded to remove any static electricity that may be charged on the body.

2. Ground for Workbench Be sure to place a conductive sheet or copper plate with proper grounding (1 MΩ) on the workbench or other surface, where the semi-conductors are to be placed. Because the static electricity charge on clothing will not escape through the body grounding band, be careful to avoid contacting semi-conductors with your clothing

Grounding Band

1MΩ

CBA CBA

1MΩ

Conductive Sheet or Copper Plate

6

SPECIFICATIONS n CD player •

Audio performance S/N ratio (1 kHz) Dynamic range (1 kHz) Total harmonic distortion (1 kHz)

•

100 dB 100 dB 0.01 %

n Audio AMP

Clock method

0.7 %, 8 40 Ω) W + 40 W 0.7 %, 6 50 Ω) W + 50 W

Frequency range

110 mV/24 kΩ 200 mV/32 kΩ

AUX input S/N ratio (10 W, 8 Ω, IHF-A) AUX input

Sensitivity

174.928(5A)~239.200(13F)MHz (BAND III) –90 dBm

Signal-to-noise ratio THD+N Channel separation

95 dB % (1 kHz) 0.025 70 dB (1 kHz)

n Power supply

0.05 %

Power supply voltage/frequency AC 230 V, 50/60 Hz Power consumption 50W Power consumption in standby mode 0.4 W

86 dB

n Tuner

n Miscellaneous

FM tuner Range of receivable frequencies

External dimensions (width x height x depth) 280 x 111 x 302 mm Weight 4.3 kg

87.5 to 108.0 MHz

DIMENSION

73

21.5

5 4

210

35

9 1 2

3 0 2

2 0 3

73

21.5

6 3

6 3

2

1 . 9 2 1

130

280

5 . 5 0 1

Ø26

2

Ø30 35

210

Within 1 – 2 minutes per month

5 Hz to 20 kHz (±3 dB)

Total harmonic distortion (1 kHz, 5 W, 8 Ω)

75

522 to 1611 kHz 40 dB 55 dBµV/m

n DAB tuner section

10 %, 8 Ω) 50 W + 50 W 10 %, 6 Ω) 60 W + 60 W

AUX1 AUX3 AUX2, Frequency response (5 W, 8 Ω) AUX input

35

65 dB 9 dBµV (IHF)

n Clock

Rated output (1 kHz, total harmonic distortion (1 kHz, total harmonic distortion Effective maximum output (1 kHz, total harmonic distortion (1 kHz, total harmonic distortion Input sensitivity/impedance

•

S/N ratio (mono) Sensitivity (S/N 30 dB) AM tuner Range of receivable frequencies S/N ratio Sensitivity (S/N 20 dB)

.5 5

35

7

.5 8 4

CAUTION IN SERVICING About replace the ETHERNET PCB ASS'Y with a new one h • When you replace the ETHERNET PCB ASS'Y (8U-310055S), you need software updates. (1) Replace the ETHERNET PCB ASS'Y with the 8U-310055S (MAC Address was written). (2) After the M-CR603 built, DISC using rmware DM860 (Net (IMG)) to change the F Version. Refer to [ VERSION UPGRADE PROCEDURE OF FIRMWARE "1. How to update by disc" ] for the details of the Version up with disc. (3) MAC Address Label pasted to Bottom is pasted to Mac Address Label (GEN8341; MAC ADDRESS SUB ASSY ) of exchanged ETHERNET PCB ASS'Y and it substitutes it. (4) The rmware is updated by DPMS. Refer to [ VERSION UPGRADE PROCEDURE OF FIRMWARE "2. How to update by DPMS" ] for the details of the Version up.

Initializing CD RECEIVER (Factory Reset) CD RECEIVER initialization should be performed when the μcom, peripheral parts of μcom, and Digital PCB. are replaced. 1. Turn off the power using ON/STANDBY button, unplug the power cord. 2. Plug the power cord into a power outlet while pressing VOLUMEd and 2 button simultaneously. ＊

Initialize.

Note:

All user settings will be lost and this factory setting will be recovered when this initialization mode. So make sure to memorize your setting for restoring after the initialization.

•

2

VOLUMEd

Service tools Measuring Disc:

CD/TCD-784 CD-R/TCD-R082W CD-RW/TCD-W082W

z Refer to "MEASURING METHOD AND WAVEFORMS".

8

DISASSEMBLY

s

• Disassemble in order of the arrow of the gure of following ow. • In the case of the re-assembling, assemble it in order of the reverse of the following ow. • In the case of the re-assembling, observe "attention of assembling" it. • If wire bundles are untied or moved to perform adjustment or parts replacement etc., be sure to rearrange them neatly as they were srcinally bundled or placed afterward. Otherwise, incorrect arrangement can be a cause of noise generation. CAUTION:Through great care is taken when manufacturing parts from sheet metal, there may in some rare cases be burrs on the edges of top cover which could cause injury if ngers are moved across them. Use gloves to protect your hands.

SIDE PANEL

TOP COVER

TOP PANEL and FRONT PANEL ASSY

Refer to "DISASSEMBLY 1. TOP PANEL and FRONT PANEL ASSY"

and "EXPLODED VIEW" TOP COVER (Ref. No. of EXPLODED VIEW : M4) FRONT PANEL ASSY (Ref. No. of EXPLODED VIEW : C1)

SMPS PCB ASSY Refer to "DISASSEMBLY 5. SMPS PCB ASSY" and "EXPLODED VIEW" SMPS PCB ASSY (Ref. No. of EXPLODED VIEW : C3)

CD MECHA ASSY Refer to "DISASSEMBLY 2. CD MECHA ASSY" and "EXPLODED VIEW" CD MECHA ASSY (Ref. No. of EXPLODED VIEW : C8)

MAIN PCB ASSY Refer to "DISASSEMBLY 4. MAIN PCB ASSY" and "EXPLODED VIEW" MAIN PCB ASSY (Ref. No. of EXPLODED VIEW : C2)

9

About the photos used for descriptions in the DISASSEMBLY" section. • The direction from which the photographs used herein were photographed is indicated at "Direction of photograph: ***" at the left of the respective photographs. • Refer to the table below for a description of the direction in which the photos were taken. • Photographs for which no direction is indicated were taken from above the product.

The viewpoint of each photograph (Photography direction)

Direction of photograph: B Front side

View from above

Direction of photograph: D

Direction of photograph: C

Direction of photograph: A

10

1. TOP COVER and FRONT PANEL ASSY

Proceeding : SIDE PANEL



TOP COVER and FRONT PNAEL ASSY

(1) Remove the screws.

View from bottom




11

(2) Cut the wire clamp band, then disconnect the connector wires and the FFC Cable.

cut Direction of photograph: D

CN44

FFC Cable

(3) Remove the TOP COVER and FRONT P ANEL ASSY. TOP COVER and FRONT PANEL ASSY

TOP COVER and FRONT PANEL ASSY

(4) Disconnect the connector wire.

CN0101

12

(4) Remove the TOP COVER. TOP COVER

Please remove TOP COVER while lifting the hook.

Please refer to "EXPLODED VIEW" for the disassembly method of each PCB included in FRONT PANEL ASSY.

13

2. CD MECHA ASSY

Proceeding : SIDE PANEL






CD MECHA ASSY


(2) Laser short-circuit in Pick-up of CD MECHANISM ASS'Y, then disconnect the connector wires and FFC cable. Be sure to wear a grounding band. Soldering place

FFC Cable


(3) Disconnect the connector wires.


Please refer to "EXPLODED VIEW" for the disassembly method of each PCB included in ETHERNET PCB ASSY and DAB PCB ASSY, TUNER MODULE.

14

3. MAIN PCB ASSY

Proceeding : SIDE PANEL 




MAIN PCB ASSY

(1) Remove the SHEET COVER.




(3) Remove the screws

View from bottom

15



CD MECHA ASSY

(4) Remove the SUPPORT MECHA. SUPPORT MECHA

(5) Remove the screws, then disconnect the FFC cable and the connector wire. CN45

CN43

CN61

16

4. SMPS PCB ASSY

Proceeding : SIDE PANEL 






CD MECHA ASSY

SMPC PCB ASSY


View from bottom

(2) Cut the wire clamp band, then disconnect the connector wires. Remove the screws. CN45

CN43


cut

CN61

17


Direction of photograph: B



18

NOTE HANDLING AND REPLACEMENT OF THE LASER PICK-UP 1. Protection of the LD Short a part of the LD circuit by soldering. After connection to a circuit, remove the short solder.

2. Precautions when handling the laser CD mechanism • Handle the laser pick-up so that it is not exposed to dust. • Do not leave the laser pick-up bare. Be sure to cover it. • If dust adheres on lens of the pick-up, blow it off with a blower brush. • Do not shock the laser pick-up. • Do not watch the light of the laser pick-up.

3. Cautions on assembling and adjustment • Be sure that to the bench, jig, head of soldering iron (with ceramic) and measuring instruments are well grounded. • Workers who handle the laser pick-up must be grounded. • The nished mechanism (prior to anchoring in the set) should be protected against static electricity and dust. The mechanism must be stored that damaging outside forces are not received. • When carrying the nished mechanism, hold it by the chassis body • For proper operation, storage and operating environment should not contain corrosive gases. For example H2S, SO2, NO2, CI2 etc. In addition storage environment should not have materials that emit corrosive gases especially from silicic, cyanic, formalin and phenol group. I the mechanism or the set, existence of corrosive gases may cause no rotation in motor.

4. Determining whether the laser pick-up is defective • Check the Iop(Laser drive current). Check lop in "SERVICE MODE". (Refer to 26 page.) • If the present Iop (current) value becomes more than 50mA, replace the Traverse unit with a new one. • No mechanical adjustment is necessary after the replacement.

Protective soldering place for laser diode.

19

SPECIAL MODE

s

Special mode setting Plug AC cord into power outlet while pressing buttons A and B. Each button continue to press until the lit of ENTER and No .

Mode

1

Initialization mode (Factory Reset)

2

Initialization mode ( User Reset)

3

Versiondisplay

4

Bu t t oAn

C onte nts

VOLUME UP

STOP

VOLUME UP

VOLUME DOWN

ON/ STANDBY

Initializing. Factory Reset Initializing. (Contents User's Guide is published)

-

CURSORUP

CD test mode

1/ 3.

Bu t t oB n

Version Display

VOLUME DOWN

ON/ STANDBY

Servo adjustment, Laser current, ON time

5

Heat Run mode

6

Productmode1

STOP

7

Productmode2

VOLUMEUP

8

Protection history mode

ENTER

9

Hiddenserialnumbermode

-

Update mode (by disc)

VOLUME DOWN

REVERSESKIP

Development/Factory use. The details cannot be disclosed.

11

DPMS compulsion update mode

VOLUME DOWN

FORWARDSKIP

DPMS Up date Mode

12

Compulsion update mode (by RS232C)

PLAY/ PAUSE

REVERSESKIP


10

13

MACAddressrewritemode

14

Update mode (display µ-com)

15

Access to development server mode

CURSOR d

INPUT VOLUME UP INPUT

ENTER

INPUT

Heat run

INPUT

Factoryuse.

REVERSESKIP

Factory use.

CURSOR UP Protection history view and reset -

Factoryuse.

FORWARDSKIP


INPUT


FORWARDSKIP


2

ON/

8

9

INPUT VOLUME f VOLUME d

STANDBY

20

1/3

g

g g g g

1. Initialization mode (Factory Reset) Backup data initialization is carried out. Refer to Initialization Items. After initialization, move on to normal mode. CAUTION

Version information (such as rewriting failed log) Clear. Clear the history of protection. "Initial value of laser current"and"The accumulated laser on time"not cleared. Power failure ag is not cleared. Startup display

All lights display(2 seconds) - All off display(2 seconds) All LED lighting (4 seconds) Enter(white), (white), Timer LED(red) "Factory Reset" displayed for 5 seconds.

Initialization Items (Default setting) source TUNER(band) DBB BASS TREBLE BALANCE DIMMER VOLUME TUNERPreset Favoritelist Clock TIMER (EVERYDAY/ONCE)

SPKResponse iPodmode AUTO STANDBY DABModule Protectionhistory Auto Adjust Networksetting PCLanguage ScreenSaver IRSetting

Default InternetRadio FM(without DAB), DAB(with DAB) OFF dB0 dB 0 CENTER 100% 0 Clearall Clearall 00:00(JP/EU),12:00AM(NA) Timer function CD/Disc ON TIME 0:00 (JP/EU), 12:00AM (NA) OFF TIME 0:00 Flat Directmode OFF ModuleInitialization NO PROTECT Time Zone : 1h /Summer Time : 0h DHCP(On) chinese(simplied) Off Enable

21

2. Initialization mode (User Reset) Backup data initialization is carried out. Refer to Initialization Items. After initialization, move on to normal mode. CAUTION

The difference is the following two points. Version information (such as rewriting failed log) not cleared. History of protection not cleared. Startup display

"Initialized" displayed for 5 seconds.

All lights display(2 seconds) - All off display(2 seconds) All LED lighting (4 seconds) Enter(white), (white), Timer LED(red)

3. Version display Menu items appear in the Add Version.Otherwise, normal operation. To exit this mode, unplug the power cord. Startup display

"Version" displayed for 5 seconds.

How to Display Version

Press INPUT and Cursor 0 , Cursor 1 to select the Menu. Press ENTER button.

Internet Radio Music Server

Last.fm

Napster

iPod/USB

M-XPort z1

DAB

FM

AUX2

AUX3

AM

DISC

AUX4(OPT)

Menu

22

AUX1

Favorite

Pressing the ENTER button will be displayed below.

Press Cursor 1

The version of the system-uP. Press Cursor f

The version of the boot loader(system-uP).

Press Cursor f

The version of the display-uP. Press Cursor f

The version of the boot loader(network-uP).

Press Cursor f

The version of the image(network-uP). Press Cursor f

Serial number displayed. (Serial:MZ_bccdddddd, MZ:Fixed, b:One digits of the year, cc:Week number, dddddd:Serial number)

23

4. CD test mode Startup display

"CD Test Mode" displayed for 5 seconds.

CDCD TEST MODE display

To exit this mode, unplug the power cord.

4.1. Before starting the test Open the tray and disc. Even if the disk is, the tray must let OPEN → CLOSE. Press the 2 button to return to "0 CD TEST MODE".

4.2. Servo check Press 1/ 3 button.Execute the following steps. * 1/ 3 button continuously for over 1 second to switch directly to SUB CODE readout in stepq. Press the 2 button to return to "0 CD TEST MODE".

Press 1/ 3 button

q LD ON

Press 1/ 3 button

w FOCUS ON

Press 1/ 3 button

e CLV ON

Press 1/ 3 button

24

r TRACKING ON

Press 1/ 3 button

t SUB CODE readout (playback sound output) The BER (Block Error Rate) generated in 1second's time is displayed of the display.

Press 8 button

Press 9 button

Press 8 button

Press 9 button

Inner (IN), Ataru Amane (MID), outer (OUT) to play go to three places, make the error count.

4.3. Pickup movement In the stop mode, pickup moves in FWD (outwards) or REV (inwards) direction when 9 or 8 button pressed. Pickup movement stops when button released.(Pickup moves while button is pressed.) When 8 button pressed, move to stop operation after detection that inner switch has turned on.

25

4.4. All servo on and auto adjustment. When Cursor d button is pressed, all servos turn on, auto adjustment is performed and switch to playback operation. (Playback sound output) Stop (stop to the playback state after auto adjustment)

When 2 button is pressed, play operation and servo stop. The following will be displayed. After stopping, conduct reading of auto adjust values.

Stop (stop to the playback state after auto adjustment)

When Cursor d/ f button is pressed, the adjustment values are displayed in the following order. qFOCUS BALANCE wFOCUS GAIN eTRACKING BALANCE rTRACKING GAIN tFOCUS OFFSET yTRACKING OFFSET uRFRP (Caution) If you have not completed the adjustment, the value is not correct.

4.5. All servo on and auto adjustment. When Volume d button is pressed for over 1 second while the M-CR603 is in the CD TEST MODE, the laser turns on and the laser current is measured.

The laser drive current undergoes A/D conversion for calculation. The current value is updated every 3 seconds. Press the 2 button, CD TEST MODE display reappears. Stored data is not cleared, even when the M-CR603 is reset(Factory/User). Overwriting the stored data

When the 1/ 3 button is pressed for over 5 seconds while the laser current is displayed, the current value is stored in the EEPROM (overwriting the stored data).

Once rewriting is completed, the display in "Laser current display" reappears. Rewriting is performed upon shipment from the factory and when the mechanism is replaced.

26

4.6. Accumulated laser on time display When the Volume f button is pressed while the M-CR603 is in the "CD TEST MODE"displayed, the accumulated laser on time is displayed.

The laser drive times are added and the result is displayed. One count corresponds to 10 minutes.The accumulated laser on time is displayed in hours.Displays up to 10922 hours. Press the 2 button, CD TEST MODE display reappears. The count values are not cleared, even when the set is reset (Factory/User). Count value is reset When the 1/ 3 button is pressed for over 5 seconds while the accumulated laser on time is displayed, the count value is reset.

Count value is reset upon shipment from the factory and when the mechanism is replaced.

5. CD heat run mode Startup display

"Heatrun Mode" displayed for 5 seconds.CD heat run mode

Press the Cursor d/ f button to switch the mode. (H.R. Normal, H.R. Short, H.R. Chacking) After loading the disc, press Enter button. While heat run, the operation of each button is not valid If an error occurs, display the error and stop operation at that point.Refer to Heat run error code table. To exit this mode, unplug the power cord.

5.1. Normal heat run mode Playing from the rst track to last track on disc. After disc playback has nished, then tray open and close. And playback again. The heat run repetition no. is incremented (increased by 1) when the tray is opened. Repeat this operation. [H.R. Normal] displayed.

Select "H.R.Normal", and press ENTER button. Press the Cursor d button to display the count.

27

5.2. Heat run Short mode Playing last track on disc. After disc playback has nished, then tray open and close. And playback again. The heat run repetition no. is incremented (increased by 1) when the tray is opened. Repeat this operation. [H.R. Short] displayed.

Select "H.R.Short", and press ENTER button. Press the Cursor d button to display the count.

5.3. Heat run chacking mode TOC read the CD, the rst song disk search, open / closed later, and again read TOC. The heat run repetition no. is incremented (increased by 1) when the tray is opened. Repeat this operation. [H.R. Chacking] displayed.

Select "H.R.Chacking", and press ENTER button. Press the Cursor d button to display the count.

5.4. Error display Press the Cursor d/ f to display the error information.

Heat run error code table ErrorCode E1-00 E1-01 E1-02 E2-00 E2-01 E2-03 E2-05 E2-10 E2-11 E2-12 E2-14 E2-15 E3-00 E3-01 E4-04 E4-05 E5-00 E6-00 E8-00 E8-01 E9-00 E9-01

DetailsofErrorcode Disc cannot be detected Tracking offset adjustment not possible Focus offset adjustment not possible Focus servo dropped during playback. Focus servo dropped during searching. Focus servo dropped during TOC reading. Focus servo dropped during manual search. Subcode can no longer be read during playback Subcode can no longer be read during searching Subcode can no longer be read during TOC reading Subcode cannot be read during pause Subcode cannot be read during manual search TOC could not be read within specied time PVD/SVD analysis could not be co mpleted within specied time Search time out (The search was not completed within the stipulated time) Decoder bus error (Error in c ommunications with CD de coder) Inner switch not on Inner switch not off Tray is not opened by the specied time. Tray is not closed by the specied time. CD Microprocessor error Other error

28

6. Product Mode 1 Startup display

"Product Mode1" displayed for 5 seconds.

Tested during production to perform the following settings automatically. Tuner Preset To exit this mode, unplug the power cord.

7. Product Mode 2 Startup display "Product Mode2" displayed for 5 seconds.

Tested during production to perform the following settings automatically. Sleep setting : 1 minutes Auto Standby :1 minutes Sleep setting and timer started. Auto Standby to set up and will stand under the following conditions. Auto Standby Conditions

CD/Disc : No Disc, Tray Open, Unsupported Disc or continue no operation and Stop state. USB/iPod : No Connection or Unsupported Disc or continue no operation and Stop state. Network : No Connection or Unsupported Disc or continue no operation and Stop state. Digital In : No Input(unlock) Portable In, M-XPort : No Input To exit this mode, unplug the power cord.

8. Protection history display mode Startup display

"Detect Protection" displayed for 5 seconds.

To exit this mode, unplug the power cord. No history found

Thermal protection

Speaker short protection

29

Potential difference across the terminal detects that the speaker was more than DC9V DC protect 1

Overvoltage of +B/-B DC protect 2

Short of '+B/-B Over current

Over-current detection digital amplier SubWoofer DC protect

Over voltage

Supply voltage is detected beyond the provisions Protection history is reset.

When the Cursor d button is pressed for over 5 seconds while the protection history is displayed, the count value is reset.

After the reset is complete, the display “No Protection“.

Protection history is not cleared, even when the set is reset (Factory/User).

30

9. Hidden serial number mode Serial number writing mode. This mode is for production only, not described in detail.

10.Update mode (by disc) Firmware update disc by. When you replace the ETHERNET PCB ASS'Y (8U-310055S), you need software updates. Refer to [ VERSION UPGRADE PROCEDURE OF FIRMWARE "1. How to update by disc" ]. Upgrade by DPMS. This mode describes a display only. To exit this mode, unplug the power cord. Startup display

"Disc Update Mode" displayed for 5 seconds.

The tray will open.

Insert disc.

The following states are displayed Display update le.

Updating display

31

Error code table ErrorCode 01 02 03 04 05 10 11 12 13 20 21 22 23 24 30 31 32 33 34 B2

DetailsofErrorcode Tray O pen/Close f ailure NoDisc Disc error(TOC not read ) No update le Update le read error Update le check sum error Erasefailure Writefailure Verify incorrect Update le check sum error Erasefailure Writefailure Verify incorrect Communication error Update failure check sum error Erasefailure Writefailure Verify failure Communication error DM8x0 rmware rewrite error information received

11. DPMS compulsion update mode j Update the rmware of DPMS. Refer to [ VERSION UPGRADE PROCEDURE OF FIRMWARE "2. How to update by DPMS" ]. Error code table • Preparation operation rewritten, Update error code checking. (Check ETHERNET unit) Error Code

DetailsofErrorcode

Copingstrategies

01

Login failed(DPMS Access Login Incorrect notication)

Reset and update again. Carry out the update in an environment that has little network load.

02

Login failed(DPMS Access Server Busy i nformation)

Carry out the update in an environment that has little network load.

03

Login fa iled(DPMS Access lin k fai lure in formation)

04

Firm Info response acquisition error recived

05

Firm Info response acquisition TimeOut

06

All Firm Info response acquisition error recived

07

All Firm Info response acquisitionTimeOut

08

Main Firm Info response acquisition error recived

09

Main Firm Info response acquisition TimeOut

0A

DownLoad failed ((NG)information recieved)

0B

DownLoad fail ed((ServerBusy) info rmation reci eved)

0C

DownLoad failed((connection failed)information recived)

Check the network connection. Carry out the update in an environment that has little network load. Check the network connection. Carry out the update in an environment that has little network load. Check the network connection. Carry out the update in an environment that has little network load. Check the network connection. Carry out the update in an environment that has little network load. Check the network connection. Carry out the update in an environment that has little network load. Check the network connection. Carry out the update in an environment that has little network load. Check the network connection. Carry out the update in an environment that has little network load. Check the network connection. Carry out the update in an environment that has little network load. Check the network connection. Carry out the update in an environment that has little network load. Check the network connection. Carry out the update in an environment that has little network load.

32

• Firm error codes at the main microprocessor rewritten. (Check main microprocessor ) Error Code 10 11 12

DetailsofErrorcode

Copingstrategies

Firm Info response acquisition TimeOut(Main rewrite Turn off and on the power. Updating starts automatically. Firmware recived failure(TimeOut)) Firm Info response acquisition recived error(Main rewrite Turn off and on the power. Updating starts automatically. Firmware recived failure(Error) Firm Info response acquisition recived error (Main rewirte Turn off and on the power. Updating starts automatically. Firmware recived data incorrect(CheckSumError))

13

Rewrite failure (BlockErase failued before Main rewriting) Turn off and on the power. Updating starts automatically.

14

Rewrite failure (BlockWrite failued before Main rewriting) Turn off and on the power. Updating starts automatically.

15

Rewrite failure (Verify incorrect after Main rewriting)

Turn off and on the power. Updating starts automatically.

36

Login failure(DPMSAccess Login incorrect infomation)


37

Login failure(DPMSAccess Server busy in fomation)


38

Login failure(DPMSAccess connection failed infomation)

39

Login failure(DPMSAccess access TimeOut)

3A 3B 3C

DownLoad failure(Download error (NG)information recieved) DownLoad failure(Download error (ServerBusy) information recieved) DownLoad failure(Download error (connection failed) information recived)

Check the network connection. Carry out the update in an environment that has little network load. Check the network connection. Carry out the update in an environment that has little network load. Turn off and on the power. Updating starts automatically. Carry out the update in an environment that has little network load. Turn off and on the power. Updating starts automatically. Carry out the update in an environment that has little network load. Turn off and on the power. Updating starts automatically. Carry out the update in an environment that has little network load.

• Firm error codes at the display microprocessor rewritten. (Check display microprocessor) Error Code

DetailsofErrorcode

Copingstrategies

50

After do wnload request, Lo gin Fa iled


51



52


54

Error receiving response FirmInfo acquisition

55

FirmInfo Get Response TimeOut

56

Failure of DownLoad

57

Failure of DownLoad

58

Failure of DownLoad

Check the network connection. Carry out the update in an environment that has little network load. Turn off and on the power. Updating starts automatically. Carry out the update in an environment that has little network load. Turn off and on the power. Updating starts automatically. Carry out the update in an environment that has little network load. Turn off and on the power. Updating starts automatically. Carry out the update in an environment that has little network load. Turn off and on the power. Updating starts automatically. Carry out the update in an environment that has little network load. Turn off and on the power. Updating starts automatically. Carry out the update in an environment that has little network load.

5A

C command error


5B

L command error


5C

Receive error update data


5D



5E



5F



60

P command error


61

I command error


62 70

Launch failure T command error

Turn off and on the power. Updating starts automatically. Turn off and on the power. Updating starts automatically.

33

• DM8x0 system Firm error codes when rewriting. (Check ETHERNET unit) Error Code

DetailsofErrorcode

A0

Net not connected

A1

Net Connection TimeOut can no t get status

A2

Login failed

A3

Login failed

A4

Login failed

A6

Error receiving respo nse FirmInfo acquisition

A7

FirmInfo Get Respon se TimeOut

A8

Net not connected

A9

Net Connection TimeOut can no t get status

AA

After download reque st, Login Failed

AB

After download requ est, Login Failed

AC

After download requ est, Login Failed

AE

Failure of DownLoad

AF

Failure of DownLoad

B0

Failure of DownLoad

B2

Update error

Copingstrategies Check the network connection. Carry out the update in an environment that has little network load. Check the network connection. Carry out the update in an environment that has little network load. Check the network connection. Carry out the update in an environment that has little network load. Check the network connection. Carry out the update in an environment that has little network load. Check the network connection. Carry out the update in an environment that has little network load. Turn off and on the power. Updating starts automatically. Carry out the update in an environment that has little network load. Turn off and on the power. Updating starts automatically. Carry out the update in an environment that has little network load. Check the network connection. Carry out the update in an environment that has little network load. Check the network connection. Carry out the update in an environment that has little network load. Check the network connection. Carry out the update in an environment that has little network load. Check the network connection. Carry out the update in an environment that has little network load. Check the network connection.Carry out the update in an environment that has little network load. Turn off and on the power. Updating starts automatically. Carry out the update in an environment that has little network load. Turn off and on the power. Updating starts automatically. Carry out the update in an environment that has little network load. Turn off and on the power. Updating starts automatically. Carry out the update in an environment that has little network load. Turn off and on the power. Updating starts automatically. Carry out the update in an environment that has little network load.

Failure to update, After the move again 8x0 self display retry processing

12.Compulsion update mode (by RS232C) Firmware update using PC via RS232C Upgrade by DPMS. No display. To exit this mode, unplug the power cord.

13.MAC Address rewrite mode Rewriting the MAC address mode. Production / development for, there is no detailed description. To exit this mode, unplug the power cord.

14.Update mode (display µ-com) Rewriting of display microprocessor. Production / development for, there is no detailed description. To exit this mode, unplug the power cord.

15.Access to development server mode Production / development for, there is no detailed description. To exit this mode, unplug the power cord.

34

ABOUT REPLACE THE MICROPROCESSOR WITH A NEW ONE When replaced of the U-PRO (Microprocessor) or the Flash ROM, conrm contents of the following. P WBNam e Ref .No .

After replaced

De s c r i p t i o n

DISPLAY

IC81

R5F64169DFD

B

MAIN

IC11

R5F64169DFD

B

Remark

After replaced A : Mask ROM (With software). No need write-in of software to the microprocessor. B : Flash ROM (With software). Usually, no need write-in of software. But, when the software was updated, you should be

write-in of the new software to the microprocessor or ash ROM. Please check the software version. C : Empty Flash ROM (Without software). You should be write-in of the software to the microprocessor or ash ROM.

Refer to "Update procedure" or "writing procedure", when you should be write-in the software.

VERSION UPGRADE PROCEDURE OF FIRMWARE NOTE: When you replace the ETHERNET PCB ASS'Y (8U-310055S), you need software updates. Refer to [CAUTION IN SERVICING "About replace the ETHERNET PCB ASS'Y withe a new one"].

1. How to update by DISC h 1.1. Procedure of making CD-R (1) Please download zipped le, and unzip on your PC. For EU : MCR603EU_xxxxxxxxxxxx-xxxx.zip For NA : MCR603NA_ xxxxxxxxxxxx-xxxx.zip (2) The following 3-le will be appeared. M_CR603_SYS_000xxx.BIN M_CR603_OEL_0000xx.BIN and M_CR603_BCI_CREUNM.BIN(EU) or M_CR603_BCI_CRNANM.BIN(NA) or M_CR603_BCI_CRJPNM.BIN(JP)

(3) Please burn 3-le to CD-R with the following conditions.

q w e r t

Multi Session ：No File System ：ISO9660+Joliet Mode: MODE1 Writing speed: 8~16 speed (according ability of CD-R) Writing method: Disc at Once (Finalize(Close)

1.2. Procedure of updating Pressing the VOLUMEf and 8 buttons for simultaneously, plug the AC cord into a power outlet. (1) "Disc Update Mode" is indicated approximately 5 seconds.

(2) Open the Tray.

35

h

(3) Please put CD-R on Tray, and press 5 button.

(4) After loading CD-R, version number of rmware will be indicated.

xxxxxx : Version number (5) If there is no any rmware of updating, [xxxxxx="None"] will be indicated. Please conrm version of each rmware by Cursor d / f buttons.

(6) Press "Enter" button, unit will update rmware automatically. Display will be indicated procedure of updating rmware. First line : Version of updating rmware/ a number of rmware Second line : Rest time and progress of updating (….%) Third line : Name of Microprocessor and Version b while updating rmware, any buttons of R/C and Front panel are not worked.

---Order of updating---

q w e r

Network microprocessor (Boot Loader) Network microprocessor (Image) Microprocessor Microprocessor for for indication system

(7) After 27 minutes, unit will be updated completely, and open the tray automatically. (8) Remove CD-R, and pull out AC cord from AC wall socket. (9) Please initialize unit after updating.

q w e r

Please insert AC cord to AC wall socket while pressing Volumed button and Volumef button. After power LED is indicated, remove your nger. "Initialize" will be indicated 5 seconds. Pull out AC cord from AC wall socket.

(10) Updated unit completely.

36

1.3. Trouble Shooting If you nd the following Error codes, please solve root cause of malfunction. (1) If updating is failed, the following ERROR indication is displayed.

First line (Error number): "Updating fail: YY, n/N"YY: Error number Second line (Time on error): "xx min yy%" Third line (name of rmware) Error code table E r r o rC o d e

De t ai l so fE r ro rco d e

q Error before updating 01 Tray O pen/Close failure 02 NoDisc 03 Disc error(TOC not read ) 04 Noupdatele 05 Update le read error w Error at writing System Microprocessor 10 Update le check sum error 11 Erase failure 12 Write failure 13 Verify incorrect e Error at writing Display Microprocessor 20 Update le check sum error 21 Erase failure 22 Write failure 23 Verify incorrect 24 Communication error r Error at writing DM8x0 30 31 32 33 34 B2

Update failure check sum error Erase failure Write failure Verify incorrect Communication error DM8x0 rmware rewrite error information received

1.4. Notice of updating rmware (1) When unit is updating rmware on item "1.2. Procedure of updating (6)", do not turn off the power, or pull out AC cord from AC wall socket. (2) If power supply stop to supply microprocessor, unit will be broken.

q When AC cord is pulled while updating System rmware. ⇒ System microprocessor will be broken. Please replace it. w When AC cord is pulled while updating Display rmware. ⇒ Display microprocessor will be broken. Please replace it. e When AC cord is pulled while updating DM870Net (IMG) rmware. ⇒ Please update rmware by CD-R again. (3) When updating is not nished (not 100%), but tray opens automatically over 27 minutes. Probably unit will be updated rmware completely, therefore please conrm version of rmware. If no, please update again. (4) After 35 minutes, try does not open or try does open with error indication, please update rmware of unit with CD-R again.

37

2. How to update by DPMS You can update by downloading the latest rmware from the Internet.

1. Connecting to the Network (1) System Requirement ・ Internet Connection by Broadband Circuit ・ Modem ・ Router ・ Ethernet cable (CAT-5 or greater recommended) (2) Setting Internet Computer

Modem

LAN port/ Ethernet connector To WAN port

Router

To LAN port To LAN port ETHERNET connector

2. Check for Update and Update

s

Check if the latest rmware exists. You can also check approximately how long it will take to complete an update. (1) Press ON/STANDBY button to turn on power. (2) Press INPUT and Cursor 0 / 1 buttons to select the Menu. Press the ENTER button. ・・

Press Cursor d / f buttons select to Others. Press . Press Cursor d / f buttons select to Firmware Update. Press .

・ Press Cursor d / f buttons select to CHECK For UPDATE. (3) Press the ENTER button. ・ The latest version of the rmware uploaded to the web is displayed. ・ If the latest rmware version is on the web, proceed to (4). ・ If the latest rmware is already installed, press the MENU button to close the Update menu.

(4) Press ENTER button. Select YES, then press ENTER button. (5) To start the update.

--- Cautions on Firmware Update --・

・

In order to use these functions, you must have the correct system requirements and settings for a broadband Internet connection. Do not turn off the power until updating is completed. Even with a broadband connection to the Internet, approximately about 1 hour is required for the updating procedure to be completed. Once updating starts, normal operations on the M-CR603 cannot be performed until updating is completed. Also, setting items of the image adjustment may be initialized. Make a note of the settings before updating, and set them again after updating.

38

TROUBLE SHOOTING 1. OLED dosen't light Check Power Supply Voltages for System µ-com. MAIN B'D • +6V_CPU, [CN43] : 4pin • +3.3V_CPU, [IC12] : 3pin

NG

Check Soldering. • [IC12] on MAIN B'D • [CN43] : 4pin • SMPS B'D

OK Check Reset signal for System µ-com. MAIN B'D • [IC11] : 19pin RESET "H" level O.K.?

NG

Check Soldering. • [IC11] on MAIN B'D

OK Check Oscillation waveform. MAIN B'D • [IC11] : 20pin 16MHz OK?

NG

Check Soldering. • [X202] on MAIN B'D

OK Check Reset signal for OLED µ-com. DISPLAY B'D • [IC81] : 19pin RESET "H" level O.K.?

NG

Check Soldering. • [IC81] on DISPLAY B'D

OK Check Oscillation waveform. DISPLAY B'D • [IC81] : 20pin 16MHz OK?

NG

Check Soldering. • [X802] on DISPLAY B'D

OK Check Power Supply Voltages for OLED. DISPLAY B'D • [CN84] : 24pin +3.3V • [CN84] : 3pin +16V

NG

Check Soldering. • [CN88] on DISPLAY B'D • [CN41] on MAIN B'D

NG


NG


OK Check Reset Signal for OLED. DISPLAY B'D • [CN84] : 20pin "H" level O.K.? OK

Check OLED drive Signal. DISPLAY B'D • [CN84] : 13-6pin DA0-DA7

END

39

2. No Sound,Noise generated 2.1. COMMON Check Power Supply Voltages for CODEC. MAIN B'D • [IC41] : 1,20,33,43,50pin VDD +5V • [IC41] : 18pin VDD +3.3V O.K.?

NG

Check Soldering. • [IC13] : 3pin +5V • [CN45] : 10pin +3.3VD

OK Check Power Supply Voltages for PWM CONTROLLER. MAIN B'D • [IC51] : 9,15,36,54pin VDD +3.3V OK?

NG

Check Soldering. • [CN45] : 10pin +3.3VD • POWER B'D

OK Check Power Supply Voltages for AMP IC. MAIN B'D • [IC71, IC72] : 1,36,18,19pin GVDD +12V OK? • [IC71, IC72] : 21,26,29,34pin PVDD +29V(Bi-Amp : +19V) OK?

NG

Check Soldering. • [CN45] : 2pin +12V • [CN61] : 1,2,3pin +29V • POWER B'D

OK Check Reset signal for PWM CODEC. MAIN B'D • [IC41] : 25pin 4683_RESET "H" level O.K.?

NG

Check Soldering. • [IC11] : 102pin 4683_RESET on MAIN B'D

OK Check Reset signal for PWM CONTROLLER. MAIN B'D • [IC51] : 11pin RESET

NG

Check Soldering. • [IC11] : 95pin RESET_5508 on MAIN B'D

"H" level O.K.? OK Check Reset signal for AMP IC. MAIN B'D • [IC71,IC72] : 5,15pin VALID "H" level O.K.?

NG

Check Soldering. • [IC51] : 39pin VALID on MAIN B'D

OK Check Oscillation waveform. MAIN B'D • [IC41] : 22pin TXO 12.288MHz OK?

NG


OK Check Oscillation waveform. MAIN B'D • [IC51] : 19pin XTL_O 13.5MHz OK?

NG

• [IC51] 63pin MCLK MCLK :OK?


• [IC41] : 17pin 5508_MCLK on MAIN B'D OK

Check control signal for CODEC. MAIN B'D • [IC41] : 26,27,28pin 4683_CDTI,4683_CCLK,4683_CSN

NG

OK

40

Check Soldering. • [IC11] : 105,106,107pin 4683_CDTI,4683_CCLK,4683_CSN

Check control signal for PWM CONTROLLER. MAIN B'D • [IC51] : 24,25pin 5508_SDA, 5508_SCL • [IC51] : 13,14pin PDN,MUTE "H" level O.K.?

NG

Check Soldering. • [IC11] : 94,92pin 5508_SDA, 5508_SCL on MAIN B'D • [IC51] : 13,14pin PDN,MUTE on MAIN B'D

END

2.2. CD PLAY

Check Power Supply Voltages for CD. MAIN B'D • [CN45] : 6pin +7V • [CN45] : 10pin +3.3V_D

NG

Check Soldering. • MAIN B'D [CN45] : 6pin +7V, 10pin +3.3V_D [BN58] : 1,3pin +3.3VD, +5V • SMPS B'D

OK

Check Power Supply Voltages for CD. MAIN B'D • +1.5VD [IC18] : 2pin 1.5V OK?

NG


OK

Check Reset signal for CD. MAIN B'D • [IC21] : 69pin /RST "H" level O.K.? • [IC11] : 78pin DECRST "H" level O.K.?

NG

Check Soldering. • [IC11] : 78pin DECRST on MAIN B'D

OK

Check Oscillation waveform. MAIN B'D • [IC21] : 49pin XO 16.9344MHz OK?

NG


OK

Check Digital Audio Data for CODEC. MAIN B'D • [IC41] : 2pin CD_SPDIF

NG

Check Soldering. • [IC21] : 33pin CD_SPDIF on MAIN B'D • [IC41] : 2pin CD_SPDIF on MAIN B'D

OK

z

Check Digital Audio Data output from CODEC. MAIN B'D

NG

• [IC41] : 13,15,16pin 5508_LRCK,5508_SCLK,5508_SDATA

Check Soldering. • [IC41] : 13,15,16pin on MAIN B'D

OK

Check Digital Audio Data input for PWM CONTROLLER. MAIN B'D • [IC51] : 26,27,28pin 5508_LRCK,5508_SCLK,5508_SDATA

NG

OK

41

Check Soldering. • [IC51] : 26,27,28pin on MAIN B'D

Check PWM Audio Data output from PWM CONTROLLER. MAIN B'D SPEAKER A • [IC51] : 46,47,42,43pin SPEAKER B • [IC51] : 44,45,40,41pin

NG


OK

Check PWM Audio Data output for P WM CONTROLLER. MAIN B'D SPEAKER A • [IC71,IC72] : 4,6pin SPEAKER B • [IC71,IC72] : 14,16pin

NG

Check Soldering. • [IC71,IC72] on MAIN B'D

OK

Check Audio Data output from AMP to SPEAKER. MAIN B'D SPEAKER A • [IC71,IC72] : 30,33pin • [JK71] SPEAKER B • [IC71,IC72] : 22,25pin • [JK71]

NG

END

42

Check Soldering. • [IC71,IC72] on MAIN B'D • [JK 71] on MAIN B'D

2.3 . AM/FM TUNER-in Check Power Supply Voltages for AM/FM TUNER. MAIN B'D • [CN31] : 4pin +9V • [CN45] : 2pin +12V

NG

Check Soldering. • [CN45] : 2pin +12V on MAIN B'D • SMPS B'D Check Parts • [IC26]

OK Check Analog Audio Data output from TUNER PACK. MAIN B'D • [TUNER PACK] output and [CN31] : 7,5pin TUNER_L_IN, TUNER_R_IN • [IC41] : 59,60pin

NG

Check Soldering. • [CN31] : 7,5 pin TUNER_L_IN, TUNER_R_IN on MAIN B'D • [C426],[C427] on MAIN B'D

OK to 2.2. CD PLAYz Mark

2.4 . DAB TUNER-in (N Version) Check Power Supply Voltages for DAB TUNER. MAIN B'D • [CN32] : 9pin +5V • [CN45] : 12pin +5V DAB B'D • [CN91] : 9pin +5V

NG

Check Soldering. • [CN32] : 9pin +5V on MAIN B'D • [CN45] : 12pin +5V on MAIN B'D • [CN91] : 9pin +5V on DAB B'D • SMPS B'D

OK Check Power Supply Voltages for DAB TUNER. DAB B'D • +3.3V [IC91] : 3pin +3.3V OK? • +3.3V [IC92] : 3pin +1.2V OK?

NG

Check Soldering. • [IC91], [IC92] on DAB B'D • [CN92] on DAB B'D

• [CN92] : 3pin +3.3V • [CN92] : 1pin +1.2V OK Check Digital Audio Data output from DAB TUNER. MAIN B'D • [CN32] : 5pin DAB_SPDIF • [IC41] : 6pin DAB_SPDIF DAB B'D • [CN92] : 20pin DAB_SPDIF • [CN92] : 5pin DAB_SPDIF

NG

Check Soldering. • [CN32] : 5pin DAB_SPDIF on MAIN B'D • [CN41] : 6pin DAB_SPDIF on MAIN B'D • [CN92] : 20pin DAB_SPDIF on DAB B'D • [CN91] : 5pin DAB_SPDIF on DAB B'D


2.5. AUX1 (Front-in) Check FRONTAnalog B'D Audio Signal from AUX1. • [AUX1] input • [B N81] : 1,3pin AUX_L_IN,AUX_R_IN

NG

Check Soldering. • [JK83] on FRONT B'D • [BN81] on FRONT B'D

NG

Check Soldering. • [CN44] : 1,3pin AUX1_L_IN, AUX1_R_IN • [C428], [C429] on MAIN B'D

OK

Check Audio Data input from DISPLAY B'D. MAIN B'D • [IC41] : 61,62pin AUX1_L_IN, AUX1_R_IN OK to 2.2. CD PLAYz Mark

43

2.6 . AUX2/AUX3 Check Analog Audio Signal from AUX2/AUX3. MAIN B'D • [AUX2], [AUX3] input • [IC41] : 55,56pin AUX2_L_IN, AUX2_R_IN • [IC41] : 53,54pin AUX3_L_IN, AUX3_R_IN

NG

Check Soldering. • [JK 63] on MAIN B'D • [C422], [C423] on MAIN B'D • [C420], [C421] on MAIN B'D


2.7. AUX4 (OPTICAL-in) Check Power Supply Voltages for OP TICAL Input IC. MAIN B'D • [JK64] : 3pin +3.3V • [CN45] : 10pin +3.3V

NG

Check Soldering. • [JK64] : 3pin +3.3V • [CN45] : 10pin +3.3V • SMPS B'D

OK

Check Digital Audio Data from OPTICAL Input IC MAIN B'D • [IC42] : 3,5pin OPT_IN • [IC41] : 5pin OPT_IN

NG


44

Check Soldering. • [IC42] on MAIN B'D • [IC41] OPT_IN on MAIN B'D

2.8 . USB/ETHERNET

s

Check Power Supply Voltages for ETHERNETNET B'D. ETHERNET B'D • [N0103] : 1,2pin +6V • [N0103] : 5,6pin +15V

NG

OK

Check Power Supply Voltages for USB. ETHERNET B'D • [N0101] : 1pin +5V

NG

Check Soldering. • [N0103] : 1,2pin +6V on ETHERNET B'D • [N0103] : 5,6pin +15V on ETHERNET B'D • [BN62] : 1,2pin +6V on MAIN B'D • [BN62] : 5,6pin +15V on MAIN B'D • [CN43] : 4pin +6V on MAIN B'D • [CN45] : 9pin +15V on MAIN B'D • SMPS B'D

Check Soldering. • [N0101] : 1pin +5V on ETHERNET B'D • [BN62] : 1pin +5V on DISPLAY B'D • [JK81] on DISPLAY B'D

OK

Check Power Supply Voltages for DM860. ETHERNET B'D • [U0105] : 3pin NET3.3V • [U0104] : 3pin NET1.2V • [N4201] : 3pin E_POWER_CONT "H" level O.K.?

NG

Check Soldering. • [U0105] on ETHERNET B'D • [U0104] on ETHERNET B'D • [N4201] : 3pin on ETHERNET B'D

OK

Check Reset signal for ETHERNET B'D (DM860) ETHERNET B'D • [N4201] : 15pin E_RESET "H" level O.K.?

NG

Check Soldering. • [N4201] : 15pin E_RESET on ETHERNET B'D • [CN42] : 15pin E_RESET on MAIN B'D • [IC11] : 127pin E_RESET on MAIN B'D

OK

Check Digital Audio Data for CODEC. ETHERNET B'D • [N4201] : 6pin 860_SPDIF MAIN B'D • [CN42] : 6pin 860_SPDIF • [IC43] : 3,5pin 860_SPDIF • [IC41] : 4pin 860_SPDIF

NG

OK

to 2.2. CD PLAY z Mark

45

Check Soldering. • [N4201] : 6pin 860_SPDIF on ETHERNET B'D • [CN42] : 6pin 860_SPDIF on MAIN B'D • [IC41] : 4pin 860_SPDIF on MAIN B'D • [IC43] : on MAIN B'D

MEASURING METHOD AND WAVEFORMS To check the waveforms, the GND (-) probe of the oscilloscope to specied reference voltage. (Except for inner SW, TRVSW) NOTES

Measuring Disc:

CD/TCD-784 CD-R/TCD-R082W CD-RW/TCD-W082W

(It is better to use wires for extending between the probe and test points.) • When watching the HF waveform, use the extending wire as short as possible. • When HF waveform is noisy or cannot discriminate the eye-pattern, replace the Traverse Unit after measuring the lop. • Point q Q5 is measured with the point shown below. ～

1. MAIN PCB : TEST POINT

B

A

DeA tail

Component side

DetBail

t e

w q

A

y r u

Q5 Q4

i

Q3

B

46

C

Foil side

Detail C

o

Q2 C

Q1 Q0 No .

Sym bol

q

TP

RFEQO

No . Ⓐ

w

TP

RFO

Ⓑ

C900 -

e

TP

FEI

Ⓒ

CN26(4)

r

TP

FOC1

t

TP

TEI

y

TP

TRO1

u

TP

FMO1

i

TP

DMO1

o

CN26(3)

OPSW

Q0

CN26(5)

CLSW

Q1

CN26(2)

LOAD+

Q2

CN26(1)

LOAD-

Q3 Q4

R407 R408

LRCK SCLK

Q5

R409

SDATA

47

Sym bol TP

R e f er e n c e v olta ge VC: q ~ i DGND : Q3 ~ Q5 GND_DRV : o ~ Q2

2. WAVEFORMS 1. DISC PLAY RF WAVEFORM (EYE-PATTERN) CD(TCD784) PLAY

2. DISC DETECTION CD(TCD784) DETECTION

wRFO

1V/div

eFEI

500mV/div

rFOO

1V/div

tTEI

1V/div

yTRO uFMO

1V/div 500mV/div

iDMO

1V/div

qRFEQO

3. TOC READ

4. FOCUS ADJUSTMENT CD(TCD784) FOCUS ADJUSTMENT

CD(TCD784) READ

wRFO

1V/div

eFEI

500mV/div

rFOO

1V/div

tTEI

1V/div

yTRO uFMO

1V/div 500mV/div

iDMO

1V/div

48

5. CD Playback

Q3LRCK

Q4SCLK

Q5SDATA STANDARD GND WF12 (9)

6. LOADER OPEN-CLOSE

oOPSW Q0FCLSW

Q2LOAD-

Q1LOAD+ OPEN

CLOSE

STANDARD GND

49

Personal notes:

50

BLOCK DIAGRAM



   

 

 





           

     



        

  

 



   

   



    



        





   

 





    

  



  

  

  



        

   



        

   





 

 

 









 









  

51

POWER DIAGRAM

s 



 

  



  

   

 

 

 

 

  

  





 

  



 

 

  

  

   

   











 



 



   

  

   

   

 

    

 



 



 



 

   



       



 

 

   



   

 



   





 

   



   

52

LEVEL DIAGRAM

AK4683 AUDIO CODEC

TUNER PACK

TAS5508 PWM CONTROLLER

CD UNIT DSP

TAS5142DKD DIGITALAMP

SPLOUT

TAS5142DKD DIGITALAMP

SPROUT

USB TC94A92FG AUX1 MUTE

PHONES

MUTE

SUBWOOFEROUT

MUTE

AUXOUT

AUX2 M-X PORT

SP OUT Impedance 8 ohm 17.88V (18.8dB) X 2ch SP A

+20dB VOL MAX : +10dB(6V)

+10dB : Analog Input 0dB(2V)

: Digital Input

SW OUT 1.2V(- 4.2dB) -10dB

HP OUT 770mV(- 9.2dB)

AUX2/TUNER/MX PORT

-20dB AUX2 200mV / TUNER 200mV

-6dB(100mV)

+6dB(200mV)

AUX OUT 200mV(- 20dB)

CD/USB 200mV

-26dB

M-X PORT 100mV

AUX1 120mV

-30dB

TC94A92FG -6dB

-26dB(100mV) AUX1, CD,USB 0dB(100mV)

-40dB

53

WIRING DIAGRAM

  

         



 

 

  

      

   

 

    

    

 

   

 

    

 

       

          

   

    

   

       

 

   

      

 

  



 

  

      

   



                

         

                   

        

               

  

            

      

  

       

  

     

     



   

                 

         

               

  

               

  

                 

  

              

            

          

     

                         

      

  

              

         

       

 

         

  

     

 

  

  

 

  

54

 

  

  

   

    

        

  

  

PRINTED WIRING BOARDS

1

2

3

4

5

6

7

8

9

10

11

12

A

MAIN PCB (COMPONENT SIDE)

B

C

D

E

F

G

H

I

J

K

L

    M Lead-free Solder When soldering, use the Lead-free Solder (Sn-Ag-Cu).

55

12

11

10

9

8

7

6

5

4

3

2

1

A

MAIN PCB (FOIL SIDE)

B

C

D

E

F

G

H

I

J

K

L

    M Lead-free Solder When soldering, use the Lead-free Solder (Sn-Ag-Cu).

56

DISPLAY PCB (COMPONENT SIDE)

1

2

3

DAB PCB (COMPONENT SIDE)

4

5

6

7

8

9

10

11

12

13

1

2

3

4

A

A

B

B

C

C

D

E

DAB PCB (FOIL SIDE)

DISPLAY PCB (FOIL SIDE)

4 13

12

11

10

9

8

7

6

5

4

3

2

3

2

1

1 A

A

B

B

C

C

D

E

    F

57

Lead-free Solder When soldering, use the Lead-free Solder (Sn-Ag-Cu).

ETHERNET PCB (COMPONENT SIDE)

1

2

ETHERNET PCB (FOIL SIDE)

3

4

IC

C4216 C4211 R4218

ICT

R4216

ADJ1

ADJ2

C0134

C0127

C0126

7 0 1 0 C 6 0 1 0 U

8 0 0 8 C

7 1 2 4 R

2 1 1 0 C

R4238 C0106

9 0 0 8 C

1 0 0 4 D

0 0 0 4 D

7 3 2 4 R

3 0 0 4 D

D0103 C3955

6 3 1 0 C

1

R3948

9 2 1 0 R

4 4 1 0 C

120X65

0 2 1 0 C

7

8U-310055 12

0 0 9 3 N

8 1 9 3 R 0 0 9 3 Q 6 0 1 1 1 1 9 9 9 3 3 3 R R R

1 0 9 5 3 2 2 2 2 2 4 4 4 C C C

R4235

C 3919

C3920 C3930 C3943

3 2 1 0 R

C 3921

C3922

1 4 2 4 C

GND

3 2 1 3 3 3 2 2 2 4 4 4 C C C

5 3 9 3 R

4 2 9 3 C

6 8 0 0 9 9 3 3 C R

9 0 9 3 R

REF

D

R0124 Q 0104 R0125 3 0 1 0

L4205

R3939 R3940

C4202 R4202

Q

6 3 2 4 R

N4200

6 1 1

0 R

R0117 7 0 1 0 8 R 0 1 0 R

R4205 R4203

5 4 2 4 C

C 0108 U0102

1 2 1 0 C

C0114 2 P M

R0109 C 0105 R0105 C 0104

U0101 C0101 C 0102

M P1 MP MK

2 K M

8 1 1 0 R

U3901 5 0 9 3 R

9 1 9 3 R

MK

C 0147 C 0146

R0101 Q 0105

6 0 9 3 R

1 8 9 3 0 0 9 9 9 3 3 3 C C C

1 0 1 0

C4242 C4243

2 3 9 3 C

3 0 3 1 9 9 3 3 C C

1 1 9 3 C

5 0 1 0 D

0 1 1 0 R

R0115

C4240 R4225 C4247

Z 4202

R0111 Q0101

D

C4244

R4210

7 3 2 4 C 9 8 3 3 2 2 4 4 CC

R0106

B

MP

M K1

2 0 1 0 R

C 0103 R145 R140

6 1 1 0 C

2 0 1 0 D

9 1 1 0 R

R0120

R0104

0 3 0 0 2 1 4 0 R R 6 0 4 0 2 2 4 4 C C

2 4 2 2 1 1 0 0 R C

R3942 7 0 9 3 R

B REF

A

0 1 2 0 9 9 3 3 R C

6 3 9 3 R

1 4 9 3 R

3 2 9 3 C

9 0 1 8 1 2 2 1 2 2 2 2 4 4 4 4 C C C C

C 4214 2 0 1 0 Q

R3944

R3937 R3938

R3928 5 2 9 3 CR3927 0 0 9 3 L

7 1 2 4 C

C 4213

L4206

R3931 R3943 8 3 9 3 C

R3934

VBUS

A

R4211 R4 2 1 4 R4212

C 3913 C 3912

7 6 1 9 1 9 3 3 C C

0 4 9 3 C

1

R4220 C4209

R4219 R4213 R4221

C3934 8 2 9 3 C

5 3 2 0 9 9 3 3 R C

L3902 C3927

9 8 7 4 9 4 4 3 9 9 3 3 C C C

2 2 1 0 C

N 0101 4 2 1 0 9 9 3 3 R C

9 3 9 3 C

R4230 R4229 Q 4203

L3901

4 5 4 4 9 9 3 3 6 CC 4 9 3 C

1 2 1 0 R 9 1 1 0 C

1 5 1 0 C

2

R4222 C3905

C3936 C3935

C3926

R3915

C

5 2 1 0 C

C0118 C0117 C0115

1 0 9 3 R

R3921 C 3918

C4228 C4227 C4226

R4231

C4204

C 3915 C 3914

7 0 1 0 Q

C3942

C0123

X3900

0 0 9 3 C

3 4 1 0 C

C 3941

3 0 1 0 N

C3929

7 1 9 3 R

1 0 9 3 Q

T OP

1

5 4 1 0 C

+5V

3 1 9 3 R

1

633010055100S

GND

1 4 1 0 C

R3924

4 0 9 3 R

2 4 1 0 C

+ 15V

B

1 2 5 3 9 9 3 R 3 R

C8010 R3902 R3900 R3912

C4206 C3937

Q

8 2 1 0 R

3

3 8 9 5 3 6 7 2 0 0 0 0 0 0 0 0 2 2 2 2 2 2 2 2 4 4 4 4 4 4 4 4 L R R CC R R L

6 0 1 0

GND

4 0 2 4 U

4

D

N4201

U3900

R3950 R3903 C3958

N3901

D

23

C3959 R3952 R3949

2 0 0 4 D

5

U105

7 0 1 0

C0140

C3957 R3947

3 5 9 3 C

6

6 0 1 0

C0150

7 0 3 9 5 3 9 C 3 R

R3930 3 3R3929 9 3 R

7

A 22

R0126

7 2 1 0 R

9 3 1 0 C

C0137

5 4 9 3 R

C3954

5 4 3 3 2 2 4 4 C C

8 3 1 0 C

C3956 R3946

C0110 6 3 2 4 C

C0135 C0132 U3902

0 5 9 1 2 3 5 5 C 9 3 9 C 3 C

0 19 4 03 2 22 4 44 R LR

L4200

C0111

C0148 C0131 4 2 2 4 R

C3904

C4207

1 0 2 4 U

3 1 1 0 C

9 4 1 0 C

3 2 2 4 R

C4212 C4208

C0109

1 0 1 0 L

CUP12318Z

RP

D0104

U4202

U0103

7

2

C0133

4 0 2 4 L

0 1 2 5 4 1 C 2 4 C

6

U0104

C0130

R4215

C0129 C0128

5

C

R0113 R0114 R0112

1 0 2 4 Z

D

SMPS PCB (COMPONENT SIDE)

1

2

3

4

5

6

7

8

9

10

11

12

A

B

C

D

E

F

    Lead-free Solder When soldering, use the Lead-free Solder (Sn-Ag-Cu).

58

1

2

3

4

5

6

7

8

A

TUNER BLOCK SHEET 001 FM/AM TUNER

KSE_TUNER

+9V_T

B

KDS160

D302 CN31 1 1

9

SDA

220 R125

R127

220

100

T UNED

8 7

5

L301

R_O UT P 0 0 2 2

0 5 3 C

VCC 3

GND

V 220 6 2 1 5 / 3 7 C 4

1 5 3 C

F u 1 . 0

1

C353 0.1uF L302

RDS_CLK

2

IC26 KIA78R090F

100

L_O UT ST EREO

6

4

+12V_A

R128

R126

PO RT _SEL SCL

0 1

RDS_DAT A

4 2 1 R

N E P O

4 3 1 R

N E P O

F u 1 . 0

V 6 1 / 7 4

F u 1 0 . 0

V 6 1 / 0 0 1

8 1 3 C

9 1 3 C

0 2 3 C

1 2 3 C

3

T U O V

4

J D A

N I V

1

C V2

GND 5

2 2 3 C

F u 3 1 2 0 3 . C 0

V 5 2 / 0 0 1

GND_A

O PEN

N E P O

N E P O

9 2 1 R

3 1 3 R

R314

0

T UNED

R315

0

ST EREO

R316 R317

0 0

T U_SDA T U_SCL

R318

0

R319

0

RDS_CLK RDS_DAT A

3 1 3 C

Not Used RCD-N7

4 5 3 C

F u 5 1 5 . 3 0 C

F u 4 1 7 . 4 0 C

GND_D1

VERSION

N 5 E 7 P 4 O C

N E P O

R318

GND_D1

N E P O

N E P O

N E P O

N E P O

N E P O

6 7 4 C

5 2 1 C

8 0 4 C

2 1 3 C

R319

N I _ R _ R E N U T

3 0 3 L

0 2 1

N E P O 4 1 3 C

4 0 3 L

P 0 0 0 1 0 2 1 5 1 3 C

F u 1 0 . 0

6 1 3 C

F u 1 . 0

7 1 3 C

C

N I _ L _ R E N U T

T UNER_L_IN

E1/E3(F,U)

E2(N)

OPEN 0

OPEN

R E W O P _ U T

0

T UNER_R_IN

+12V_A DAB_L_IN

9 4 3 C

7 N D C R

2 4 3 R

C E D O C

T E E H S

2

DAB_SPDIF

K 7 . 4

T U_PO WER T UNED ST EREO KRA102S

d e s U

T U_SDA

Q 312 KRC102S

Q 311

T U_SCL T .MUT E

D

RDS_CLK RDS_DAT A T .MUT E

t o N

K C O L B 3 0 U 0 P C T E N E I H A S M

GND_D1 DAB_L_IN

1 2

DAB_R_IN 3 4

DAB_SPDIF 5 6

DAB_DI

7 Y Z 7 1 1 A G 1 1 P J C

0

O T

DAB_R_IN

V 6 1 / 0 0 1

K C O L B

O T

DAB_DO

8 9 0 1

DAB-P_CO NT

1 1

CN32 C346 GND_A

C347 C348

1000P 0.01uF

+5V_D1

0.1uF

E GND_D1

ANALOG L SIGNAL LINE ANALOG R SIGNAL LINE DIGITAL SIGNAL LINE SW SIGNAL LINE GND

POWER +

SCHEMATIC DIAGRAMS (1/9)

POWER -

59

F

1

2

3

4

5

6

7

8

TO MAIN CPU BLOCK SHEET 003

CD DSP BLOCK SHEET 004

W S M L

W S L C

K H C _ D L

W S P O

Y B T S M

N E P O

E S O L C

Y S B S

Q E R D

0 S U B

1 S U B

2 S U B

3 S U B

K C U B

F I D P S _ D C

B T S M A R S

E C C

A

F I D P S _ D C

2 O M F

1 O M D 1 O M F

2 O M D

DMO R211

FMO

0

5 1

T R-

T RK+

T R+

FCS+

FC+

1 1

LD VR

VC +3.3V_D3 T RO 2

9 8 7 6 5

1SS355T D201

91

+3.3V_D3

PDIC GND PDIC F

F

PDIC C

C

PDIC B

B

PDIC A

A

PDIC D

4 3

PDIC E

2 3 2 R

GND_DA

1

D

L201

E

10uH F u 1 . 0

PDIC VC F u 1 . 0

+3.3V_D3 L101

6 5 2 C

V 6 1 / 0 7 4

5 5 2 C

V 6 1 / 0 7 4

4 5 2 C

120

O PEN O PEN

V 6 1 / 0 0 1

3 4 4 4 1 1 C C

V 6 1 / 0 0 1

5 4 1 C

39

R238

39

R239

39

R240

39

R241

FCO

0

V 3 . 6 / F u 0 0 0 1

0 1 2 C

5

4

3

2

8 4 2 R

GND

SP-

1

SP+

2

O PEN

C301 SP- SP+

R301

SP+

FIN-R

O PEN

R302

FIN

O M D

3 0 1 R

DRVMUT E R303

O C F

R304

N E P O

4.7K

R305

FCO

0

FC+

8 2

SL+

7 2

SL-

6 2

4

REB

5

O PEN

CLO SE

LO ADING-

2

LO ADING+

3

4

0 4 2 C

5 2 2 Cz H M 4 4 3 9 . 6 1

4 2

5 2

6 2

7 2

8 2

9 2

3 D D V A

O O F

O R T

S S V

O M F

0 3

2 0 1 R

7 0 2 R 1 3 O M D

2 3

3 3

4 3

5 3

3 1 D D V

T U O D

I T D S

K C I B

6 3

6

7

GND1

8

O PIN

9

VREF

3 2

VCC2

2 2

SPIN

0 1 1 1

VCC2

1 2 0 2

SLIN T+

C202

C201

R201

0.1uF

220

RFI

3

SLCO

0 8

9 7

8 7

F E R V P

VCO F

0.01uF C244 GND_DA

u 5 1 0 . 0

7 7

6 7 K 0 3 3

8 3 2 C

7 2 2 R

5 7

4 7

3 7

2 1 D D V

T S E T

T S R /

S M

2 7

1 7

0 7

9 6

8 6

GND_DA

7 0 3 C

6 0 3 C

F 0 u 1 1 3 . C 0

9 0 3 C

V 0 1 / F u 7 4

3 4 2 C

2 0 3 C

N 2 E 1 P 3 O R

K 0 1

6 2 2 R

K C U B

I S / 3 S U B

O S / 2 S U B

LRCK1 2 S M

0 S

+1.5V_D2

7 6

6 6

5 6

4 6

3 6

2 6

R217

5 5

R218

O PEN

R219

6 5

BCK1

O PEN

O PEN

R223

O PEN O PEN

R224

0 6

N E P O

5 3 2 R

DREQ

0

N E P O

+3.3V_D2

O PEN

R221 R222

9 5

7 3 2 R

O PEN

7 5 8 5

K 0 1 0 3 2 R

C231

1 6

R220

DECRST

33

0.1uF 100 100 100 100 100 0

5 2 2 R

8 2 2 R K 0 1

F u 1 . 0

2 4 2 C

47P

F u 1 . 0

7 3 2 C

+1.5V_D3

N E P O

R214

C

BUS0 BUS1 BUS2 BUS3 BUCK CCE

R104 R242 R243 R244 R245

2 3 1 R

+3.3V_D2

K 0 1

9 2 2 R

K 0 1

4 3 2 R

K 0 1

5 0 1 R

SRAMST B

K 0 1

K 0 1

6 0 1 R

K 0 1 3 3 2 C

7 0 1 R

8 0 1 R

F u 1 . 0

GND_DA

T RO

P 0 0 0 1

2 3 2 C

F u 1 . 0

6 4 2 C

R307

GND_DRV

E C C /

R236

K 7 4

C241 V 0 1 / 0 F 0 u 1 1 . 0

V 6 1 / 0 7 4

8 0 3 C

C230

3 5 4 5

+VREF

FMO

V 6 1 / 0 7 4

C229

0.1uF

1 5

AIN 4 S S V

0.1uF

N E P O

0 5

PIO 3 B T S M A R S /

1 3 1 R

7 4

PIO 2

1 M D D V

C228 100/10V

2 5

PIO 1

O D P

X A M T

B

C227 0.1uF

1M

9 4

VSS

N F P L

2 1 2 R

+3.3V_D2

8 4

PIO 0

2RVDD3 O F P 1 VCO I L

0 0 1

R213

1 D _ D N G

5 4

XI XO

6 RFEQ O

4

P 8 1

6 4

LO

XVSS3

XVDD3

5 RFRPI

6 2 2 C

GND_D1 GND_D1

0 T R+

8 1

F-

2 1 3 1

CLO

6 1

4 1

O PO

5 1

T-

O PEN

9 1

GND2 CLIN

9 0 3 R

3 4 4 4

VDD1-2

7T SET R

0.1uF C205 4700P C204 C203

P 5 1

X201

01 44 2 4

DVSS3-2

IC21

K 5 1

R310

R308

9 3

RO

T C94A92FG

8 AGCI

2200P

470

K 7 4

8 3

DVSS3

DVDD3 DVDD3-2

CD DSP

O M F

O PEN

LD_CT L

SLED-

R311

5 2

7 3

K C R L

9 RFO

C207 0.1uF

0.01uF

V 0 1 / 0 0 1

9 3 2 C

SLED+

1 1 3 C

4 2

N E P O

7 1

5 0 3 C

T R-

O R T

F u 1 . 0

O PSW

D

4 0 3 C

O PSW

GND +3.3V_D1 CLSW F u 1 . 0

0 6 2 C

F u 1 . 0

F u 1 . 0

1 6 2 C

2 6 2 C

+1.5V_D1

+1.5V_D2

CLSW

GND_DRV ET 51 R781 R782

+1.5V_D3

0

0

R778

0

C258

0

R779

0

0

R780

0

R783

0

R784

0

D103

L104

0

C257

C259

SBSY

K 7 4

0 0 1

0

8 0 2 R

MOTOR DRIVE

5

ET 81

FG2

R306 4.7K

1

O PEN

0.015u

GND_DRV F u 1 . 0

T IN-R T IN

REO MUT E

F+ C303

FC-

3 2

I I Z PE F RT R F R

2 1FNI1

F u 1 . 0

GND3

3

0

O PEN

2 2

5 1 T PI

IP4001CRLTF

SLEDSLED+ SP-

9 0 2 R

1 1FNI2

IC31

SLED-

0

0 1 2 R

0 1RVSS3

FREQ O

SLED+

0

1 2 2 C

0

3 1FPI2

INSW

SPINDLE+

3 0 2 R

4 1FPI1

C

K 0 1

SPINDLE-

F u 1 . 0

7 1 VRO

D

RFO C206

K 0 1

C218

O PEN

6 1T NI

B

C208

DMO

6 2 N C

1 2

9 1 MDI

A

LMSW

+1.5V_D2

0.047u C219

1 1 2 C

0 2 LDO

F 1 5 2 C

GND_DA

D L

K 7 0 4 1 2 R

FEI

E F u 1 . 0

F u 1 . 0

470

M S I N A H C E M O T

3 1 2 C

8 1AVSS3

+7V_D1

1

9 0 2 C

u 3 3 0 . 0

AGND

O PEN

6 4 2 R

5 2 N C

F u 1 . 0

LD

GND_DA

O T

F 5 u 0 1 2 . R 0

4 N 1 E 2 P C O

R202

+3.3V_D1

6

5 P 1 0 2 7 C 4

2 P 1 0 2 0 C 6 5+3.3V_D3

FG1

M S I N A H C E M

P 0 7 4

PD

C252 6 4 1 C

R204

0

3 5 2 C

120

F u 1 . 0

T RO

R206

0.047u C220

6 1 2 C

K 1

100/10V L102 C267 C268 C269

+VREF O PEN

V 3 . 6 / F u 0 0 0 1

7 1 2 C

T EI

A1504S Q 201

PDIC VCC

2 4 2 N W

F u 1 0 . 0

R231

LD LD

0 1

FCO 2

PD

LD PD

2 1

D C O T

FC-

3 1

4 1

P U K C I P

FCST RK-

FCO 1

T RO 1

LD_CHK 6 1

4 7 1 C

V 6 1 / 0 0 1

5 7 1 C

8 7 1 C

F u 1 . 0

0 8 1 C

F 6 u 7 1 1 . C 0

P 120 0 0 0 1

L105 7 7 1 C

V 6 1 / 0 0 1

IC18 KIA1117S15 GND_D1 4 9 2 C

120

P 0 0 0 1

KDS160

F u 1 . 0

3 9 2 C

V 6 1 / 0 0 1

2 O ut In 3 D N G 2 9 2 C

1

F u 1 . 0

1 9 2 C

V 6 1 / 0 0 1

+3.3V_D1

FG2 +3.3V_D2

GND_DRV

GND_D1

+3.3V_D3

9 8 1 C

V 6 1 / 0 0 1

F 1 u 9 1 1 . C 0

0 9 1 C

P 0 0 0 1

R142

0

R143

0

L106

R144

0

120

R145

0

+1.5V_D1 DC_PROTECT2

D256 O PEN

8 7 9 R

N E P O

Q 253 O PEN D257 O PEN

E

L107 5 8 1 C

V 6 1 / 0 0 1

6 8 1 C

F u 1 . 0

7 8 1 C

P 0 0 0 1

120 1 3 1 C

F u 1 0 . 0

8 8 1 C

F u 1 . 0

GND_D1 R146

0

R147 R148

0 0

R149

0

C192

O PEN

C193

O PEN

C194

O PEN

C195

O PEN

ANALOG L SIGNAL LINE ANALOG R SIGNAL LINE DIGITAL SIGNAL LINE SW SIGNAL LINE

GND_DA

GND

POWER +

s

POWER -

62


F

1

2

3

4 R P H _ M W P

L + P H _ M W P

9 7 5 R

5 6 5 R

R + P H _ M W P

5 7 5 R

PWM CONTROLLER PARTS

L P H _ M W P

9 6 5 R

5

T U O _ W S

+ T U O _ W S

5 4 5 R

2 4 5 R

0

6

7

8

PWM/AMP BLOCK SHEET 005

0

A +3.3V_D1

+3.3V_5508

AMP PARTS

2 2

R681 O PE N

O PE N

R544

R540

O PE N

R101

L O W E SR 1 0 5 R

O PE N

3 . 3

L 501 V 6 1 / 0 0 1

5 2 5 C

F u 1 0 . 0

5 0 5 C

3 0 5 R

0 0 2

2 0 5 R

0 0 2

4 0 5 C

F u 1 . 0

3 0 5 C

F u 1 . 0

F u 1 . 0

VRA_PL L

0.1uF

1

PL L _F L T

R509 H/P_O N

K 0 1

K 0 1

K 0 1

5 4 0 0 5 5 R R

F u 1 . 0

F F u u 1 1 . . 0 0

6 1 5 C

5 1 5 C

R492 2.2

F u 1 . 0

8 0 5 C

7 0 5 C

7 8 9

C 509

33

R508

6

C 506 0.1uF

0 1

1000P

1 1 2 1

R510

33

3 1

33

R511 0 . 1

3 9 4 R

4 1 F u 1 . 0

F u 1 . 0

V 0 5 / 0 1

F u 1 . 0

F u 1 . 0

3 1 5 C

2 1 5 C

1 1 5 C

0 1 5 C

7 6 5 C

5 1 6 1

C 580

0 0

9 5

8 5

L P H _ M W P

+ L P H _ M W P

6 5

6 _ M W P

5 5

4 5

5 _ M W P

+ 5 _ M W P

3 5

M W P _ D D V D

2 5

M W P _ D N G D

+ 8 _ M W P

1 5

0 5

9 4

C 719

_

PWM _4+ M W P PWM _4-

6 4

4 4 3 4 2 4

PWM _2-

1 4 0 4

PWM _1-

TAS5508B

VBG AP

0.1uF

7 1

I _ L T X

9 1

0 2

D N G D 1 2

D N G D 2 2

D N G D

A D S

3 2

3 3

6 1 5 R

R514

K C R L

L C S

4 2

P A C _ C S O

5 2

3 3

7 1 5 R

4 N I D S

K L C S

6 2

7 2

3 3

3 3

8 1 5 R

9 1 5 R

0 2 5 R

2 N I D S

9 2

6 3

1 N I D S

0 3

4 3 3 3

1 3

K 0 0 1

K 0 0 1

K 0 0 1

6 2 5 R

7 2 5 R

8 2 5 R

100 100

1 0 7 R

R536

100

C 701

R535

100

0.1uF

R534

100

R533

100

R532

100

R531

0

5142_SD

5

+3.3V_5508

10K

R491

DVDD DG ND DG ND

1 2 5 C

VR_DIG

C V S P

0 2 5 C

F u 1 . 0

2 2 5 C

V 0 5 / 0 1

9 1 5 C

P 8 1

6

R702

1.0 Q 701

8

Q 702 A107S

0.1uF 3 0 7 R

K 1

4 0 7 R

K 1

O PE N O PE N O PE N

2 1 3 1

5 1 6 1

R705

G ND_D1

1

4 0 7 C

V 6 1 / 0 0 1

7 1 5 0 7 C

F u 1 . 0

C 706

ET72

2 1 5 R

3 1 5 R

N E P O

8 1

0.1uF

6 0 7 R

Q 502 A107S

ET72

PWM _B DG ND_B O C _ADJ O UT_B DG ND PVDD_B AG ND BST_B VRE G BST_C

4 1

G ND_D1

RE SE T_AB DG ND_A

9

1 1

C 703

2.2K

R523 R524 R525

PWM _A O UT_A

0 1

C 702

0

GND_D1

7

56K

C 107S

F u 1 . 0

9 2 5 R

2.2K

R522

O TW BST_A SD PVDD_A

2 3 K 7 . 4

6 3

3

4

M3 PVDD_C M2

O UT_C

M1 DG ND_C PWM _C DG ND_D RE SE T_C D O UT_D PWM _D PVDD_D VDD BST_D G VDD_C G VDD_D

L 709

L 710

120

120

8 0 7 R

33N(20)

4 3

C 715

0.1uF (32)

3 3 2 3 1 3

3 1 7 R

0 3

C 714

9 2 8 2

6 2

0 4 2 D

0 6 1 S D K

1 4 2 D 8 3 2 D

0 8 2 R

V 6 1

V 0 2

T 5 5 3 S S 1

2 6 2 D

Q 256 K RC 102S

0 5 5

D263

N C

51K K 0 1

E T U M _ 8

E T U

0 5 5

M _ F

A D S _ 8

0 5 5

0 5 5

L C S _ 8 0 5 5

K C R L _ 8 0 5 5

0 5 5

8 0 5 5 _ R E S E R

K L C M _ 8 0 5 5

2 7 9 R

V-DE T

E T U M _ F

N D P _ 8 0 5 5

E T U M _ 8 0 5 5

A D S _ 8 0 5 5

K C R L _ 8 0 5 5

L C S _ 8 0 5 5

K L C S _ 8 0 5 5

0.1uF 2

5142_O TW 5142_SD

G ND_D1 DC _PRO TE C T2

TO CODEC BLOCK SHEET 002

K C O 3 L 0 B 0

TO MAIN CPU BLOCK SHEET 002

6

7

R546

*LEFT

R547

CHASSIS

R548

GND_A

R997

C 726

0

1000p

C 725

0

C 724

0

R998 0.01uF R999

R550

0 0

R551

R553

R552

0

R768

0

R554

0 0

R555 R556

0 0

+3.3V_D1

R549

0 0

C 544

O PEN C 547

O PEN

C 545

O PE N C 548

O PE N

C 551

O PE N

C 546

O PE N C 549

O PE N

C 552

O PE N

R557 C 550

0 0

R435 R436

O PEN

1 7 5 C

O T

R405

FG4

H T_GND

GND_A1

G ND_A

G ND_D1

G ND_A1

O PE N

K 0 0 1

2 7 5 C

P 0 0 0 1

5 5 6 R

P 1 0 5 0 0 6 R 1

K 0 0 1

2 5 6 R

K 0 0 1

56K

Q 751 C 107S

B R

K 0 1

K 7 4

9 4 6 R

8 4 6 R

7 4 6 R

6 4 6 R

K 0 1

K 0 1

K 0 1

K 0 1

5 4 6 R

4 4 6 R

3 3 6 R

8

9

K 0 1

K 0 1

K 0 1

C 574

C 575

220/25V

220/25V

G ND_A1

7 0 6 D

0 6 1 S D K

8 0 6 D

0 6 1 D S K

3 7 5 C

K 1

C 753 0.1uF 4 5 7 R

K 1

4 5 7 C

V 6 1 5 / 5 0 7 0 C 1

C 709

0 2

C 708

9 1 7 0 7 R

O TW BST_A

C 756

PWM _B DG ND_B O C _ADJ O UT_B DG ND PVDD_B AG ND BST_B

6 3

18-F (20)

9 0 7 R

18-F (20) )

33N(20)

0 2 ( F p 0 3 3

L 724 HL Z9Z014Z

0.1uF

G ND_A1

10/63V (RF O )

8 5 7 R

VDD BST_D G VDD_C G VDD_D

+12V_5142

F u 1 . 0

F u 1 . 0

6 4 7 C

7 4 7 C

8 4 7 C

I M E R O F *

5 1 7 R 3 4 7 C

10N(20)

3R3-F (20)

B

3R3-F (20)

10N(20)

C 766

L 725

C 765

0.1uF (32)

9 8 7 C

C 764

0.1uF (32)

8 8 7 C

4 6 7 R

3 6 7 R

0 3

C 763

8 2

C 761

33N(20) 33N(20) 0.1uF (32)

3 2 2 2

C 760

0.1uF (32)

C 759

33N(20)

1 2 0 2

7 5 7 R

L 712 120

) 0 2 ( F p 0 3 3

HL Z9Z014Z

5 3 7 C

4 3 7 C

) 0 2 ( N 0 0 1

) 0 2 ( N 0 0 1

7 3 7 C

10N(20)

2 1 7 R

3R3-F (20)

1 1 7 R

3R3-F (20)

6 3 7 C

10N(20)

L 702 C O IL , 10uH

JK71 E T71

1

+

C 891

2

-

0 C 892

3

+

4

-

5

+

6

T U O R E K A E P S

-

0 9 7 C

L 726 HL Z9Z014Z

2 8 7 C

) 0 2 ( F p 0 3 3

L 727 HL Z9Z014Z

0 6 7 R

18-F (20)

9 5 7 R

18-F (20) )

1 8 7 C

0 2 ( F p 0 3 3

L 728

C O IL , 10uH

) M ( F u 7 4 . 0

2 9 7 C

) 0 2 ( N 0 0 1

1 9 7 C

) 0 2 ( N 0 0 1

6 6 7 R 4 9 7 C

3 9 7 C 5 6 7 R

+ A R

3R3-F (20)

A R

+ B R

B R

+ A L

A L

+ B L

B L

10N(20)

10N(20)

+32V

3R3-F (20)

3 8 7 C

) M ( F u 7 4 . 0

5 8 7 C

4 8 7 C

) 0 2 ( N 0 0 1

) 0 2 ( N 0 0 1

2 6 7 R

+32V

3R3-F (20)

7 8 7 C

10N(20)

6 8 7 C

10N(20)

1 6 7 R

3R3-F (20)

F u 1 . 0

F u 1 0 . 0

P 0 0 0 1

2 9 6 C

1 9 6 C

0 9 6 C

+32V +32V G ND_A1 G ND_A1

1

1 6 N C

2

3

4

5

G ND_A1

D

L 752 C O IL , 10uH

C O IL , 10uH

d e s U t o N 7 N D C R

C 757

-

10

L 754

L 751 C O IL , 10uH L 751-N7

L 752-N7

0 1

C

+

9

18-F (20)

) 0 2 ( F p 0 3 3

8

L 753 C O IL , 10uH

18-F (20)

HL Z9Z014Z

C 758 0.1uF

9 1

L 711

) M ( F u 7 4 . 0

C O IL , 10uH C 762

4 2

120

3 3 7 C

C O IL , 10uH

RCD-N7 Not Used

33N(20)

3 3

0 1

L 701 C O IL , 10uH L 701-N7

7

10/50V

P 0 0 0 1

6 1 7 R

0 C 893

C 767 0.1uF

9 2

7 2

RE SE T_C D O UT_D PWM _D PVDD_D

) 0 2 ( N 0 0 1

4 4 7 C

E T71

1 3

5 2

M1 DG ND_C

1 4 7 C

) 0 2 ( N 0 0 1

3300/50V

2 3

6 2

PWM _C DG ND_D

2 4 7 C

L 702-N7

10/50V

O UT_C

3 1

) M ( F u 7 4 . 0

L 704

C O IL , 10uH

4 3

M2

4 1

F u 1 . 0

5 4 7 C

0

5

VRE G BST_C

8 1

L 723 HL Z9Z014Z

0 1 7 R

1 3 7 C

3

M3 PVDD_C

0.1uF 6 5 7 R

PWM _A O UT_A RE SE T_AB DG ND_A

0 4 7 C

L 721 HL Z9Z014Z

0 1

2 1

7 1 F u 1 . 0

2 3 7 C

) 0 2 ( F p 0 3 3

C 707

1 1

6 1

1

0 2 ( F p 0 3 3

F u 1 . 0

C O IL , 10uH

18-F (20) )

8 3 7 C

0 1

+32V

0 1

5 1

R755

Q 708 K TC 3875S

Q 707 K TA1504S

0.1uF 3 5 7 R

RCD-N7 Not Used

K 0 0 1

F u 1 . 0

F u 1 . 0

F u 1 . 0

F u 1 . 0

5 9 7 C

6 9 7 C

7 9 7 C

8 9 7 C

I M E R O F *

G ND_A1

R653

O PE N

10K

O PE N

L 401 F u 1 . 0

A R

+12V_5142

+12V_A

R406 V 5 2 2 / 0 0 4 0 C 1

4 5 6 R

Q 706 K TC 3875S

R404

O PEN O PEN L 402 1 0 4 C

0.1uF GND_D1

+3.3V_5508

R434

0

+ B R

B L

Q 752 A107S 0 5 6 R

Q 705 K TA1504S

6 5 6 R

0 0

+ A R

A L

+32V

O T R767

+ B L

C 752

K C 2 O 0 L 0 B T C E E E D H O S C

U T P E C E H N S I A M

G VDD_B G VDD_A

SD PVDD_A 4

5

R752

+ A L

0.1uF (32)

C 768

3

T C E T O R P _ P S

A T A D S _ 8 0 5 5

0.1uF (32)

C 710

2 2 1 2

TAS5142 1

A T A D S _ 8 0 5 5

K L C S _ 8

$$$28292 $$$6118

1SS355T

R969

0 0 1

N D P _ 8

T _ E S E R

V_ S S M

C 711

5 2

3 2

IC 72

C 751

8 0 5 5

K L C M _ 8

9 7 9 R

33N(20)

4 2

120

0 1

+3.3V_5508

K 0 1

33N(20)

C 712

HL Z9Z014Z

18-F (20)

L 708

120 1 5 7 R

0.1uF (32)

C 713

) 0 2 ( F p 0 3 3

L 703

C O IL , 10uH 7 2

C 769

+32V

9 3 7 C 4 1 7 R

+12V_5142

L 707

L 720

C 716

+12V_5142

DC _PRO TE C T1

RCD-N7 Not Used

C 717 0.1uF

5 3

0 1

0

RCD-N7 Not Used

C 718 3300/50V

TAS5142 G VDD_B G VDD_A

2

10/63V (RF O )

0 1

IC 71

0 1

0.1uF R521

13.5M Hz P 2 2

L 706 120

1

1M 0

X501 8 1 5 C

3 N I D S

8 2

3 3

R530

7 3

5 3 O _ L T X

8 1 L L P D _ R V

R538 R537

L 705 120

VAL ID

8 3

DG ND BK E ND_E RR

HP_SE L PDN M UTE

100

9 3

VAL ID

RE SE T

DVDD DG ND

C 517

R539

5 4

PWM _1+

IC 51

AG ND_PL L VDD_PL L

0.1uF

7 4

PWM _2+

AG ND

C 523

8 4

VR_PWM 8

PWM _3+

VRD_PL L

Q 504 A107S

Q 503 C 107S

7 5

+ 6 _ M W P

PWM _3-

5 1 5 R

C 581

0 6

R P H _ M W P

AG ND

Q 501 C 107S

E T72

C 582

1 6

+ R P H _ M W P

4

1K

4 1 5 C

2 6

3

5 V 0 5 / 0 1

3 6 D K N L G C D M

2

PL L _F L TM PL L _F L TP

7 6 0 0 5 5 R R

5142_SD VAL ID

4 6

C 501

6 2 5 C

N E P O

5142_O TW

F u 1 . 0

4 2 5 C

33 F u 1 0 . 0

2 0 5 C

+32V

+12V_5142

4 9 4 R

R543

3 0 4 C

V 5 2 4 / 0 0 4 0 C 1

F u 1 . 0

G ND_A

G ND_D1 G ND_A

E


POWER +

s

POWER -

63


F

1

2

3

4

5

6

7

8

A

B

C

D

E

F GND

POWER +

sd

POWER -

65


1

2

3

4

5

6

+15V_U/W

1 0 N 1 E 0 P R O

6 N 0 E 1 P 0 O R

-

B 5 . 1 7 0 S 1 Z 0 D D U

-

6 5

3 K 1 9 1 . 0 3 R

4 K 7 . 4

5 N 0 E 1 P 0 O R

1

2 N 1 E 1 P 0 O R

0 1 1 0 R

2 3 Q0101 FDC608PZ

8 0 6 1

5 0 0 6 1 1 0 S D D K

1 1 0 1 0 0 1 R

4 1 1 K 0 3 R 4 5 K 1 1 1 . 0 5 R

4 2 1 0 R 0

N 0 E 1 P 1 O 0 C N E P O

% 5 . 0

% 5 . 0

1 1 1 0 C

6 1 1 0 1 . 0 0 C

L0101 10uH

CMI-SSP12L80F

6 1 / 7 4

6 1 / 7 4

7 4 1 0 C

6 4 1 0 C

P 0 0 0 1

1

5

SW

FB

P 0 0 0 1

8

6 1 P 2 0 1 0 0 0 C 1 2 2 K 1 0 0 3 R

% 5 . 0

+5V_D1

7 EN

COMP

4

5 3 S S

S U B V B S U

V R D S U B V B S U

E S A B _ C F 1 F 0 2 P 4 3 N 2

TO DM860

4 2 P 1 0 0 8 C 1

6 2 1 1 . 0 0 C

7 2 1 0 C

1 0 . 0

5 K 2 7 1 4 0 R

5 3 / 0 2 2 S 3 4 0 0 1 1 0 C Q R K

8 9 2 2 1 1 0 0 C C

O E I M I P S _ E

K S L C C I I P P S S _ _ E E

T E S E R _ E

I E O M I P S _ E

I E O M D X R _ E

V R D S U B V B S U

O E I M D Q X E T R _ _ E E

D B S U

+ D B S U

S U B V B S U

2 D X R I I M

3 V D D X X R R I I I I M M

R E X R I I M

2 D X T I I M

3 D X T I I M

N E C X D T M I I I I M M

K L C Y H P I I M

O I D M I I M

F I D P S 0 6 8

T S R _ Y H P

V 3 . 3 T E N

6 1 2 3

3 2 1 0 . 0

0 1 / 1 . 0

1

1 0 . 0

Z 1 . 0

2 0 1 0 C

3 0 1 0 C

O C EN G O

I

4

R0116 S 2 2 0 0 1 1 C 0 R Q K

R0108OPEN 9 . 0 N 1 E 0 P C O

8 0 0 1 1 0 / C 1

6 0 0 1 1 0 / C 0 2 2

-

7 0 1 0 C

14 VCC

8 0 6 1

GND 7

HVBUS_CTL1

0

-

-

S C I P S _ E

K L C I P S _ E

-

O E I M I P S _ E

-

I E O M I P S _ E

-

I E O M D X R _ E

D B S U

U0106 OPEN 1 N 2 E 1 P 0 O R

U0106 OPEN K C O L B

4

6 5

U0106 OPEN

+ D B S U

N0101 5P-PH(SMD)

T C E L E3 S0 0 B St Ue e Oh TS

10

U0106 OPEN 12 13

U0106 OPEN DGND

ETHERNET

VBUS

1

+Data

2

-Data

3

GND

4

SHIELD

7 Z 1 1 1 0 0 . C 0

5 3 2 4 C

P 0 0 0 1 7 3 2 4 C

6 3 2 4 C

1 0 . 0

Z 1 . 0

8 3 2 4 C

9 3 2 4 C

C4244 0.1Z C4243 0.01 C42421000P

G406-0RJ45-004-0S

RDA-1D5B8K1A

0 0 1 1 / / 1 1 . . 0 0

Z 1 . 0

3 . 6 / 0 0 1

0 0 1

9 1 1 0 C

2 2 1 0 C

3 2 1 0 C

3 2 1 0 R

0 2 1 0 C

N4200

R4238 R4239

1 2 3

C4203 C4204

0 R4202 75 16

R4200

4 1005

1005

2

4

3

R4203 75

( O LED1A R G ) LED1K ( G LED2K R N LED2A )

8 9

R4210 R4225

10 11

510 510

1608

1608

5 Z 4 1 2 . 4 0 C K C

R4240 0

6 4 Z8 2 10 6 4 .1 C 0

8 0 6 1

6 3 2 4 R

12

R140 OPEN

R145 0

N E P O

N E P O

0 4 2 4 C

7 4 2 4 C

N E P O

0 0 2 4 C

P 0 0 0 1

10

3 4

13

5

12 11

BLM21PG221

R4206

51 C4207 OPEN

R4207 R4208

51 51

R4209

51

6

R E X R I I M

2 D X T I I M

3 D X T I I M

N E X T I I M

C D M I I M

MIIRXDV MIIMDC MIIMDIO MIITXEN PHY_RST R4211 33

O I D M I I M

K L C Y H P I I M

3 1

8 2 2 0 . 0

C4205 C4206

2 0 2 4 C

1000P 4.7/6.3

-

K L C I P S _ E

2 1

1 1

0 1

-

-

O E I M I P S _ E

I E O M I P S _ E

-

I E O M D X R _ E

9

8

7

6

5

4

3

2

1

P 0 0 0 1

9 0 2 4 C

2

1

4

3

6

5

8

7

L4203

3 . 6 / 7 . 4

6 2 N5 0 1 E0 0 P1 R O

V R D S U B V B S U

5 0 0 1

7 2 N 1 E 0 P R O

S U B V B S U

4

V G

9 4 1 0 C

1 1 3 . 1 0 0 C

IN

U105 KIA78R033F/PI

2 1 3 . 1 0 0 C

2

DGND

5 P 3 0 1 0 0 0 C 1

V G

3 3 3 . 1 6 0 / C 0 0

3 . 6 / 0 1

6 3 1 0 C

3

OUT

4

NC

IN GND

5

3 1 . 4 6 1 / 0 0 C 0 1

1

CTL

2

7 3 P 1 0 0 0 C 1

3 . 9 6 3 / 1 0 0 0 C 1

8 3 N 1 E 0 P C O

5 P 4 0 1 0 0 0 C 1

N0103 8P-PH 1 2

V G

3

C0143 0.1

4 5 6 7 8

E V

0 5 5 3 1 / 0 0 C 0 1

DGND

1

+5V_D1

+15V_U/W

+5V_D1

6 1 / 2 2

BIAS

0 1 / 1 . 0

0 1 / 1 . 0

5 1 2 4 C

0 1 2 4 C

1 1 2 4 C

V 3 . 3 T E N

3 . 6 / 7 . 4

0 4 1 N 0 E C P O

4 2 P 4 1 4 0 1 . 1 0 0 0 0 0 C C 1

R0129 100

B

1 5 1 0 C

OPEN D0106

Q0106 KRA102S -

0 D0107

-

Q0107 KRC102S -

8 0 6 1

DGND

6 1 2 4 C

C8008 C8009 C8010 OPEN OPEN OPEN

1.5K 1.5K 10K 10K

R4219 R4220 R4221 R4222

C

NET3.3V

L4204 BLM21PG221

R4218 R4218 R4218 R4218

2 1 2 4 R

DGND

9 8 7 6 5 4 3 2 1

TXN4

RXN4

A

VBUS_MONI F I D P S 0 6 8

Q E R _ E

DGND

R4213 10K R4214 OPEN

K 0 1

E_POWER_CONT

-

O E I M D X T _ E

1 L T C _ S U B V H

T S R _ Y H P

33x4 33x4 33x4 33x4

10K

R4215 MIIPHYCLK

R4216

MIIRXD3 MIIRXD2

R4216 R4216 R4216

RXP4 C4208 OPEN

7

PULSE-TRANS BELFUSE

CT

1005

L4202

R4205

2

9

L4201 OPEN

6 7

V D X R I I M

TXP4

1

10

5

1000P 4.7/6.3

U4201

14

3

0 0

1

75

4

CTRD RD-

3 D X R I I M

C0125 0.1Z

15

TDRD+

1005

L4200 OPEN 1 2

DGND

TD+

CTTD

OUT 5 G ON

0 3 3 . 1 6 0 / C 0 0 1

DGND

. 3 T E N

R4237

4 1

-

S C I P S _ E

V G 4 3 1 0 C

1

B 1 . 5 S Z D U

V 3

V 3 . 3 T E N

5 1

T E S E R _ E

R0128 0

BRACKET-PCB(ANAM) Z4201 Z 1 . 0

3

VBUS

5 Z 1 1 1 . 0 0 C 8 P 1 0 1 0 0 0 C 1

6 1

K DS 1 60

V 3 . 3 T E N

U0104 PQ012FZ01ZP

3 . 6 / 7 . 4

8 4 1 0 C

+ D B S U

2 D X R I I M

D B S U

5

FG12

1 0 . 0

7 1

-

9 8

11

P 0 0 0 1 4 3 2 4 C

8 1

BLOCK

D 01 0 4

3 . 6 / 7 . 4

Q E R _ E

2

DGND

9 1

V 2 . 1 T E N

-

O E I M D X T _ E

1005

1

0 2

1 G A L F _ T L U A F

1005

R0117 OPEN

1 2

-

D0103 KDS160 T E S E R _ E

DGND

USBVBUSDRV R0119 OPEN USBVBUS R0120 OPEN

1005

3

NET3.3V Z 1 . 0

1005

2 2

DGND

Q0105 DTC123EKA

R0109 OPEN

5

R0107 OPEN

4 0 5 1 0 0 1 C 0 C P 0 0 0 1 1 0 1 0 C

3 2

D N G D

OP E N

U0101 microSMD175F R0103 OPEN R0104 OPEN

8

TO MAIN CPU Sheet 003

DGND

USBVBUS FAULT_FLAG1

U0 1 02

V 2 . 1 T E N

4 S 0 4 1 0 0 1 Q C R K

DGND 2 0 0 1 0 R

) 0 0 C N N S H 2 2 0 0 1 (

2 IN

U0103 SI-8005Q-TL SS GND

2 0 1 0 D

4 P 1 0 1 0 0 0 C 1

BS

3

8 1 7 1 . 0 4 R

1 0 . 0

2 3 1 1 1 1 0 0 C C

7

USB_P.CONT DC_PROTECT2

VBUS

7

8

5

6

3

4

1

2

33x4 33x4 33x4 33x4

0 1 1 1 2 1 3 1 4 1 5 1 6 1 7 1 8 1

0 0 1 D E E

V D _ X R

BLM21PG221 MIIRXER

R4217 R4217 R4217 R4217

MIITXD2 MIITXD3

8 1 D D V

3 3 D D V

N E _ X T

T S R n

O I D M

S R C

K L C _ X R

R R E _ X R

K L C _ X T

0 D X T

1 D X T

O I D D V

R E E X T / T N I n

COL VDDA33 EXRES1 VDDA33 RXP RXN VDDA33 TXP TXN

2 D X T

6 3 5 3 4 3 3 3 2 3 1 3 0 3 9 2 8 2

C4219 0.1/10 R4224 5.6K C4220 0.1/10

R4223 6.8K

RXP4 RXN4 C4221

8

5

6

3

4

1

2

33x4 33x4 33x4 33x4

N E P O

0.1/10 TXP4 TXN4

3 D X T

19 20 21 22 23 24 25 26 27 7

2 1 2 4 C

DGND

C D M

P LINK S ACTIVITY FDUPLEX XTAL2 U4202 XTAL1 LAN8700 RXD3 RXD2 RXD1 RXD0

L4205 L4206 3 3 . 1 6 2 / 4 7 C . 4

N E P O

N E P O

4 1 2 4 C

7 1 2 4 C

ETHERNET PHY 8U-310051(15/21) DIGITAL_UNIT D

BLM21PG221 BLM21PG221

8 3 1 . 2 6 4 / C 7 . 4

1608

0 N 1 N 2N 0 E 0 E 0E 0 P 0 P 0P 4 O 4 O 4O D D D

DGND

3N 0E 0P 4O D

Z4202 BRACKET-PCB(ANAM)

DGND

P 0 0 0 1 5 2 2 4 C

1 Z 0 1 . . 0 0 9 2 2 4 C

0 3 2 4 C

0

0

0

1 3 2 4 C

2 3 2 4 C

3 3 2 4 C

E


POWER +


POWER -

66

F

EXPLODED VIEW

sd

z

WARNING:

Parts marked with this symbol have critical characteristics. Use ONLY replacement parts recommended by the manufacturer.

68

PARTS LIST OF EXPLODED VIEW zParts

f

for which "nsp" is indicated on this table cannot be supplied.

zP.W.B.

ASS'Y for which "nsp" is indicated on this table cannot be supplied. When repairing the P.W.B. ASS'Y, check the board parts table and order replacement parts.

zPart

indicated with the mark " ★ " is not illustrated in the exploded view.

zThe

parts listed below are for maintenance only, might differ from the parts used in the unit in appearances or dimensions.

R eN f .o .

z

P a rNto .

P arNtam e

Re m a rk s

C1 nsp M-CR603/NISGDISPLAYPCBASS'Y C2 nsp M-CR603/NISGMAINPCB ASS'Y C3 nsp M-CR603/NISGSMPSPCB ASS'Y C4 943183009250S MODULE,TUNER(EUR) C5 943189012720M MODULEDAB(DAB7.0) C6 nsp DAB PCB ASS'Y C7 8U-310055S M-CR603/NISGETHERNETPCBASS'Y C8 943302009630S MECHANISMASS'Y(CJDL2130BZ)

Q ' t yN

C99 43179011170SO LED MODULE

CFLMXS4003-A

M19 43402011120MF RONT ASS'Y M1 402410176001S FRONTASS'Y M2 406410040036M PANEL,REARM-CR502/N1SG M2 406410109003S PANEL,REAR M3 404410003031M PANEL,SIDEM-CR502/N1SG M3 404410036000S PANELSIDE , M4 943403011180S COVER,TOP(EUR) M5 nsp CHASSIS, BOTTOM M5 nsp CHASSIS, BOTTOM(U) M6 nsp COVER SHIELD , M7 411010039032M BUTTONPOWER , M7 411010126004S BUTTON,POWER M8 411010040032M BUTTON,VOLUME M8 411010128000S BUTTON,VOLUME M9 943411011190S BUTTON,VOLUME M9 411010127007S BUTTON,VOLUME M10 nsp HEAT SINK M11 nsp PLATE, EARTH A M12 M13 M14 M15 M17 M18

nsp nsp nsp nsp nsp nsp

PLATE, EARTH B COVER SCREW , COVER, SHIED OLED NUT,DAB WASHER GROUND , LABEL DENGEROUS , MARK

P14 P15 P16 P17 P18 P19 P20 ★ P21 ★ P22

nsp nsp nsp nsp nsp nsp nsp nsp nsp

INSULATOR RUBBER CUSHION SUPPORT , SUPPROT, PCB(MC-5) SUPPORT, PCB(MC-10) LOCKER SHEET, PROTECTION PLATE, EARTH C PLATE, EARTH D

S12 S13 S14

nsp nsp nsp

TAPE BOTH , SIDE LABEL WINDOW7 , SHIPPING LABEL

* * *

N1B,U1B N1SG N1B,U1B

1 1 1

* * *

CGK1A136XA CGK1A136YA CGK1A136WA CMY1A304 CMC1A407

1

*

CMC1A408 CMD1A495 CMC1A405

1 1 1

*

* *

1

CNW1A035 CQB1A1052Z

*

2 2

CGU1A452Z CGU1A420X CGR1A451 CGW1A502 CBT1A1076YA CBT1A1077ZK92 CBT1A1089ZK92 CMH1A309 CKL1A102 CHG1A297 CHE170 CMH1A289 CMH1A288

1 1

* *

1 1

*

2 1 1 1

*

* 4

4 3 2 1

CMX1A284 CHG1A113 CHG1A305 CRE1A097 CRE1A098 CRE1A037 CGX1A454Z CMC1A413 CMC1A415

69

1

1 1 1

C4FA101 CQB1A1011Z CQB2A323Z

f

1 1 1 1 2 2 1 1 1

N1SG CKMMCR603 N1B,U1B CKMMCR603BLACK N1SG CKM1A198C62 N1B,U1B CKM1A198C32 N1SG CKM1A199C62 N1B,U1B CKM1A199C23 CKC1A185ZS61 N1SG,N1B CUA4A287Z U1B CUA6A287Y CMD1A678 1 N1SG CGK1A135ZA N1B,U1B CGK1A135YA N1SG CGK1A136ZA

U1B

P19 43416011220SW INDOW, OLED P29 43416011350SW INDOW, DOOR P3 418510006007M DOOR CD , P4 nsp PANEL, SUB P5 943411011230S FUNCTIONBUTTONASS'Y P64 11510038003MB UTTONENTER , P74 11510038010MB UTTON PLAY , P8 nsp HOLDER, OLED P9 407010002000M FOOT P10 943407002950M RUBBER ,FOOT P11 nsp HOLDER PCB , P12 nsp SUPPORT MECHA , P13 nsp SUPPORT REAR , CR502/N

ew

COP12317B 1 * COP12316B 1 * COP12319B 1 * CNVMT104MS1-80A 1 CNVFS2027B0291 1 * COP12317B 1 * COP12318B 1 * CJDMCR503ZA 1

1 1 2 1 1 8 1 1 2

* *

1

* 2

R eN f .o .

P a rNto .

P a rNta m e

S15 S16

nsp nsp

SHEET, COVER SHEET

S1 S1 S2 S3 S4 S5 S6 S7 S8 S9 S10 S11

nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp

SCREW SPECIAL , SCREW SPECIAL , SCREW SCREW SCREW SCREW SCREW SCREW SCREW SCREW SCREW SCREW

R em a r ks

Q ' t yN CHS1A154 CMX1A180Z

ew

2 1

*

SCREWS N1SG N1B,U1B

CHD1A063 CHD1A063ZR CTB26+8JFZR CTW3+8JR CTB3+10JR CTB3+8JFZR CTW3+12JR CTB3+10JFZR CTB3+8JR CTB3+6FFZR CTB3+6JR CTB3+6JR

10 10 6 12 19 12 3 5 2 7 3 3

WIRES ★ 101 943606010880S CABLE , CARD(16P, 180mm CD MECHA) ★ 102 943606011320S CABLE , CARD( 1.0MM, 11P, 100MM, B TYPE ) ★ 103 943606011340S CABLE , CARD( 1.25MM, 11P, 80MM, B TYPE ) ★ 104 943606011330S CABLE , CARD( 1.0MM, 23P, 150MM, B TYP E) ★ 105 943606011480S CABLE , CARD( 1.0MM, 30P, 180MM, B TYP E)

70

CWC4F1A16A180A08 CWC4F4A11A100B08 CWC4F4A11B080B08 CWC4F4A23A150B08 CWC4F4A30A180B08

1 1 1 1 1

* * * * *

PACKING VIEW

d 9

8

z

4

5

7 2

3

3

6 13 12 11

10 18 14

1

14 18

PARTS LIST OF PACKING & ACCESSORIES d zParts zThe zPart


parts listed below are for maintenance only, might differ from the parts used in the unit in appearances or dimensions. indicated with the mark " ★ " is not illustrated in the exploded view.

R eN f .o .

z z

P a rNto . P arNtam e Re m a rk s 1 531210163004M BOX, OUT CARTON CPG1A867V 29 43535006230SB AG POLY(SET) , CPB1A184Z 3 533610022006M PAD SNOW , CPS1A822 4 nsp POLY BAG , CPB1A008Z 5 943611000190S CORD , POWER EUR(H03VVH2-F 2X0.75MM NM) N1SG,N1B CJA2B108ZV 5 943611000230S POWERCORDULCJA2A107ZV U1B CJA2A107ZV 6 307010079001M REMOCONTRANSMITERASS'Y(M-CR603) CARTMCR603

7 943535001070D 8 541110506005M 8 541110611006M 99 43425100030MI 10 943535001070D 11 90M-ZA000240R 12 90M-ZA000220R 13 nsp 14 nsp nsp ★ 15 ★ 16 943429007990S nsp ★ 17 18 nsp

BAG,POLY(ENGLISH/FRANCH) MANUAL,INSTRUCTION(E2) MANUAL,INSTRUCTION(E3) PODSTANDASS'Y BAG,POLY(ENGLISH/FRANCH) ANT AM , LOOP FM POLE 1 ANT BATTERY AAA , 2PCS IN PACK SHIPPING LABEL LABEL LAST FM ANT DAB , LABEL MAC ADRESS BLACK LABEL

71

Q' ty 1 1 2 1 1 1 1

CPB1061W N1SG,N1B CQX1A1561Z U1B CQX1A1588Z CMH1A310ZA CPB1061W CSA1A020Z CSA1A018Z CABR03PPB CQB2A323Z

* *

k

1 1 2 2

*

* 2

*

* 1

CSA1A036Z 1 CQB1A1037Z

*

1 1 1 1 1

1

N1B,U1B

Ne w *

5F64169DFD (MAIN : IC11) Terminal Function P in No

P i n Na m e

PU/ I/ O PD

P o r t Na m e UART_MOSI LED_CONT1 LED_CONT2

O O O

4

P93/(CTS3)

OLED_CPU_POWER PD

O

O/L

O/L

Power Control for Display ucom

5 6 7 8 9 10 11

P92/TXD3 P91/RXD3 P90/(CLK3) (P146)/INT8 P145/INT7 P144/INT6 P143

EL_MOSI EL_MISO EL_CLK RDS_CLK P_DOWN_50/60 SP_PROTECT EL_CS

O I O I I I O

O/L I O/L I I I O/H

O/L I O/L I I I O/H

DisplayDataforDisplayucom DisplayDatafromDisplayucom ClockofDisplayDataforDisplayucom RDSClockinput(interrupt) PowerDownDetection/signalforClock DCProtectionDetection ChipSelectofDisplayDataforDisplayucom

12 13 14 15

VDC0 P141(INPUTONLY) VDC1 NSD

16

CNVSS(INPUTONLY)C NVSS

17 18 19 20 21 22X 23 24 25 26 27 28P 29

P87/(XCIN) P86/(XCOUT) RESET XOUT VSS IN VCC P85/NMI(INPUT ONLY) P84/INT2 P83/INT1 P82/INT0 81 P80/RXD5

YOBI CHECK-2 RESET X2 VSS X1 VCC1 NMI AUX1/DET E_REQ RC_IN CHECK-3 HP/DET

PD PU PUI PU PD PU PD PU

O I I -

30 31 32 33 34 35 36 37

(P77)/CLK5 (P76)/TXD5 P75/RXD8 P74/CLK8 P73/TXD8 P72/CLK2 P71/RXD2/(MSCL) P70/TXD2/(MSDA)

TU_SCL TU_SDA E_SPIMIEO E_SPICLK E_SPIMOEI OLED_BOOT DAB_DI DAB_DO

38

P67/TXD1

39

VCC

40

P66/RXD1

41 42 43 44 45 46 47 48 49 50 51 52P 53 54 55 56 57 58 59 60 61

VSS P65/CLK1/SCLK(L) P64/BUSY P63/TXD0 P62/RXD0 P61/CLK0 P60/CTS0 P137 P136/ISCLK2 P135/ISRXD2 P134/ISTXD2 57/RDY P56/ALE P55/HOLD/EPM P54/HLDA P133 VSS P132 VCC P131 P130

PD PU PD

I

-

I

I I

-

O/L O/L O/L

Note

P96/(TXD4) (P95)/CLK4 P94/(CTS4)

PD PD PU PU -

O/L O/L O/L

Network STBY

1 2 3

VDC0 CHECK-1 VDC1 NSD_M

PD PD

s ST BY

I

-

-

-

-

I I I I I

O/L I I I I I I

O/L I I I I I I

PU PU PU PU PU PD -

O O I O O O SI SO

O/L O/L I O/L O/L O/L I O/L

O/L O/L I O/L O/L O/L I O/L

TXD/232CMO

-

SO

O/L

O/L

VCC1

-

-

-

-

RXD/232CMI

PD

SI

I

I

VSS SCLK_M BUSY_M/STEREO E_RXDMOEI E_TXDMIEO KILL_IR /H/P_MUTE EL_RESET NC NC NC RDY ALE EPM_M /5142_OTW NC VSS NC VCC2 POWER_ON/OFF B_POWER_ON/OFF

PD PU PU PU PD PD PU PD PU PU PD PD

O I SO SI O O O O O O I O I I O O O O

O/L I O/L I O/H O/L O/L O/L O/L O/L I O/L I I O/L O/L O/L O/L

O/L I O/L I O/H O/L O/L O/L O/L O/L I O/L I I O/L O/L O/L O/L

73

TransferDataforDisplayucomatUpdating LEDControl1 LEDControl2

Smoothingcapacitorconnectionterminal NC Smoothingcapacitorconnectionterminal Emulatorcommunicationpin Single-chip / Micro-processor mode switching (Normal single-chip : L, Rewrite boot program start : H input set) Not Use NC Reset Clock(Output) GND Clock(Input) +3V NC AUX1(PortableIn)Insertiondetection DM870/860Interrupt IR Interrupt NC H/PDetection Clock for TUNER (I2C) Datafor TUNER (I2C) DatafromETHERNET(SPI) ClockforETHERNET(SPI) DataforETHERNET(SPI) BootforDisplayucom DatafromDAB(TX) DataforDAB(RX) Data transfer to external terminal(AMX)/MITSUBISHI writer +3V Data received from the external terminal(AMX)/ MITSUBISHI writer GND WritingModeSelect STREOIndicatorinput/BUSYatUpdating NetworkSerialDataOutput(DM870/860RXD) NetworkSerialDataInput(DM870/860TXD) ControlterminalforFrontIRDisable H/PMUTE ResetforDispleyucom NC NC NC NC NC Rewritebootprogramstart:Linputset TAS5508Overtemperaturewarningsignal NC GND NC +3V ON/STANDBYControlH:ON/L:STANDBY Bi-AmpSelectforPower

P i n No 62 63 64 65 66 67 68 69 70 71 72 73 74 75 76 77 78 79 80 81 82 83 84 85 86 87 88 89 90 91 92 93 94 95 96P 97P 98P 99 100 101 102 103 104 105 106 107 108 109 110P 111P 112P 113 114 115 116 117 118 119P 120 121 122 123 124 125 126 127

Pi n Nam e P53/BCLK P52/RD P51/(WR1)/BC1 P50/(WR0)/WR/CE P127 P126 P125 P47/CS0/(A23) P46/(CS1)/A22 P45/(CS2)/A21 P44/(CS3)/A20 P43/A19 VCC P42/A18 VSS P41/A17 P40/A16 P37/A15 P36/A14 P35/A13 P34/A12 P33/A11 P32/A10 P31/A9 P124 P123 P122/(RXD6) P121/(CLK6) P120/(TXD6) VCC P30/A8 VSS P27/A7 P26/A6 25/A5 24/A4 23/A3 P22/A2 P21/A1 P20/A0 P17/D15 P16/D14 P15/D13 P14/D12 P13/D11 P12/D10 P11/D9 P10/D8 07/D7 06/D6 05/D5 P04/D4 P114 P113 P112/(RXD8) P111/ P110/(TXD8) 03/D3 P02/D2 P01/D1 P00/D0 P157 P156 P155/RXD6 P154/TXD6 P153

Po r t Nam e NC CHECK-4 SRAMSTB CE_M CCE BUCK NC BUS3 BUS2 BUS1 BUS0 OPSW VCC CLSW VSS INSW DECRST DREQ SBSY DRVMUTE OPEN CLOSE MX_DETECT /H/P_ON /PDN_5508 /5508_MUTE E2PROMSCL E2PROMSDA /F_MUTE VCC 5508_SCL VSS 5508_SDA /RESET_5508 NC NC NC 4683_VOUT 4683_I2C_CONT 5VCPU_ON//OFF /4683_RESET 4683_CDTO 4683_INT 4683_CDTI 4683_CCLK 4683_CSN /5142_SD DC_PROTECT1 NC NC NC IPOD_DET SW_DOWN AMUTE MX_MUTE DAB-P_CONT T.MUTE TUNED TU_POWER RDS_DATA USB_P.CONT DC_PROTECT2 E_POWER_CONT VBUS_MONI /E_SPICS /E_RESET

PU/ I/ O PD PD PU PD PU PU PU PU PU PU PU PU PU PU PU PD PU PU PD PD PU PU PD PU PU PD GND PD PD PU PU PU PU PD PD PD PD PU PD PD PD PU PD PD PU PU

O I O I O O O O O O O I I I O I I O O O I O I O I/O I/O O I/O I/O O O O O I I O O I I O O O I I O O O I I O O O O I O I O I O O O O

ST BY

Network STBY

O/L I O/L I O/L O/L O/L O/L O/L O/L O/L I I I O/L I I O/L O/L O/L I O/L I O/L I I O/L I I O/L O/L O/L O/L I O/L O/H O/L I I O/L O/L O/L I I O/L O/L O/L I I O/L O/L O/L O/L I O/L I O/L I O/L O/L O/L O/L

O/L I O/L I O/L O/L O/L O/L O/L O/L O/L I I I O/L I I O/L O/L O/L I O/L I O/L I I O/L I I O/L O/L O/L O/L I O/L O/H O/L I I O/L O/L O/L I I O/L O/L O/L I I O/L O/L O/L O/L I O/L I O/L I O/H O/L O/L O/H

74

Note

NC NC ControlforTC94A92FGSRAMSTB Rewritebootprogramstart:Hinputset ChipEnableforCDDSP BUSClockforCDDSP NC BUS3forCDDSP BUS2forCDDSP BUS1forCDDSP BUS0forCDDSP OpenSWfromCDMecha +3V CloseSWfromCDMecha GND LimitSWfromCDMecha ResetforTC94A92FG TC94A92FG DREQ CDMonitor3(Default:SBSY)fromTC94A92FG Motorstanby Tray Open TrayClose M-XPortDetection TAS5508Headphonein/outselector TAS5508Powerdown TAS5508Softmuteofoutputs SerialClockforEEPROM(Default:O/L) SerialDataforEEPROM(Default:O/L) TAS5508Softmuteofoutputs +3V I2CserialClockforTAS5508 GND I2CserialdataforTAS5508 SystemResetforTAS5508 NC NC NC AK4683VOUTMonitor AK4683CommunicationformatSelect 5VControl AK4683ResetSignal AK4683SCIDataInput AK4683RequestSignal AK4683SCIDataOutput AK4683SCIClock AK4683ChipEnableSignal TAS5508Shutdownsignal PowerProtectionDetectforUSB NC NC NC iPodDetect(RCD-N7) SW LEVEL Detect AUX/SW MUTE NC PowerControlforDAB MuteforTUNER Tuned PowerControlforTUNER RDSDATAforEurVersion USBPowerControl PowerDownDetect PowerControlforDM870/860 USBDataOutputEnable(RCD-N7) DM870/860SCIChipSelect DM870/860Reset

P in No 128 129 130 131 132 133 134 135 136 137 138 139 140 141 142 143 144

P i n Na m e P152/RXD7 P151/(CLK7) VSS P150/TXD7 VCC P107/(AN7)/(KI3) P106/AN6/KI2 P105/AN5/KI1 P104/AN4/KI0 P103/AN3 P102/AN2 P101/(AN1) AVSS P100/AN0 VREF AVCC (P97)/RXD4

P o r t Na m e HVBUS_CTL1 FAULT_FLAG1 VSS /B1/B2 VCC HVBUS_CTL2 KEY3 KEY2 KEY1 FAULT_FLAG2 LD_CHK MODEL_1 AVSS MODEL_2 VREF AVCC UART_MISO

PU/ I/ O PD PD PU PD PD PU PU PU PU PU PU -

O I O O I I I I I I I I

ST BY O/L I O/L O/L I I I I I I I I

75

Network STBY O/L I O/L O/L I I I I I I I I

Note USB1VBUSControl USB1VBUSCurrentLimitSignal GND USBBUSSwitchControl(RCD-N7) +3V USB2 VBUS Control (RCD-N7) KeyInput3 KeyInput2 KeyInput1 USB2VBUSCurrentLimitSignal(RCD-N7) LaserCurrentCheck VersionSelect GND ModelSelect +3V +3V ReceiveDataforDisplayucomatUpdating

R5F64169DFD (DISPLAY : IC81) Terminal Function s P i nNo

P o rtNa m e

Sym bol

I/O

Pull-U /D

No te

1 2 3

P96/(TXD4) (P95)/CLK4 P94/(CTS4)

NC NC NC

O O O

4

P93/(CTS3)

NC

O

-

NC

5P 6 7 8 9 10P 11 12

92/TXD3 P91/RXD3 P90/(CLK3) (P146)/INT8 P145/INT7 144/INT6 P143 VDC0

NC NC NC NC NC NC NC VDC0

O O O O O O O -

-

NC NC NC NC NC NC NC Smoothingcapacitorconnectionterminal

13 14 15

P141(INPUT ONLY) VDC1 NSD

16

CNVSS(INPUTONLY) CNVSS

I

17 18 19 20 21 22X 23 24P 25P 26 27 28 29 30 31

P87/(XCIN) P86/(XCOUT) RESET XOUT VSS IN VCC 85/NMI 84/INT2 P83/INT1 P82/INT0 P81 P80/RXD5 (P77)/CLK5 (P76)/TXD5

NC NC OLED_RESET X2 VSS X1 VCC1 NMI NC YOBI OLED_CS NC BOOT NC NC

O I I I O O O I I O O

NC Smoothingcapacitorconnectionterminal Emulatorcommunicationpin Single-chip / Micro-processor mode switching PD (Normal single-chip : L, Rewrite boot program start : H input set) NC PD NC PU Resetinput(Reset="L") Clock output GND Clock input +3V PU NC NC Not use ChipSelectofDisplayDataforDisplayucom PDN C PD Boot signal NC NC

32 33P 34P 35 36 37 38 39 40 41 42 43 44 45 46P 47P 48 49 50 51

P75/RXD8 74/CLK8 73/TXD8 P72/CLK2 P71/RXD2/(MSCL) P70/TXD2/(MSDA) P67/TXD1 VCC P66/RXD1 VSS P65/CLK1/SCLK(L) P64/BUSY P63/TXD0 P62/RXD0 61/CLK0 60/CTS0 P137 P136/ISCLK2 P135/ISRXD2 P134/ISTXD2

OLED_POWER NC NC OLED_CLK OLED_TX OLED_RX TXDCO VCC1 RXD CO VSS SCLK_CO BUSY_CO OLED_UART_RX OLED_UART_TX NC NC D7 D6 D5 D4

O O O O O O O I O O O I O O O O O O

PD PD PD PD -

OLEDPowerOn/Off NC NC ClockofDisplayDataforDisplayucom DisplayDataforDisplayucom Notuse Datatransfertoexternalterminal(AMX)/MITSUBISHIwriter +3V Datareceivedfrom the externalterminal(AMX)/MITSUBISHI writer GND WritingModeSelect BUSYOutputatupdating TransferDataforDisplayucomatUpdating ReceiveDataforDisplayucomatUpdating NC NC Data Bus for OLED DataBusforOLED DataBusforOLED DataBusforOLED

52 53 54 55P 56 57 58 59 60 61 62P 63 64

P57/RDY P56/ALE P55/HOLD/EPM 54/HLDA P133 VSS P132 VCC P131 P130 53/BCLK P52/RD P51/(WR1)/BC1

NC NC EPM NC D3 VSS D2 VCC2 D1 D0 NC NC NC

O O I O O O O O O I O

PU PD -

NC NC Rewritebootprogramstart:Linputset NC Data Bus for OLED GND Data Bus for OLED +3V Data Bus for OLED Data Bus for OLED NC NC NC

NC VDC1 NSD

I

-

PD(OPEN) NC NC NC

PD PU

76

P inNo

P o rtNa m e

Sym bol

I/O

Pull-U /D

65 66 67 68 69 70 71 72 73 74 75 76 77 78 79 80 81 82 83 84 85 86 87 88 89 90 91 92 93 94 95 96 97 98 99 100 101 102 103 104 105 106 107 108 109 110 111 112 113 114 115 116P 117

P50/(WR0)/WR/CE P127 P126 P125 P47/CS0/(A23) P46/(CS1)/A22 P45/(CS2)/A21 P44/(CS3)/A20 P43/A19 VCC P42/A18 VSS P41/A17 P40/A16 P37/A15 P36/A14 P35/A13 P34/A12 P33/A11 P32/A10 P31/A9 P124 P123 P122/(RXD6) P121/(CLK6) P120/(TXD6) VCC P30/A8 VSS P27/A7 P26/A6 P25/A5 P24/A4 P23/A3 P22/A2 P21/A1 P20/A0 P17/D15 P16/D14 P15/D13 P14/D12 P13/D11 P12/D10 P11/D9 P10/D8 P07/D7 P06/D6 P05/D5 P04/D4 P114 P113 112/(RXD8) P111/

CE_M RES# CS# RES# R/W#,WR# E,RD# NC NC NC VCC NC VSS NC NC NC NC NC NC NC NC NC NC NC NC NC NC VCC NC VSS NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC

I O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O

PD -

118P 119 120 121 122 123 124 125 126 127 128 129P 130 131

110/(TXD8) P03/D3 P02/D2 P01/D1 P00/D0 P157 P156 P155/RXD6 P154/TXD6 P153 P152/RXD7 151/(CLK7) VSS P150/TXD7

NC NC NC NC NC NC NC NC NC NC NC NC VSS NC

O O O O O O O O O O O O O

--

No te Rewritebootprogramstart:Hinputset Reset, Active"L"forOLED Chipselect:"L"forOLED(I/Fcommunicatepossible) Reset, Active "L" : forOLED Write (This pin stays "L"(low) in Serial Interface Mode) for OLED Read(This pinstays "L"(low) inSerialInterface Mode) for OLED NC NC NC +3V NC GND NC NC NC NC NC NC NC NC NC NC NC NC NC NC +3V NC GND NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC GND NC

77

P i nNo 132 133 134 135 136 137 138 139P 140 141 142 143 144(

P o rtNa m e VCC P107/(AN7)/(KI3) P106/AN6/KI2 P105/AN5/KI1 P104/AN4/KI0 P103/AN3 P102/AN2 101/(AN1) AVSS P100/AN0 VREF AVCC P97)/RXD4

Sym bol VCC NC NC NC NC NC NC NC AVSS NC VREF AVCC NC

I/O

Pull-U /D O O O O O O O I O

PD -

No te +3V NC NC NC NC NC NC NC GND Not use +3V +3V NC

78

TC94A92FG (MAIN : IC21)

61 62 63 64 65

2 2 - 3 - 1 D 7 6 5 4 3 2 1 0 S D D io io io io io io io io S D V o i P P P P P P P P V V X X X

3 S S V X

L 3 S S V o D L

L 3 D D V D

R 3 D D V o D R

R 3 S S V D

0 6

7 4

6 4

4 4

3 4

1 4

9 5

8 5

7 5

6 5

5 5

4 5

3 5

2 5

1 5

0 5

9 4

8 4

5 4

2 4

VDD3 BUS0 BUS1 BUS2 BUS3

40 39 38 37 36

CDMoN3 Pio14/CDMoN2 Pio13/CDMoN1 Pio12/CDMoN0/FGiN Pio11

66 BUCK 67 /CCE 68 MS 69 /RST 70 TEST 71 VDD1-1 72 VSS-1 73/SRAMSTB 74 VDDM1 75 PDo 76 TMAX 77 LPFN 78 LPFo 79 PVREF 80 VCoF

35 34 33 32 31 30 29 28 27 26 25 24 23 22 21

Pio10 Pio9 Pio8 VDD1-3 DMo FMoS FMo VSS-3 TRo Foo AVDD3 TEi RFRP RFZi FSMoNiT

TC94A92FG (Top View)

1

2

i 3 o C D V D V R

3

4

5

o iF iP C R R L F S R

6

7

8

9

o C i o C Q F G F R E o A F D R C

0 1

1 1

2 1

3 1

4 1

5 1

6 1

7 1

8 1

9 1

0 2

3 i2 i1 i2 i1 iP i o 3 i o D D S N N P P T N T R S S F F F F V S M L V R

79

V A

TC94A92FG Terminal Function Pin No.

1

2

Symbol

VCoi

RVDD3

3

SLCo

4

RFi

5

RFRPi

6

RFEQo

7

DCoFC

8 9

AGCi RFo

10

RVSS3

11

FNI2

12

FNI1

13

FPI2

14

FPI1

15

TPi

16

TNi

17

VRo

18 19 20

AVSS3 MDi LDo

I/O

O 3AI/F O 3AI/F I 3AI/F I 3AI/F O 3AI/F O 3AI/F I 3AI/F O 3AI/F I 3AI/F I 3AI/F I

Description DSP VCO - EFM and PLCK Phase difference signal output pin.

O

CD-DSP-Power supply for 3.3V RF amplifier core and PLL circuit

O

RF signal input pin

I

RF ripple signal input pin

I

RF equalizer circuit output pin.

O

RFEQo offset compensation LPF output

O

RF signal AGC amplifier input pin

I

RF signal generation amplifier output pin Grounding pin for 3.3 RF amplifier core and PLL

circuit Main beam signal input pin. To be connected to PIN diode C. Main beam signal input pin. To be connected to PIN diode A. Main beam signal input pin.

I 3AI/F

Main beam signal input pin. To be connected to PIN diode B.

I 3AI/F O 3AI/F I 3AI/F O 3AI/F

-

EFM slice level output pin

To be connected to PIN diode D.

3AI/F

3 state output

(DSP VCO control voltage inputr pin.)

3AI/F

I

Remarks

Default

Sub beam signal input pin. To be connected to PIN diode F. Sub beam signal input pin. To be connected to PIN diode E.

Connect capacitor according with se rvo frequency band. Selectable Zin 20/10 Ω k

Connect to RFRPi by 0.1uF, to RFi by 4700pF. Connect to Vro by more than 0.015uF

O I I I I I I Connected to PVREF,

1.65 V reference voltage output pin.

O

And

connect

to

GNG

0.1uF+100uF. Grounding pin for 3.3V CD analog circuits.

-

Monitor photodiode amplifier input pin.

I

Laser diode amplifier output pin

81

O

Reference Voltage=178mVtyp.

by

Pin No. 21 22

Symbol

FSMoNiT RFZi

23

RFRP

24

TEi

25

AVDD3

26

FOo

27

TRo

28

VSS-3

29

FMo

30

FMoS

31

DMo

32

VDD1-3

33

Pio8

34

Pio9

35

Pio10

36

Pio11

I/O O 3AI/F I 3AI/F O 3AI/F O 3AI/F O 3AI/F O 3AI/F O 3AI/F O 3AI/F O 3AI/F

Description Focus Error signal / Sub beam add signal output pin(monitor pin/GND)

I

RF ripple signal output pin.

O

Tracking error signal output pin.

O

-

Focus servo equalizer output pin.

O

Bulit-in serises R=3.3 Ω k

Tracking servo equalizer output pin.

O

Bulit-in output R=3.3 Ω k

Grounding pin for 1.5V Decoder-DSP CD circuit Feed servo equalizer output pin.

Feed servo equalizer output pin. （Stepper motor application ） Disc servo equalizer output pin

3I/F

/CD circuit

O


O


O


-

Port 8（General Input/Output Port ）

I


I


I


I

I/O 3I/F I/O 3I/F I/O

37

3I/F

Pio12/

I/O

CDMoN0/

3I/F

FGiN 38

39 40

Pio13/

I/O

CDMoN1

3I/F

Pio14/

I/O

CDMoN2

3I/F

CDMoN3

O 3I/F

Bulit-in serises R=500 Ω. Connect to VRo by capacitor.

Power supply pin for 3.3 V CD analog circuits.

Power supply pin for 1.5V Decoder-DSP

I/O

Remarks

O

RF ripple zero-cross signal Input pin

I/O

3I/F

Default

Port 12（General Input/Output Port ） / CD Monitor 0 / FG signal input Port 13（General Input/Output Port ） / CD Monitor1 Port 14（General Input/Output Port ） / CD Monitor 2 CD Monitor3 (Default output : SBSY)

82

I

I

I O

CMOS Port Schmitt input Refer to [1.2 Pin Assinment Table] CMOS Port Schmitt input Refer to [1.2 Pin Assinment Table] CMOS Port Schmitt input Refer to [1.2 Pin Assinment Table] CMOS Port Schmitt input Refer to [1.2 Pin Assinment Table] CMOS Port Schmitt input Refer to [1.2 Pin Assinment Table] CMOS Port Schmitt input Refer to [1.2 Pin Assinment Table] CMOS Port Schmitt input Refer to [1.2 Pin Assinment Table] CMOS Port Refer to [1.2 Pin Assinment Table]

Pin No. 41

Symbol

DVSS3R

42

Ro

43

DVDD3R

44

DVDD3L

I/O

-

Description

Grounding pin for 3.3V Muiti-Bit DAC circuit

-

R channel audio output pin of Audio DAC.

O

-

Power supply pin for 3.3V Audio DAC circuit.

-

-

Power supply pin for 3.3V Audio DAC circuit.

-

L channel audio output pin of Audio DAC

O

O 3AI/F

Remarks

Default

O 45

Lo

46

DVSS3L

3AI/F -

Grounding pin for 3.3V Muiti-Bit DAC Circuit

-

47

XVSS3

-

Grounding pin for 3.3V clock oscillator circuit

-

48

Xi

System clock Input pin

I

49

Xo

System clock Output pin

O

50

XVDD3

51

VDD1-2

-

Power Supply pin for 1.5V Digital circuit

-

52

VSS-2

-

Grounding pin for 1.5V digital circuit

-

53

Pio0


I

54

Pio1


I

55

Pio2


I

56

Pio3


I

57

Pio4


I

58

Pio5


I

59

Pio6


I

60

Pio7


I

I 3AI/F O 3AI/F -

I/O 3I/F I/O 3I/F I/O 3I/F I/O 3I/F I/O 3I/F I/O 3I/F I/O 3I/F I/O 3I/F

Power Supply pin for 3.3V clock oscillator circuit

83

Xtal oscillation circuit. Connect

feedback

resistor

1

MΩ between Xo and Xi

-

CMOS Port Schmitt input Refer to [1.2 Pin Assinment Table] CMOS Port Schmitt input Refer to [1.2 Pin Assinment Table] CMOS SchmittPort input Refer to [1.2 Pin Assinment Table] CMOS Port Schmitt input Refer to [1.2 Pin Assinment Table] CMOS Port Schmitt input Refer to [1.2 Pin Assinment Table] CMOS Port Schmitt input Refer to [1.2 Pin Assinment Table] CMOS Port Schmitt input Refer to [1.2 Pin Assinment Table] CMOS Port Schmitt input Refer to [1.2 Pin Assinment Table]

Pin No. 61

Symbol VDD3

62

BUS0

63

BUS1

64

BUS2

65

BUS3

66

BUCK

67

/CCE

68

MS

69

/RST

I/O I/O 3I/F I/O 3I/F I/O 3I/F I/O 3I/F I 3I/F I 3I/F I 3I/F I 3I/F I

Description Power Supply pin for 3.3V Digital circuit Microprocessor I/F data input/output pin 0

Default

I

I

Microprocessor I/F data input/output pin 2

I


I

Microprocessor I/F BUS clock Input pin

I

Schmitt input Refer to [1.2 Pin Assinment Table]

Microprocessor I/F chip enable input pin

I

Schmitt input Refer to [1.2 Pin Assinment Table]

I

Refer to [1.2 Pin Assinment Table]

Reset Input pin

I

Schmitt input

Test pin （”L” fixed）

I

Connect to GND for normal operation

Microprocessor I/F mode selection pin. “H”: Parallel I/F,

“L”: Serial I/F

Test

71

VDD1-1

-

Power Supply pin for 1.5V Digital circuit

-

72

VSS-1

-

Grounding pin for 1.5V Digital circuit

-

73

/SRAMSTB

74

VDDM1

75

PDo

76

TMAX

77

LPFN

78

LPFo

79

PVREF

80

VCoF

I 3I/F O 3AI/F O 3AI/F I 3AI/F O 3AI/F O 3AI/F

CMOS Port Schmitt input Refer to [1.2 Pin Assinment Table] CMOS Port Schmitt input Refer to [1.2 Pin Assinment Table] CMOS Port Schmitt input Refer to [1.2 Pin Assinment Table] CMOS Port Schmitt input Refer to [1.2 Pin Assinment Table]


70

3I/F

Remarks

1Mbit SRAM stand by pin （/SRAMSTB="L"）

I

Power Supply for 1.5V 1Mbit SRAM circuit

-

EFM and PLCK Phase difference signal output pin.

O

TMAX detection result output pin

O

PLL circuit LPF amplifier inversion input pin

I

PLL circuit LPF amplifier Output pin

O

PLL circuit 1.65 V reference voltage pin.

-

VCO filter pin

O

4-state output ( RVDD3, RVSS3,PVREF, Hiz)

3A I/F

: 3 V analog circuit input/output pin.

1.5 I/F

: 1.5Vdigital input/output pin.

3 I/F

: 3 V digital input/output pin .

84

3-state output ( RVDD3, RVSS3, Hiz)

Connectedto VRO. Connect to GND by 0.1uF and 100uF. Connect to GND by 0.01uF

IP4001CRLTF (MAIN : IC31) PGND2

DO4-

28

27

DO4+

IN 4

26

25

IN4A 24

REF

23

(FIN)

VCC2

VCC1

22

21

CTL

IN 3

20

DO3+

19

18

DO3-

17

DO5-

16

DO5+

15

IP4001

1

234567

DO1-

DO1+

8

I N1

IN1A

N/C

REO

9

10

(FIN) SGND FW D

MUTE

11

I N2

12

13

14

DO2+ DO2- PGND1 REV

IP4001CRLTF Block Diagram PGND2

DO4-

28

27

DO4+ 26

D

IN4 25

IN4A 24

REF

23

VCC2

(FIN)

VCC1

22

21

CTL 20

IN3 19

DO3+ 18

D

DO3-

17 D

10K

DO5-

16

DO5+

15

D

D

D

10K

Level Shift

Level Shift

Level Shift MS C

10K

10K

TSD

REGULATOR

BIAS K 3 . 3

Level Shift 10K

D

D

1

234567

DO1-

DO1+

2 C C V

I N1

MUTE

V 5 . 2

10K

SWITCH

K 3 . 3

K 0 2

IN1

IN1A

10K

K 0 2

10K

Level Shift

PW R TR

D 8

N/C

REO

MUTE

9

10

(FIN) SGND F WD

IN2

11

D

12

DO2+ DO2-

13

14

PGND1 REV

IP4001CRLTF Pin Discriptions NO

SY MB OL

I/O

1

DO1-

O

2

DO1+

3

IN1

4

IN1A

5

N/C

NO

SY MB OL

I/O

CH1OUTPUT(-)

15

DO5+

O

CH5OUTPUT(+)

O

CH1OUTPUT(+)

16

DO5-

O

CH5OUTPUT(-)

I

CH1INPUT1

17

DO3-

O

CH3OUTPUT(-)

I

CH1INPUT2

18

DO3+

O

CH3OUTPUT(+)

19

IN3

I

CH3INPUT

6

REO

O

REGULATOR OUTPUT

20

CTL

I

CH5 MOTOR SPEED CONTROL

7

MUTE

I

MUTE INPUT

21

VCC1

I

SUPPLY VOLTAGE 1 (CH2,CH3,CH5)

8

SGND

-

SIGNAL GROUND

22

VCC2

I

SUPPLY VOLTAGE 2 (CH1,CH4,SIGNAL,REG) CHBIASINPUT

-

DE SC RI PT IO N

NO-CONNECTION

DE SC RI PT IO N

9

FWD

I

CH5INPUT1

23

REF

I

10

IN2

I

CH2INPUT

24

IN4A

I

CH4INPUT1

11

DO2+

O

CH2OUTPUT(+)

25

IN4

I

CH4INPUT2

12

DO2-

O

CH2OUTPUT(-)

26

DO4+

O

CH4OUTPUT(+)

13

PGND1

-

POWERGROUND1

27

DO4-

O

CH4OUTPUT(-)

14

REV

I

CH5INPUT2

28

PGND2

-

POWERGROUND2

85

IN2

AK4683 (MAIN : IC41) PVDD

1

64 63 62 61 60 59 58

57 56 55 54 53 52 51 50 49 48

RX0

2

47

ROPIN

I2C

3

46

LOPIN

RX1

4

45

LISEL

RX2

5

44

AVSS2

RX3

6

43

AVDD2

INT

7

42

VCOM

VOUT

8

41

ROUT2

CDTO

9

40

LOUT2

RCKB BICKB

10 11

39 38

ROUT2 LOUT2

AK4683EQ Top View

RISEL

DTOB

12

37

MUTET

RCKA

13

36

HPL

RCKA

14

35

HPR

BICKA

15

34

HVSS

DTOA

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

HVDD

O K C M

D D V T

S S V D

I T X

D D V D

2 N K D L C P M

O X T T X

I T D C

K L C C

N S C

1 IA T D S

2 IA T D S

3 IA T D S

IB T D S

AK4683 Block Diagram RMCLK RX0 RX1 RX2 RX3

Clock Recovery

4:2 Input Selector

XTO

DAIF Decoder

X’tal Oscillator XTI

LISEL LOPIN LIN1 LIN2 LIN3 LIN4 LIN5 LIN6

IPS0/1, OPS0/1 bit MCLK2

HPF DVOL

ADC LIN0/1/2, RIN0/1/2 bit

RIN1 RIN2 RIN3 RIN4 RIN5 RIN6

MCKO

ADC Audio I/F

PORTB BICKB LRCKB DIR

HPF, DVOL

ADC

SDTIA1

SDTOB0/1 bit SDTIB DIR

Through

ADC

TX

DIT

DIT

I2C

SDTIB SDTIA1

DIT bit

DIR

DIT0/1 bit LOUT1

LPF

DAC

DVOL

ROUT1

LPF

DAC

DVOL

LOUT2

LPF

DAC

DVOL

LPF

DAC

DVOL

μP

ADC

I/F

SDTIB

DAC1 Audio I/F

CSN CCLK CDTI CDTO

SDTIA1 SDTIA2 SDTIA3

DAC2 Audio I/F

DIR

DIR

ADC

ADC

SDTIB

SDTIB

SDTIA1

off

SDTIA2 SDTIA3

SDTOA0/1 bit

PORTA SDTOA OLRCKA BICKA ILRCKA

DAC10/11/12,

HPL

DAC20/21/22 bit HPR

SDTOB

off

ROPIN RISEL

ROUT2

ADC

SDOUT

OPGA

86

SDTIA1 SDTIA2 SDTIA3

AK4683 Pin Discriptions No. 1 2

Pin Name PVDD RX0

I/O I

3

I2C

I

4 5 6 7

RX1 RX2 RX3 INT VOUT

I I I O O

DZF

O

8

OVF

O

9 10 11 12 13 14 15 16 17 18 19 20 21 22

CDTO LRCKB BICKB SDTOB OLRCKA ILRCKA BICKA SDTOA MCKO TVDD DVSS DVDD XTI XTO

O I/O I/O O I/O I/O I/O O O I O

23

TX

O

24

MCLK2

I

25

PDN

I

29 30 31 32 33 34 35 36

CDTI SDA CCLK SCL CSN TEST SDTIA1 SDTIA2 SDTIA3 SDTIB HVDD HVSS HPR HPL

I I/O I I I I I I I I O O

37

MUTET

-

26 27 28

Function PLL Power supply Pin, 4.5V∼5.5V Receiver Channel 0 Pin (Internal biased pin. Internally biased at PVDD/2) Control Mode Select Pin. “L”: 4-wire Serial, “H”: I2C Bus Receiver Channel 1 Pin Receiver Channel 2 Pin Receiver Channel 3 Pin Interrupt Pin V-bit Output Pin for Receiver Input Zero Input Detect Pin When the input data of DAC follow total 8192 LRCK cycles with “0” input data, this pin goes to “H”. And when RSTN1 bit is “0”, PWDA bit is “0”, this pin goes to “H”. Analog Input Overflow Detect Pin This pin goes to “H” if the analog input of Lch or Rch overflows. Control Data Output Pin in Serial Mode and I2C pin = “L”. Channel Clock B Pin Audio Serial Data Clock B Pin Audio Serial Data Output B Pin Output Channel Clock A Pin Input Channel Clock A Pin Audio Serial Data Clock A Pin Audio Serial Data Output A Pin Master Clock Output Pin Output Buffer Power Supply Pin, 2.7V∼5.5V Digital Ground Pin, 0V Digital Power Supply Pin, 4.5V∼5.5V X'tal Input Pin X'tal Output Pin Transmit Channel Output pin When DIT bit = “0”, RX0~3 Through. When DIT bit = “1”, Internal DIT Output. Master Clock Mode Input Pin Power-Down & Reset Pin When “L”, the AK4683 is powered-down, all registers are reset. And then all digital output pins go “L”. The AK4683 must be reset once upon power-up. Control Data Input Pin in Serial Mode and I2C pin = “L”. Control Data Pin in Serial Mode and I2C pin = “H”. Control Data Clock Pin in Serial Mode and I2C pin = “L” Control Data Clock Pin in Serial Mode and I2C pin = “H” Chip Select Pin in Serial Mode and I2C pin = “L”. This pin should be connected to DVSS in Serial Mode and I2C pin = “H”. Audio Serial Data Input A1 Pin Audio Serial Data Input A2 Pin Audio Serial Data Input A3 Pin Audio Serial Data Input B Pin HP Power Supply Pin, 4.5V ∼5.5V HP Ground Pin, 0V HP Rch Output Pin HP Lch Output Pin HP Common Voltage Output Pin 1μF capacitor should be connected to HVSS externally.

87

No. 38 39 40 41

Pin Name LOUT2 ROUT2 LOUT1 ROUT1

I/O O O O O

Function DAC2 Lch Positive Analog Output Pin DAC2 Rch Positive Analog Output Pin

42

VCOM

-

43 44

AVDD2 AVSS2

-

45 46

LISEL LOPIN

O O

47 48

ROPIN RISEL

O O

49 50 51

AVSS1 AVDD1 LIN1

I

52 53

RIN1 LIN2

I I

Rch Input 1 Pin Lch Input 2 Pin

54 55

RIN2 LIN3

I I

Rch Input 2 Pin Lch Input 3 Pin

56 57 58 59 60 61 62 63

RIN3 LIN4 RIN4 LIN5 RIN5 LIN6 RIN6 PVSS

I I I I I I I -

64

R

-

Rch Input 3 Pin Lch Input 4 Pin Rch Input 4 Pin Lch Input 5 Pin Rch Input 5 Pin Lch Input 6 Pin Rch Input 6 Pin PLL Ground pin External Resistor Pin

DAC1 Lch Positive Analog Output Pin DAC1 Rch Positive Analog Output Pin DAC/ADC Common Voltage Output Pin 2.2μF capacitor should be connected to AVSS2 externally. DAC Power Supply Pin, 4.5V∼5.5V DAC Ground Pin, 0V Lch Feedback Resistor Output Pin Lch Feedback Resistor Input Pin, 0.5xAVDD1 Rch Feedback Resistor Input Pin. 0.5xAVDD1 Rch Feedback Resistor Output Pin ADC Ground Pin, 0V ADC Power Supply Pin, 4.5V∼5.5V Lch Input 1 Pin

12kΩ +/-1% resistor should be connected to PVSS externally.

88

TAS5142 (MAIN : IC71,72) GVDD_B OTW SD PWM_A RESET_AB PWM_B OC_ADJ GND AGND VREG M3 M2 M1 PWM_C RESET_CD PWM_D VDD GVDD_C

1

36

2 3 4 5

35 34 33 32

6 7

31 30

8 9

29 28

10 11 12 13

27 26 25 24

14 15 16 17 18

23 22 21 20 19

GVDD_A BST_A PVDD_A OUT_A GND_A GND_B OUT_B PVDD_B BST_B BST_C PVDD_C OUT_C GND_C GND_D OUT_D PVDD_D BST_D GVDD_D

TAS5142 Pin Discriptions TERMINAL

(1)

DESCRIPTION

D KD NO.

AGND

9

BST_A

35

43

P

HS bootstrap supply (BST), external capacitor to OUT_A required

BST_B

28

34

P

HS bootstrap supply (BST), external capacitor to OUT_B required

BST_C

27

33

P

HS bootstrap supply (BST), external capacitor to OUT_C required

BST_D

20

24

P

HS bootstrap supply (BST), external capacitor to OUT_D required

GND

D DV NO.

FUNCTION (1)

NA ME

11

8

10

P

P

Analog ground

Ground

GND_A

32

38

P

Powergroundforhalf-bridgeA

GND_B

31

37

P

Powergroundforhalf-bridgeB

GND_C

24

30

P

Powergroundforhalf-bridgeC

GND_D

23

29

P

Powergroundforhalf-bridgeD

GVDD_A

36

44

P

Gate-drive voltage supply requires 0.1-

µF

capacitor to AGND

GVDD_B

1

1

P

Gate-drivevoltagesupply requires0.1-

µF

capacitor to AGND

GVDD_C

18

22

P


µF

capacitor to AGND

GVDD_D

19

23

P


µF

capacitor to AGND

M1

13

15

I

Modeselectionpin

M2

12

14

I

Modeselectionpin

M3

11

13

I

Modeselectionpin

NC

–

3, 4, 19, 20, 25, 42

–

No connect. Pins may be grounded.

OC_ADJ

7

9

O

Analog overcurrent programming pin requires resistor to ground

OTW

2

2

O

Overtemperature warning signal, open-drain, active-low

OUT_A

33

39

O

Output,half-bridgeA

OUT_B

30

36

O

Output,half-bridgeB

OUT_C

25

31

O

Output,half-bridgeC

OUT_D

22

28

O

Output,half-bridgeD

PVDD_A

34

40, 41

P

Power supply input for half-bridge A requires close decoupling of 0.1-µF capacitor to GND_A.

PVDD_B

29

35

P

Power supply input for half-bridge B requires close decoupling of 0.1-µF capacitor to GND_B.

PVDD_C

26

32

P

Power supply input for half-bridge C requires close decoupling of 0.1-µF capacitor to GND_C.

PVDD_D

21

26, 27

PWM_A

4

P

Power supply input for half-bridge D requires close decoupling of 0.1-µF capacitor to GND_D.

6

I

Inputsignalforhalf-bridgeA Inputsignalforhalf-bridgeB

PWM_B

6

8

I

PWM_C

14

16

I

Inputsignalforhalf-bridgeC

PWM_D

16

18

I

Inputsignalforhalf-bridgeD

RESET_AB

5

7

I

RESET_CD

15

17

I

SD

3

5

VDD

17

21

P

Power supply for digital voltage regulator requires 0.1to GND.

VREG

10

12

P

Digital regulator supply filter pin requires 0.1-

O

Reset signal for half-bridge A and half-bridge B, active-low Reset signal for half-bridge C and half-bridge D, active-low Shutdownsignal,open-drain,active-low

I = input, O = output, P = power

89

µF

µF capacitor

capacitor to AGND.

TAS5142 Block Diagram VDD Undervoltage Protection

OTW Internal Pullup Resistors to VREG

SD M1 Protection and I/O Logic

M2 M3

4 VRE G

VR E G

Power On Reset

AGND

Temp. Sense

GND

RESET_AB Overload Protection

RESET_CD

Isense

OC_ADJ GVDD_D BST_D PVDD_D

P W M_D

PWM Rcv.

Ctrl.

Gate Drive

Timing

O U T_D BTL/PBTL−Configuration Pulldown Resistor

GND_D GVDD_C BST_C PVDD_C P W M_C

PWM Rcv.

Ctrl.

Gate Drive

Timing

O U T_C BTL/PBTL−Configuration Pulldown Resistor

GND_C GVDD_B BST_B PVDD_B P W M_B

PWM Rcv.

Ctrl.

Gate Drive

Timing

O U T_B BTL/PBTL−Configuration Pulldown Resistor

GND_B GVDD_A BST_A PVDD_A P W M_A

PWM Rcv.

Ctrl.

Gate Drive

Timing

O U T_A BTL/PBTL−Configuration Pulldown Resistor

GND_A

90

TAS5508 (MAIN : IC51) R P D P E H V _ K M E L S E C W R M P

R M P H _ M W P

L P P H _ M W P

L M P H _ M W P

6 _ P _ M W P

6 _ M _ M W P

5 _ P _ M W P

5 _ M _ M W P

M W P _ D D V D

M W P _ S S V D

8 _ P _ M W P

8 _ M _ M W P

7 _ P _ M W P

7 _ M _ M W P

64 63 62 61 60 59 58 57 56 55 54 53 52 51 50 49

VRA_PLL PLL_FLT_RET PLL_FLTM PLL_FLTP AVSS AVSS VRD_PLL AVSS_PLL AVDD_PLL VBGAP RESET HP_SEL PDN MUTE DVDD DVSS

1

48

2

47

3

46

4

45

5

44

6

43

7

42

8

41

9

40

10

39

11

38

12

37

13

36

14

35

15

34

16

33

VR_PWM PWM_P_4 PWM_M_4 PWM_P_3 PWM_M_3 PWM_P_2 PWM_M_2 PWM_P_1 PWM_M_1 VALID DVSS BKND_ERR DVDD DVSS DVSS VR_DIG

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

L L P D _ R V

T U O _ L T X

P A C _ C S O

IN _ L T X

D E V R E S E R

D E V R E S E R

D A L K K 4 E D C L L IN V S S C C D R S S R L E S E R

3 IN D S

2 IN D S

1 C IN V D S S P

. i.

P0010-01

I

TAS5508 Pin Discriptions TERMINAL N A ME AVDD_PLL

AVSS AVSS_PLL

N O.

TYPE(1)

5-V TOLERANT

TERMINATION(2)

DESCRIPTION

9

P

3.3-V analog power supply for PLL . This terminal can be connected to the same power source used to drive power terminal DVDD, but to achieve low PLL jitter, this terminal should be bypassed to AVSS_PLL with a 0.1-µF low-ESR capacitor.

5, 6

P

Analog ground

8

P

Analog ground for PLL. This terminal sh ould reference the same ground as terminal DVSS, but to achieve low PLL jitter, ground noise at this terminal must be minimized. The availability of the AVSS terminal allows a designer to use optimizing techniques such as star ground connections, separate ground planes, or other quiet ground-distribution techniques to achieve a quiet ground reference at this terminal.

BKND_ERR

DVDD DVDD_PWM DVSS DVSS_PWM

37

15,36

DI

54 16,34, 35, 38 53

Pullup

P P

3.3-VdigitalpowersupplyforPWM

P

Digitalground P

DigitalgroundforPWM

HP_SEL

12

DI

LRCLK

26

DI

5V

MCLK

63

DI

5V

Pulldown

MUTE

14

DI

5V

Pullup

OSC_CAP

18

PDN

13

DI

PLL_FLT_RET

2

AO

PLL_FLTM

3

AO

PLL_FLTP

4

AI

PSVC

32

Active-low. A back-end error sequence is generated by applying logic low to this terminal. The BKND_ERR results in no change to any system parameters, with all H-bridge drive signals going to a hard-mute (M) state. 3.3-Vdigitalpowersupply

5V

Pullup

AO

O

Headphone in/out selector. When a logic low is applied, the headphone is selected (speakers are off). When a logic high is applied, speakers are selected (headphone is off). Serial-audio data left/right clock (sampling-rate clock) MCLK is a 3.3-V master clock input. The input frequency of this clock can range from 4 MHz to 50 MHz. Soft mute of outputs, active-low (muted signal = a logic low, normal operation = a logic high). The mute control provides a noiseless volume ramp to silence. Releasing mute provides a noiseless ramp to previous volume. Oscillatorcapacitor

5V

Pullup

Power down, active-low. PDN powers down all logic and stops all clocks whenever a logic low is applied. The internal parameters are preserved through a power-down cycle, as long as RESET is not active. The duration for system recovery from power down is 100 ms. PLLexternalfilterreturn PLL negative input. Connected to PLL_FLT_RTN via an RC network PLL positive input. Connected to PLL_FLT_RTN via an RC network Power-supplyvolumecontrolPWMoutput

PWM_HPML

59

DO

PWM left-channelheadphone (differential–)

PWM_HPMR

61

DO

PWM right-channelheadphone (differential–)

PWM_HPPL

60

DO

PWM left-channelheadphone (differential+)

PWM_HPPR

62

DO

PWM_M_1

40

DO

PWM1output(differential–)

PWM_M_2

42

DO


PWM_M_3

44

DO


PWM_M_4

46

DO


PWM_M_5

55

DO


PWM_M_6

57

DO


PWM_M_7

49

DO

PWM_M_8

51

DO

PWM_P_1

41

DO

PWM1output(differential+)

PWM_P_2

43

DO


(1) (2)

PWM right-channelheadphone (differential+)

PWM 7(lineout L)output(differential–) PWM 8(lineout R)output(differential–)

Type: A = analog; D = 3.3-V digital; P = power/ground/decoupling; I = input; O = output All pullups are 200-mA weak pullups and all pulldowns are 200-mA weak pulldowns. The pullups and pulldowns are included to ensure proper input logic levels if the terminals are left unconnected (pullups => logic-1 input; pulldowns => logic-0 input). Devices that drive inputs with pullups must be able to sink 200 mA, while maintaining a logic-0 drive level. Devices that drive inputs with pulldowns must be able to source 200 mA, while maintaining a logic-1 drive level.

91

TERMINAL NA ME

NO.

5-V TOLERANT

TYPE(1)

TERMINATION(2)

DESCRIPTION

PWM_P_3

45

DO


PWM_P_4

47

DO


PWM_P_5

56

DO


PWM_P_6

58

DO


PWM_P_7

50

DO

PWM7(lineoutL)output(differential+)

PWM_P_8

52

DO

RESERVED RESET

SCL

SDA

Connecttodigitalground

11

25

SCLK

PWM8(lineoutR)output(differential+)

21,22, 23, 64

27 24

DI

DI

5V

Pullup

V 5 DI

DIO

System reset input, active-low. A system reset is generated by applying a logic low to this terminal. RESET is an asynchronous control signal that restores the TAS5508 to its default conditions, sets the valid output low, and places the PWM in the hard mute (M) state. Master volume is immediately set to full attenuation. On the release of RESET, if PDN is high, the system performs a 4to 5-ms device initialization and sets the volume at mute. I2C serial-control clock input/output

5V

Serial-audiodataclock(shiftclock)input

V 5

I2C serial-control data-interface input/output

SDIN1

31

DI

5V

Pulldown

Serial-audio data input 1 is one of the serial-data input ports. SDIN1 supports four discrete (stereo) data formats and is capable of inputting data at 64 Fs.

SDIN2

30

DI

5V

Pulldown


SDIN3

29

DI

5V

Pulldown


5V

Pulldown


SDIN4

28

DI

VALID

39

DO

VBGAP

10

P

Band-gap voltage reference. A pinout of the internally regulated 1.2-V reference. Typically has a 1-nF low-ESR capacitor between VBGAP and AVSS_PLL. This terminal must not be used to power external devices.

VR_DIG

33

P

Voltage reference for 1.8-V digital core supply. A pinout of the internally regulated 1.8-V power used by digital core logic. A 4.7- µF low-ESR capacitor (3) should be connected between this terminal and DVSS. This terminal must not be used to power external devices.

VR_DPLL

17

P

Voltage reference for 1.8-V digital PLL supply. A pinout of the internally regulated 1.8-V power used by digital PLL logic. A 0.1- µF low-ESR capacitor (3) should be connected between this terminal and DVSS_CORE. This terminal must not be used to power external devices.

VR_PWM

48

P

Voltage reference for 1.8-V digital PWM core supply. A pinout of the internally regulated 1.8-V power used by digital PWM core logic. A 0.1- µF low-ESR capacitor (3) should be connected between this terminal and DVSS_PWM. This terminal must not be used to power external devices.

VRA_PLL

1

P

Voltage reference for 1.8-V PLL analog supply. A pinout of the internally regulated 1.8-V power used by PLL logic. A 0.1- µF low-ESR capacitor (3) should be connected between this terminal and AVSS_PLL. This terminal must not be used to power external devices.

VRD_PLL

7

P

Voltage reference for 1.8-V PLL digital supply. A pinout of the internally regulated 1.8-V power used by PLL logic. A 0.1- µF low-ESR capacitor (3) should be connected between this terminal and AVSS_PLL. This terminal must not be used to power external devices.

XTL_IN

20

AI

XTL_OUT and XTL_IN are the only LVCMOS terminals on the device. They provide a reference clock for the TAS5508 via use of an external fundamental-mode crystal. XTL_IN is the 1.8-V input port for the oscillator circuit. A 13.5-MHz crystal (HCM49) is recommended.

XTL_OUT

19

AO

XTL_OUT and XTL_IN are the only LVCMOS terminals on the device. They provide a reference clock for the TAS5508 via use of an external fundamental-mode crystal. XTL_OUT is the 1.8-V output drive to the crystal. A 13.5-MHz crystal (HCM49) is recommended.

(3)

Output indicating validity of PWM outputs, active-high

If desired, low-ESR capacitance values can be implemented by paralleling two or more ceramic capacitors of equal value. Paralleling capacitors of equal value provides an extended high-frequency supply decoupling. This approach avoids the potential of producing parallel resonance circuits that have been observed when paralleling capacitors of different values.

92

ICE2QS01 (SMPS : IC93) ZC

REG

CS

HV

1

8

2

GND

7

3

VCC

6

4

Sy mbo l

1

ZC

2

REG

Regulation

3

CS

Primary Current Sensing

4,5

OUT

5

Pin

HV

F unct ion Zero Crossing

HV

High Voltage input

6

OUT

gatedriver output

7

VCC

ICsupplyvoltage

8

GND

Commonground

ICE2QS01 Block Diagram VZCT2 ringing suppression time control

VZCT1 ZC 1 VOLP

OLP

VVCCOVP

VCC OVP

Zero-crossing counter

active burst control

VCC UVP

REG 2 RReg

up/down counter

auto restart

r to a r e n e g M W P

Vvccuvp VOPOVP

VREF

VcsSW

output OVP

SWP

latch off

on/off FF gate driver

current limitation / foldback correction

CS 3

OUT 6

Vcsth power management

HV 4, 5

power cell

current measurement v1

controller

Vos

VCC 7

96

GND 8

W9825G6EH-6J (ETHERNET : U3902) V CC

1

54

V SS

DQ0

2

53

DQ15

V CC Q

3

52

V SS Q

DQ1

4

51

DQ14

DQ2

5

50

DQ13

V SS Q

6

49

V CC Q

DQ3

7

48

DQ12

DQ4

8

47

DQ11

V CC Q

9

46

V SS Q

DQ5

10

45

DQ10

DQ6

11

44

DQ9

V SS Q

12

43

V CC Q

DQ7

13

42

DQ 8

V CC

14

41

V SS

LDQM

15

40

NC

WE

16

39

UDQM

CAS

17

38

CLK

RAS

18

37

CK E

CS

19

36

A12

BS0

20

35

A11

BS1

21

34

A9

A10/AP

22

33

A8

A0

23

32

A7

A1

24

31

A6

A2

25

30

A5

A3

26

29

A4

V CC

27

28

V SS

W9825G6EH-6J Block Diagram CLK CLOCK BUFFER

CKE

CS

CONTROL

RAS

GENERATOR

SIGNAL

COMMAND CAS

DECODER COLUMN DECODER

COLUMN DECODER

WE R E D O C E D

A10

R E D O C E D

CELL ARRAY BANK #0

W O R MODE REGISTER

A0

CELL ARRAY BANK #1

W O R

SENSE AMPLIFIER

SENSE AMPLIFI ER ADD RESS

A9 A11 A12 BS0 BS1

BUFFER

DATA CONTROL

DQ BUFFER

CIRCUIT

REFRESH COUNTER

DQ0 DQ15

COLUMN COUNTER

LDQM UDQM

COLUMN DECODER R E D O C E D

COLUMN DECODER R E D O C E D

CELL ARRAY BANK #2

W O R

CELL ARRAY BANK #3

W O R

SENSE AMPLIFI ER

SENSE AMPLIFIER

97

W9825G6EH-6J Pin Description PIN NUMBER

PIN NAME

FUNCTION

23−26, 22, 29−36

A0−A12

Address

20, 21

BS0, BS1

Bank Select

2, 4, 5, 7, 8, 10, 11, 13, 42, 44, DQ0−DQ15 45, 47, 48, 50, 51, 53 19

CS

DESCRIPTION

Multiplexed pins for row and column address. Row address: A0−A12. Column address: A0−A8. Select bank to activate during row address latch time, or bank to read/write during address latch time.

Data Multiplexed pins for data output and input. Input/Output

Chip Select

Disable or enable the command decoder. When command decoder is disabled, new command is

ignored and previous operation continues. Command input. When sampled at the rising edge of Row Address the clock, RAS , CAS and WE define the operation Strobe to be executed.

18

RAS

17

CAS

16

WE

15, 39

LDQM, UDQM

38

CLK

Clock Inputs

37

CKE

CKE controls the clock activation and deactivation. Clock Enable When CKE is low, Power Down mode, Suspend mode, or Self Refresh mode is entered.

1, 14, 27 28, 41, 54

VCC VSS

3, 9, 43, 49

VCCQ

6, 12, 46, 52

VSSQ

Ground for I/O Buffer

40

NC

No Connection

Column Address Strobe

Referred to RAS

Write Enable Referred to RAS The output buffer is placed at Hi-Z(with latency of 2) Input/Output when DQM is sampled high in read cycle. In write Mask cycle, sampling DQM high will block the write operation with zero latency. System clock used to sample inputs on the rising edge of clock.

Power (+3.3V) Power for input buffers and logic circuit inside DRAM. Ground Ground for input buffers and logic circuit inside DRAM. Power (+3.3V) Separated power from VCC, to improve DQ noise for I/O Buffer immunity. Separated ground from VSS, to improve DQ noise immunity. No connection. (NC pin should be connected to GND or floating)

98

LAN8700 (HDMI : U4202) V D _ S R /C II M R / L O C

.3 3 A D D V

1 S E R X E

.3 3 A D D V

P X R

N X R

.3 3 A D D V

P X T

N X T

6 3

5 3

4 3

3 3

2 3

1 3

0 3

9 2

8 2

nINT/TX_ER/TXD4

1

27

TXD3

MDC

2

26

TXD2

CRS/PHYAD4

3

25

VDDIO

24

TXD1

23

TXD0

22

TX_CLK

21

RX_ER/RXD4

MDIO

4

nRST

5

TX_EN

6

VDD33

7

USB3300 LAN8700/LAN8700I Hi-Speed USB2 MII/RMII Ethernet PHY ULPI PHY 36 Pin QFN 32 Pin QFN GND FLAG

VDD_CORE

8

20

RX_CLK/REGOFF

SPEED100/PHYAD0

9

19

RX_V D

0 1

1 1

2 1

3 1

4 1

5 1

6 1

7 1

8 1

1 D A Y H /P K N I L

2 D A Y H P / Y IT V I T C A

3 D A Y H P / X E L P U D F

2 L A T X

1 L A T /X

L E S T N I n / 3 D X R

2 E D O /M 2 D X R

1 E D O /M 1 D X R

0 E D O /M 0 D X R

N I K L C

LAN8700 Block Diagram MODE0 MODE1 MODE2

MODE Control

nRST

SMI

AutoNegotiation

10M Tx Logic

HP Auto-MDIX

10M Transmitter

TXP / TXN

Transmit Section

Management Control

100M Tx Logic

MII

RXP / RXN

100M Transmitter MDIX Control

TXD[0..3] TX_EN TX_ER TX_CLK RXD[0..3] RX_DV RX_ER RX_CLK

CRS /CRS_DV MDC MDIO

R M II / M II L o g i c

100M Rx Logic

DSP System: Clock Data Recovery Equalizer

Receive Section

PLL

Analog-toDigital

XTAL2

Interrupt Generator 100M PLL

10M Rx

Squelch &

Logic

Filters 10M PLL

PHY Address Latches

nINT

PHYAD[0..4]

LED Circuitry Central Bias

99

XTAL1

SPEED100 LINK ACTIVITY FDUPLEX

i

l

i

ll

i

LAN8700 Pin Description P I NN O .

P I NN A M E

1

nINT/TX_ER/TXD4

2

MDC

3

CRS/PHYAD4

4

MDIO

P I NN O .

P I NN A M E

19

RX_DV

20

RX_CLK/REGOFF

21

RX_ER/RXD4

22

TXCLK

5

nRST

6

TX_EN

24

TXD1

7

VDD33

25

VDDIO

8

VDD_CORE

9

23

TXD0

26

SPEED100/PHYAD0

TXD2

27

TXD3

10

LINK/PHYAD1

11

ACTIVITY/PHYAD2

29

12

FDUPLEX/PHYAD3

30

13

XTAL2

28

TXN TXP

31

VDDA3.3 RXN

14

CLKIN/XTAL1

32

15

RXD3/nINTSEL

33

VDDA3.3

RXP

16

RXD2/MODE2

34

EXRES1

17

RXD1/MODE1

35

18

RXD0/MODE0

VDDA3.3

36

100

COL/RMII/CRS_DV

2. DISPLAY MXS4003A (DISPLAY : CN84) 端子番号端子名入出力 Pin No. Pin Name IO 1

VSS

2

NC

-

3

VCC

P

4

VCOMH

O

5

VLSS

P

6

D7

I

7

D6

I

8

D5

I

9

D4

I

10

D3

I

11

D2

I

12 13 14 15

D1 (SDIN) D0 (SCLK) E, RD# R/W#, WR#

P

I I I I

16

BS0

I

17

BS1

I

18

D/C#

I

19

CS#

I

20

RES#

I

21

Reserved

O

22

IREF

O

23

NC

-

24

VDDIO

P

25

VDD

O

26

VCI

P

27

VSL

P

28

VLSS

P

29

NC

-

30

VCC

P

機能 Functions グランド GND

ドライバー系陽極電源 Power supply for Anode Driver ドライバー系陰極電源 Power supply for Cathode Driver アナロググランド Analog system ground データバス Data Bus データバス Data Bus データバス Data Bus データバス Data Bus データバス Data Bus データバス Data Bus データバス、またはシリアルデータ入力 Data Bus or Serial Date Input データバス、またはシリアルクロック入力 Data Bus or Serial Clock Input 読み出し（シリアルインターフェース時、内部で"L" 固定になる） Read (This pin stays "L"(low) in Serial Interface Mode) 書き込み（シリアルインターフェース時、内部で"L" 固定になる） Write (This pin stays "L"(low) in Serial Interface Mode) インターフェース選択子 Select MCU bus interface setting ・BS0=0, BS1=0 ： 4 line SPI ・BS0=0, BS1=1 ： 8bit 8080 Parallel ・BS0=1, BS1=0 ： 3 line SPI ・BS0=1, BS1=1 ： 8bit 6800 Parallel データ/コマンド切替制御 "H"：データ, "L"：コマンド Data/Command Control. "H" ：Data, "L" ：Command チップセレクト "L" でI/F通信可能 Chip Select, Active "L" リセット "L"でリセット Reset, Active "L" NCとしてください Please No Connect. 陽極出力基準電流設定端子 Reference current setting

インターフェイス系電源 Power supply for Interface logic level 内部ロジック系電源 Power supply for Core logic operation 外部ロジック系電源 Low voltage power supply 陽極基準電位 Segment Reference voltage アナロググランド Analog system ground

ドライバー系陽極電源 Power supply for Anode Driver

Display Side

1Pin

30Pin

101

PARTS LIST OF P.C.B. UNIT zParts zThe


parts listed below are for maintenance only, might differ from the parts used in the unit in appearances or dimensions.

DISPLAY PCB ASSY R eN f .o . P a rNto . SEMICONDUCTORS GROUP IC81 8R2431005500S IC83 943231011200S IC91 943239007760S IC92 943239008020S

P a rNta m e

R em a r ks

MCU,IC(R32C/100,144P6Q-A) 2ALowDropRegulator(HRP-5) I.C,REGULATOR(3.3V,DPAK-5) I.C,REGULATOR(ADJ,DPAK-5)

CVIR5F64169DFD CVIBA00DD0WHFP CVIKIA78R033F CVIKIA78R000F NOTE : HVTKTC2875B When update Firmware, please HVTKRA102S conrm a last version in SDI.

Q901-904 Q931

90M-HT300970R T.R CHIP , 90M-HX600010RT .RCHIP , SOT-23 ,

Q932 Q933 Q934 Q935 Q936 Q937

Use the service board after 90M-HX800010RT .RCHIP , SOT-23 , 90M-HX600010RT .RCHIP , SOT-23 , updating it. 90M-HX800010RT .RCHIP , SOT-23 , 90M-HX600010RT .RCHIP , SOT-23 , 00D2757001907 MOSFET(P-CH,2.5VPOWERTRENCH) 90M-HX800010RT .RCHIP , SOT-23 ,

D901-903 D931 D932 D937 D940 D941

00D2760794900 DIODECHIP , 90M-HI101040RL .E.D RED , 943263003130S L.E.D, WHITE nsp ESD SUPPRESSOR (ASQS 12U 02 0R2, 0.2pF/12V 1005) 943263003130S L.E.D, WHITE nsp DIODE ZENER(CHIP,2.7V) ,

CAPACITORS GROUP C801 nsp C802 nsp C805 nsp C806 nsp

Q ' t yN

HVTKRC102S HVTKRA102S HVTKRC102S HVTKRA102S CVTFDC608PZ HVTKRC102S CVDKDS160RTKP HVD342VCTB7T089 CVD1L0345W31BOCT201 CLZ9Z120Z CVD1L0345W31BOCT201 HVDUDZS2.7BSR

CAP,CHIP(4.7uF/6.3V,1608,MURATAGRM18) CAPCHIP , (1608,50V/1000pF) CAPCHIP , (1608,50V/1000pF) CAPCHIP , (1608,50V/0.1uF)

CCUS0J475KC CCUS1H102KC CCUS1H102KC CCUS1H104KC CCUS0J475KC CCUS1H104KC CCUS1H330JA CCUS1H104KC CCUS1H103KC CCUS1H102KC CCUS1H104KC CCUS1H103KC CCUS1H102KC CCUS1H330JA CCUC1E105ZF CCUS1A105KC CCUS1H102KC CCUC1E475KC CCEA1HKS100T CCUS1H104KC CCUS1H103KC CCUS1H104KC CCUS1H102KC CCUS1H104KC

C808,809 C810-815 C816 C817 C818 C819 C823 C824 C825 C826 C827 C828,829 C830 C831,832 C833 C834 C835 C836,837 C838 C839

nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp

CAP,CHIP(4.7uF/6.3V,1608,MURATAGRM18) CAP,CHIP(1608,50V/0.1uF) CAP CHIP , (1608,50V/33pF) CAPCHIP , (1608,50V/0.1uF) CAPCHIP , (1608,50V/0.01uF) CAPCHIP , (1608,50V/1000pF) CAPCHIP , (1608,50V/0.1uF) CAPCHIP , (1608,50V/0.01uF) CAPCHIP , (1608,50V/1000pF) CAP CHIP , (1608,50V/33pF) CAP,CHIP1UF/25V/2012/Y5V CAPCHIP , (1608,10V/1uF) CAPCHIP , (1608,50V/1000pF) CAP,CHIP(25V/4.7uF,2125SIZE) CAP ELECT , CAPCHIP , (1608,50V/0.1uF) CAPCHIP , (1608,50V/0.01uF) CAP,CHIP(1608,50V/0.1uF) CAPCHIP , (1608,50V/1000pF) CAPCHIP , (1608,50V/0.1uF)

C840 C841 C842 C843 C844 C845 C847 C848 C849-851 C901,902 C903 C904 C905

nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp

CAP ELECT , 47uF/50V ( ) CAPCHIP , (1608,50V/0.01uF) CAP ELECT , 47uF/50V ( ) CAPCHIP , (1608,50V/0.1uF) CAPCHIP , (1608,50V/0.01uF) CAPCHIP , (1608,50V/1000pF) CAP,CHIP(1uF/25V,2012,MURATAGRM21) CAP CHIP , (3216,100V/1uF) CAP,CHIP(1608,50V/0.1uF) CAP,CHIP(1608,50V/0.1uF) CAPCHIP , (1608,50V/0.01uF) CAP ELECT , CAPCHIP , (1608,50V/0.1uF)

102

CCEA1HKS470T CCUS1H103KC CCEA1HKS470T CCUS1H104KC CCUS1H103KC CCUS1H102KC CCUMUC1H105KC CCUP2A105KC CCUS1H104KC CCUS1H104KC CCUS1H103KC CCEA1CKS470T CCUS1H104KC

ew * *

R eN f .o . C906 C907 C908 C909 C910 C911 C912 C913 C914 C915 C916 C917 C918,919 C920,921 C931 C932 C933,934 C941 C946 C949 C950,951 C952,953 C954-956 C957 C958 C959 C964 C965 C966 C967 C968,969 C970 C971 C972 C973 C974 C975 C976 C977 C978 C979,980 C985 C989-993 C994-996 C997-999

P a rNto . nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp

OTHER PATRS GROUP BN81 nsp BN82 nsp

P arNtam e CAP ELECT , CAPCHIP , (1608,50V/0.1uF) CAP ELECT , CAPCHIP , (1608,50V/0.01uF) CAP ELECT , CAPCHIP , (1608,50V/0.01uF) CAP ELECT , CAPCHIP , (1608,50V/0.1uF) CAP ELECT , CAPCHIP , (1608,50V/1000pF) CAPCHIP , (1608,50V/0.01uF) CAPCHIP , (1608,50V/0.1uF) CAP ELECT , CAP,CHIP(1608,50V/100pF) CAPCHIP , (1608,50V/0.1uF) CAP ELECT , CAP,CHIP(1608,50V/0.1uF) CAPCHIP , (1608,50V/0.1uF) CAPCHIP , (1608,50V/0.1uF) CAPCHIP , (1608,50V/0.1uF) CAP,CHIP(1608,50V/1000pF) CAP,CHIP(1608,50V/180pF) CAP,CHIP(1608,50V/0.1uF) CAPCHIP , (1608,50V/0.01uF) CAPCHIP , (1608,50V/0.1uF) CAP ELECT , CAPCHIP , (1608,50V/0.1uF) CAPCHIP , (1608,50V/0.01uF) CAPCHIP , (1608,50V/1000pF) CAPCHIP , (1608,50V/0.1uF) CAP,CHIP(1608,50V/0.01uF) CAPCHIP , (1608,50V/0.1uF) CAPCHIP , (1608,50V/0.01uF) CAPCHIP , (1608,50V/1000pF) CAPCHIP , (1608,50V/0.1uF) CAPCHIP , (1608,50V/0.01uF) CAPCHIP , (1608,50V/1000pF) CAPCHIP , (1608,50V/0.1uF) CAPCHIP , (1608,50V/0.01uF) CAPCHIP , (1608,50V/1000pF) CAP,CHIP(1608,50V/0.1uF) CAPCHIP , (1608,50V/0.1uF) CAP,CHIP(1608,50V/0.1uF) CAP,CHIP(1608,50V/0.01uF) CAP,CHIP(1608,50V/1000pF)

Re m a rk s

WIREASS'Y(SHIELD,7P,2MM,200MM) WIREASS'Y(SHIELD,5P,2MM,400MM)

BR91,92

nsp

BRACKET PCB ,

CN84 CN87 CN88 CN91 CN92

nsp nsp nsp nsp nsp

WAFER,SMD(30P,0.5mm,FRONTFLIP) WAFER , CARD CABLE (10008HR-NNL1mm PITCH, ANGLE) WAFER,STRSIGHT,1MM,SMD WAFER CARD , CABLE 2.54mm 30PIN WAFER

JK81 JK83,84 L801,802 L802 L901-903 L904-907 L931

CWB1C90720047001 CWB1C905400NG003 CMD1A569

943643001320S JACK,USBSTRAIGHT(BLACK) 90M-YT004320RJ ACK,HEADPHONE nsp nsp nsp nsp nsp

Q ' t yN CCEA1CKS470T CCUS1H104KC CCEA1AKS101T CCUS1H103KC CCEA1CKS101T CCUS1H103KC CCEA1CKS101T CCUS1H104KC CCEA1AKS101T CCUS1H102KC CCUS1H103KC CCUS1H104KC CCEA1HKS220T CCUS1H101JA CCUS1H104KC CCEA1CKS470T CCUS1H104KC CCUS1H104KC CCUS1H104KC CCUS1H104KC CCUS1H102KC CCUS1H181JA CCUS1H104KC CCUS1H103KC CCUS1H104KC CCEA1AKS221T CCUS1H104KC CCUS1H103KC CCUS1H102KC CCUS1H104KC CCUS1H103KC CCUS1H104KC CCUS1H103KC CCUS1H102KC CCUS1H104KC CCUS1H103KC CCUS1H102KC CCUS1H104KC CCUS1H103KC CCUS1H102KC CCUS1H104KC CCUS1H104KC CCUS1H104KC CCUS1H103KC CCUS1H102KC

BEAD , FERRITE (FCM2012KF-121T08 , 120 OHM) BEAD , FERRITE (FCM2012KF-121T08 , 120 OHM) FERRITE,CHIPBEAD(220ohm,2012) CHIP BEAD , FERRITE,CHIPBEAD(220ohm,2012)

103

CJP30GB278ZY CJP11GB210ZY CJP30GA193ZY CJP11GB113ZY CJP30GA221ZB CJJ9X006Z HJJ2D003Z CLZ9R010Z CLZ9R010Z CLZ9R006Z HLZ9Z014Z CLZ9R006Z

ew

R eN f .o . L932

P a rNto . nsp

P a rNta m e RES,CHIP,0OHM,5%,1/8W,2012

RC81

00MHW10004210 SENSOR,REMOCON

S901-915

90M-SP001210R SW TACT ,

X802

943142011280S 16M Resonator

R em a r ks CRJ18AJ0R0T

Q ' t yN

ew

CRVRPM6936V4 CST1A012ZT

COXCSTCE16M0V51

104

*

MAIN PCB ASS'Y R eN f .o . P a rNto . P arNtam e Re m a rk s Q ' t yN SEMICONDUCTORS GROUP IC11 8R2431005400S MCU,IC(R32C/100,144P6Q-A) CVIR5F64169DFD IC12 943231011000S I,C,REGULATOR(3.3VSMDType) BVIBA33BC0FP IC13 943231011210S I.C , REGULATOR (SWITCH LOWDROP,5V,DPAK-5) CVIKIA78R050F IC18 90M-HC900160R I.C,REGULATOR(SOT-223) CVIKIA1117S15 IC21 943245006980S I.C , CD DSP (SERVO,AMPLIFIER,DSP,LQFP-80P) CVITC94A92FG CVIR1EX24256ASAS0A IC22 943249011290S I.C EEPROM(256K, 32-kword x 8 bit) IC25 943239011300SR eset IC(3V, SSOP5) CVIBD4730G IC26 943231011220S I.C,REGULATOR(9V,DPAK-5) CVIKIA78R09F IC31 943239006900S I.C , 5-CH MOTOR DRIVE IC (WITH REG,SSOP-28P) CVIIP4001CRLTF IC32 943231011210S I.C , REGULATOR (SWITCH LOWDROP,5V,DPAK-5) CVIKIA78R050F IC41 00D2623762008 I.C,AUDIO CODEC(64PIN_LQFP,0.5MM) CVIAK4683EQ NOTE : CVITC7WHU04FU When update Firmware, please HVINJM2068MDTE1 conrm a last version in SDI. CVITAS5508BPAG Use the service board after HVINJM2068MDTE1 updating it.

IC42,43 IC44 IC51 IC52 IC53 IC63 IC64 IC71,72

00MHC008005K0I .C,INVERTER(CMOS) 00MHC10102090I .C,OPAMP(JRC) 00MHC12273370I .C,PWMPROCESSOR 00MHC10102090I .C,OPAMP(JRC) 00MHC10200090I .C,HEADPHONE(JRC) 00MHC10102090I .C,OPAMP(JRC) 90M-HC900150R I.C,REGULATOR(SOT-223) 00D2623503911 I.C,STEREODIGITALAMP

Q201 Q202 Q203 Q204 Q235,236 Q237 Q238 Q240 Q251,252 Q256 Q301

90M-HX600020R T.R CHIP , 90M-HX800010RT .RCHIP , SOT-23 , 90M-BA001600RT .RCHIP , SOT-23 , 90M-HX800100R T.R CHIP , 90M-HX800010RT .R,CHIP,SOT-23 90M-BA001600RT .RCHIP , SOT-23 , 90M-HX800080RT .RCHIP , SOT-23 , 90M-HX800010RT .RCHIP , SOT-23 , 90M-HX800010RT .R,CHIP,SOT-23 90M-HX800010RT .RCHIP , SOT-23 , 90M-HX800100R T.R CHIP ,

HVTKTA1504SYRTK HVTKRC102S HVTKRA107S HVTKTC3875SYRTK HVTKRC102S HVTKRA107S HVTKRC107S HVTKRC102S HVTKRC102S HVTKRC102S HVTKTC3875SYRTK

Q303 Q311 Q312 Q404-407 Q501 Q502 Q503 Q504 Q601 Q608,609 Q610-615 Q616 Q617 Q618 Q622 Q623 Q624 Q701 Q702 Q705

90M-HX800010RT .RCHIP , SOT-23 , 90M-HX600010RT .RCHIP , SOT-23 , 90M-HX800010RT .RCHIP , SOT-23 , 90M-HT300970RT .R CHIP , 90M-HX800080RT .RCHIP , SOT-23 , 90M-BA001600RT .RCHIP , SOT-23 , 90M-HX800080RT .RCHIP , SOT-23 , 90M-BA001600RT .RCHIP , SOT-23 , 90M-HX800080RT .RCHIP , SOT-23 , 90M-HT800110RT .R CHIP , 90M-HT300970RT .R CHIP , 90M-HX800010RT .RCHIP , SOT-23 , 90M-HX600010RT .RCHIP , SOT-23 , 90M-HX800010RT .RCHIP , SOT-23 , 90M-HX800010RT .RCHIP , SOT-23 , 90M-HX600010RT .RCHIP , SOT-23 , 90M-HX800010RT .RCHIP , SOT-23 , 90M-HX800080RT .RCHIP , SOT-23 , 90M-BA001600RT .RCHIP , SOT-23 , 90M-HX600020R T.R CHIP ,

HVTKRC102S HVTKRA102S HVTKRC102S HVTKTC2875B HVTKRC107S HVTKRA107S HVTKRC107S HVTKRA107S HVTKRC107S HVTKTC4075GR HVTKTC2875B HVTKRC102S HVTKRA102S HVTKRC102S HVTKRC102S HVTKRA102S HVTKRC102S HVTKRC107S HVTKRA107S HVTKTA1504SYRTK

Q706 Q707 Q708 Q751 Q752

90M-HX800100R T.R CHIP , 90M-HX600020R T.R CHIP , 90M-HX800100R T.R CHIP , 90M-HX800080RT .RCHIP , SOT-23 , 90M-BA001600RT .RCHIP , SOT-23 ,

HVTKTC3875SYRTK HVTKTA1504SYRTK HVTKTC3875SYRTK HVTKRC107S HVTKRA107S

D103 D201 D202-204 D207 D208-211 D214,215 D230

00D2760794900D IODE CHIP , 00MHZ21303210 DIODE CHIP , 00D2760794900 DIODECHIP , nsp DIODE RECT , 00MHZ21303210D IODECHIP , 00MHZ21303210D IODECHIP , nsp DIODE ZENER ,

CVDKDS160RTKP HVD1SS355T CVDKDS160RTKP CVD1N4003T HVD1SS355T HVD1SS355T HVDMTZJ16BT

HVINJM4556AL HVINJM2068MDTE1 CVIKIA1117S33 CVITAS5142DKDG4

105

ew * *

* * * *

R eN f .o . D231 D232 D233 D234 D235 D238,239 D240 D241 D251-255 D262,263 D302 D401,402 D501-504 D605,606 D607,608 D609 D612,613 D615,616

P a rNto . nsp DIODE ZENER , nsp DIODE ZENER , nsp DIODE ZENER , nsp DIODE ZENER , nsp DIODE ZENER , 00D2760794900 DIODECHIP , nsp DIODE ZENER , nsp DIODE ZENER , 00MHZ21303210D IODECHIP , 00MHZ21303210D IODECHIP , 00D2760794900D IODE CHIP , 00D2760794900 DIODECHIP , 00MHZ21303210D IODECHIP , 00MHZ21303210D IODECHIP , 00D2760794900 DIODECHIP , 00MHZ21303210 DIODE CHIP , 00D2760794900 DIODECHIP , 00D2760794900 DIODECHIP ,

CAPACITORS GROUP C131 nsp C143 nsp C144 nsp C145 nsp C146 nsp C174 nsp C175 nsp C176 nsp C177 nsp C178 nsp C180 nsp C185 nsp C186 nsp C187 nsp C188 nsp C189 nsp C190 nsp C191 nsp C201 nsp C202 nsp C203 nsp C204 nsp C205 nsp C206 nsp C207 nsp C209 nsp C210 nsp C211 nsp C212 nsp C213 nsp C214,215 nsp C216 nsp C217 nsp C219,220 nsp C221 nsp C224 nsp C225 nsp C226 nsp C227 nsp C228 nsp C229-231 nsp C232 nsp C233 nsp C234,235 nsp C237 nsp C238 nsp

P a rNta m e

R em a r ks

Q ' t yN HVDMTZJ11BT HVDMTZJ20BT HVDMTZJ5.6BT HVDMTZJ7.5BT HVDMTZJ20BT CVDKDS160RTKP HVDMTZJ16BT HVDMTZJ20BT HVD1SS355T HVD1SS355T CVDKDS160RTKP CVDKDS160RTKP HVD1SS355T HVD1SS355T CVDKDS160RTKP HVD1SS355T CVDKDS160RTKP CVDKDS160RTKP

CAPCHIP , (1608,50V/0.01uF) CAP ELECT , CAPCHIP , (1608,50V/0.1uF) CAP ELECT , CAPCHIP , (1608,50V/0.1uF) CAP ELECT , CAPCHIP , (1608,50V/0.1uF) CAPCHIP , (1608,50V/1000pF) CAP ELECT , CAPCHIP , (1608,50V/0.1uF) CAPCHIP , (1608,50V/1000pF) CAP ELECT , CAPCHIP , (1608,50V/0.1uF) CAPCHIP , (1608,50V/1000pF) CAPCHIP , (1608,50V/0.1uF) CAP ELECT , CAPCHIP , (1608,50V/0.1uF) CAPCHIP , (1608,50V/1000pF) CAPCHIP , (1608,50V/0.1uF) CAPCHIP , (1608,50V/2200pF) CAPCHIP , (1608,50V/0.01uF) CAPCHIP , (1608,50V/4700pF) CAPCHIP , (1608,50V/0.1uF) CAPCHIP , (1608,50V/0.015uF) CAPCHIP , (1608,50V/0.1uF) CAPCHIP , (1608,50V/0.1uF) CAP CHIP , ELECT CAPCHIP , (1608,50V/0.033uF) CAPCHIP , (1608,50V/5600pF) CAPCHIP , (1608,50V/0.1uF) CAP,CHIP(1608,50V/470pF) CAP CHIP , ELECT CAPCHIP , (1608,50V/0.01uF) CAP,CHIP(1608,50V/0.047uF) CAPCHIP , (1608,50V/0.1uF) CAPCHIP , (1608,50V/0.1uF) CAP CHIP , (1608,50V/15pF) CAP CHIP , (1608,50V/18pF) CAPCHIP , (1608,50V/0.1uF) CAP ELECT , CAP,CHIP(1608,50V/0.1uF) CAPCHIP , (1608,50V/1000pF) CAPCHIP , (1608,50V/0.1uF) CAP,CHIP(1608,50V/1000pF) CAPCHIP , (1608,50V/0.1uF) CAPCHIP , (1608,50V/0.015uF)

CCUS1H103KC CCEA1CKS101T CCUS1H104KC CCEA1CKS101T CCUS1H104KC CCEA1CKS101T CCUS1H104KC CCUS1H102KC CCEA1CKS101T CCUS1H104KC CCUS1H102KC CCEA1CKS101T CCUS1H104KC CCUS1H102KC CCUS1H104KC CCEA1CKS101T CCUS1H104KC CCUS1H102KC CCUS1H104KC CCUS1H222KC CCUS1H103KC CCUS1H472KC CCUS1H104KC CCUS1H153KC CCUS1H104KC CCUS1H104KC HCEC0JRV102T CCUS1H333KC CCUS1H562KC CCUS1H104KC CCUS1H471JA HCEC0JRV102T CCUS1H103KC CCUS1H473KC CCUS1H104KC CCUS1H104KC CCUS1H150JA CCUS1H180JA CCUS1H104KC CCEA1AKS101T CCUS1H104KC CCUS1H102KC CCUS1H104KC CCUS1H102KC CCUS1H104KC CCUS1H153KC

106

ew

R eN f .o . C239 C240 C241 C242 C243 C244 C245 C246 C247,248 C251 C252 C253 C254 C255 C256,257 C258 C259 C260-263 C264,265 C266 C270 C271 C272 C274 C275 C276 C278 C279 C280 C285 C286 C291 C292 C293 C294 C304 C306 C307 C308 C309 C310 C311 C315 C316 C317,318 C319 C320 C321 C322 C323 C331,332 C334,335 C346 C347 C348 C349 C350 C351 C352-355 C389 C392 C401 C402 C403 C404 C405 C406

P a rNto . nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp

P arNtam e Re m a rk s CAP ELECT , CAPCHIP , (1608,50V/0.1uF) CAP CHIP , (1608,50V/47pF) CAPCHIP , (1608,50V/0.1uF) CAP ELECT , CAPCHIP , (1608,50V/0.01uF) CAPCHIP , (1608,50V/1000pF) CAPCHIP , (1608,50V/0.1uF) CAP CHIP(2012 , SIZE) CAPCHIP , (1608,50V/0.1uF) CAP ELECT , CAP ELECT , CAPCHIP , (1608,50V/0.1uF) CAP ELECT , CAP,CHIP(1608,50V/0.1uF) CAPCHIP , (1608,50V/0.01uF) CAPCHIP , (1608,50V/1000pF) CAP,CHIP(1608,50V/0.1uF) CAP ELECT , CAPCHIP , (1608,50V/0.1uF) CAP CHIP(2012 , SIZE) CAP ELECT , CAP CHIP(2012 , SIZE) CAPCHIP , (1608,50V/1000pF) CAPCHIP , (1608,50V/0.01uF) CAPCHIP , (1608,50V/0.1uF) CAPCHIP , (1608,50V/0.1uF) CAP ELECT , CAPCHIP , (1608,50V/1000pF) CAP ELECT , CAPCHIP , (1608,50V/0.1uF) CAP ELECT , CAPCHIP , (1608,50V/0.1uF) CAP ELECT , CAPCHIP , (1608,50V/0.1uF) CAPCHIP , (1608,50V/0.1uF) CAPCHIP , (1608,50V/0.1uF) CAP ELECT , CAP,SMDELECT(MANLEXRV,16V/470,10X10) CAPCHIP , (1608,50V/0.1uF) CAP ELECT , CAPCHIP , (1608,50V/0.1uF) CAPCHIP , (1608,50V/1000pF) CAPCHIP , (1608,50V/0.01uF) CAP,CHIP(1608,50V/0.1uF) CAP ELECT , CAPCHIP , (1608,50V/0.01uF) CAP ELECT , CAPCHIP , (1608,50V/0.01uF) CAP ELECT , CAP,CHIP(1608,50V/1000pF) CAP,CHIP(1608,50V/0.1uF) CAPCHIP , (1608,50V/1000pF) CAPCHIP , (1608,50V/0.01uF) CAPCHIP , (1608,50V/0.1uF) CAP ELECT , CAPCHIP , (1608,50V/2200pF) CAP ELECT , CAP,CHIP(1608,50V/0.1uF) CAP CHIP(2012 , SIZE) CAPCHIP , (1608,50V/1000pF) CAP ELECT , CAPCHIP , (1608,50V/0.1uF) CAP ELECT , CAPCHIP , (1608,50V/0.1uF) CAP CHIP , (1608,50V/47pF) CAP CHIP , (1608,50V/56pF)

107

Q ' t yN CCEA1AKS101T CCUS1H104KC CCUS1H470JA CCUS1H104KC CCEA1AKS470T CCUS1H103KC CCUS1H102KC CCUS1H104KC CCUC1A475ZF CCUS1H104KC CCEA1AKS101T CCEA1CH471T CCUS1H104KC CCEA1CH471T CCUS1H104KC CCUS1H103KC CCUS1H102KC CCUS1H104KC CCEA1CH101T CCUS1H104KC CCUC1A475ZF CCEA1HH100T CCUC1A475ZF CCUS1H102KC CCUS1H103KC CCUS1H104KC CCUS1H104KC CCEA1CH101T CCUS1H102KC CCEA1CH101T CCUS1H104KC CCEA1CKS101T CCUS1H104KC CCEA1CKS101T CCUS1H104KC CCUS1H104KC CCUS1H104KC CCEA1CH471T CCEC1CRV471T CCUS1H104KC CCEA1AH101T CCUS1H104KC CCUS1H102KC CCUS1H103KC CCUS1H104KC CCEA1CH470T CCUS1H103KC CCEA1CH101T CCUS1H103KC CCEA1EH101T CCUS1H102KC CCUS1H104KC CCUS1H102KC CCUS1H103KC CCUS1H104KC CCEA1CH101T CCUS1H222KC CCEA1CH470T CCUS1H104KC CCUC1A475ZF CCUS1H102KC CCEA1EH101T CCUS1H104KC CCEA1EH101T CCUS1H104KC CCUS1H470JA CCUS1H560JA

ew

R eN f .o . C407 C409 C410 C411 C412 C413 C414 C415 C416 C417 C418-429 C430 C431 C432,433 C434 C435 C436,437 C438 C439 C440,441 C442,443 C447-450 C453,454 C458 C459 C460-463 C464 C465 C466-469 C470,471 C472,473 C477 C478,479 C480 C481,482 C483 C484 C485 C486,487 C488 C489,490 C491 C492,493 C494 C495,496 C497,498 C499,500 C501 C502 C503,504 C505 C506,507 C508 C509 C510 C511 C512-517 C518 C519 C520,521 C522 C523,524 C525 C526 C527 C528 C531

P a rNto . nsp nsp nsp nsp nsp nsp nsp nsp nsp 00D2544692901 nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp

P a rNta m e CAPCHIP , (1608,50V/0.01uF) CAPCHIP , (1608,50V/0.1uF) CAP ELECT , CAP ELECT , CAPCHIP , (1608,50V/0.1uF) CAP ELECT , CAPCHIP , (1608,50V/0.1uF) CAP ELECT , CAPCHIP , (1608,50V/0.1uF) CE04W1J100MT(RFO) CAP ELECT , CAPCHIP , (1608,50V/0.1uF) CAP ELECT , CAP ELECT , CAP ELECT , CAPCHIP , (1608,50V/0.1uF) CAP,CHIP(1608,50V/330pF) CAP ELECT , CAPCHIP , (1608,50V/0.1uF) CAP,CHIP(1608,50V/0.01uF) CAP ELECT , CAP,CHIP(1608,50V/100pF) CAP,CHIP(1608,50V/100pF) CAP ELECT , CAPCHIP , (1608,50V/0.1uF) CAP,CHIP(1608,50V/100pF) CAPCHIP , (1608,50V/0.1uF) CAP ELECT , CAP,CHIP(1608,50V/270pF) CAP ELECT , CAP,CHIP(1608,50V/100pF) CAP ELECT , CAP,CHIP(1608,50V/0.01uF) CAPCHIP , (1608,50V/4700pF) CAPCHIP , (1608,10V/1uF) CAP ELECT , CAPCHIP , (1608,50V/0.1uF) CAP ELECT , CAP,CHIP(1608,50V/0.1uF) CAPCHIP , (1608,50V/100pF) CAP,CHIP(1608,50V/0.1uF) CAP ELECT , CAP,CHIP(1608,50V/0.1uF) CAP ELECT , CAP,CHIP(1608,50V/0.1uF) CAP,CHIP(1608,50V/100pF) CAP ELECT , CAPCHIP , (1608,50V/0.1uF) CAPCHIP , (1608,50V/0.01uF) CAP,CHIP(1608,50V/0.1uF) CAPCHIP , (1608,50V/0.01uF) CAP,CHIP(1608,50V/0.1uF) CAP ELECT , CAPCHIP , (1608,50V/1000pF) CAPCHIP , (1608,50V/0.1uF) CAP ELECT , CAP,CHIP(1608,50V/0.1uF) CAP CHIP , (1608,50V/22pF) CAP CHIP , (1608,50V/18pF) CAP,CHIP(1608,50V/0.1uF) CAP ELECT , CAP,CHIP(1608,50V/0.1uF) CAP ELECT , CAPCHIP , (1608,50V/0.1uF) CAP ELECT , CAPCHIP , (1608,50V/0.1uF) CAPCHIP , (1608,50V/0.1uF)

R em a r ks

Q ' t yN CCUS1H103KC CCUS1H104KC CCEA1HH100T CCEA1HH1R0T CCUS1H104KC CCEA1HH2R2T CCUS1H104KC CCEA1HH100T CCUS1H104KC CCEA1HH100T CCEA1HH1R0T CCUS1H104KC CCEA1HH100T CCEA1HH220T CCEA1EH470T CCUS1H104KC CCUS1H331JA CCEA1EH470T CCUS1H104KC CCUS1H103KC CCEA1HH220T CCUS1H101JA CCUS1H101JA CCEA1EH470T CCUS1H104KC CCUS1H101JA CCUS1H104KC CCEA1EH470T CCUS1H271JA CCEA1HH100T CCUS1H101JA CCEA1CH470T CCUS1H103KC CCUS1H472KC CCUS1A105KC CCEA1EH470T CCUS1H104KC CCEA1EH470T CCUS1H104KC CCUS1H101JA CCUS1H104KC CCEA1EH470T CCUS1H104KC CCEA1EH470T CCUS1H104KC CCUS1H101JA CCEA1HH100T CCUS1H104KC CCUS1H103KC CCUS1H104KC CCUS1H103KC CCUS1H104KC CCEA1HH100T CCUS1H102KC CCUS1H104KC CCEA1HH100T CCUS1H104KC CCUS1H220JA CCUS1H180JA CCUS1H104KC CCEA1HH100T CCUS1H104KC CCEA1CH101T CCUS1H104KC CCEA1EH470T CCUS1H104KC CCUS1H104KC

108

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R eN f .o . C532 C535,536 C537,538 C539-543 C550 C553-555 C557 C558,559 C560 C561 C567 C571-573 C574,575 C580 C580-582 C587 C591 C596 C601 C602 C603 C604 C605 C606 C607,608 C656 C658 C659 C661 C662 C663 C664 C665 C666 C667 C680 C681 C682 C683 C684 C685 C686 C687 C688 C689 C690 C691 C692 C693 C694 C695 C696 C697 C698 C699 C701-703 C704 C705,706 C707 C708 C709 C710,711 C712,713 C714,715 C716 C717 C718

P a rNto . P arNtam e nsp CAP ELECT , nsp CAP ELECT , nsp CAP,CHIP(1608,50V/100pF) nsp RES,CHIP(0OHM,5%,1608) nsp RESCHIP(0 , OHM 5% , 1608) , nsp RES,CHIP(0OHM,5%,1608) nsp CAP ELECT , nsp CAP,CHIP(1608,50V/0.1uF) nsp CAP ELECT , nsp RESCHIP(0 , OHM 5% , 1608) , nsp CAPCHIP , (1608,50V/0.1uF) nsp CAP,CHIP(1608,50V/1000pF) nsp CAP ELECT , nsp CAPCHIP , (1608,50V/0.1uF) nsp RES,CHIP(0OHM,5%,1608) nsp RESCHIP(0 , OHM 5% , 1608) , nsp RESCHIP(0 , OHM 5% , 1608) , nsp RESCHIP(0 , OHM 5% , 1608) , nsp CAPCHIP , (1608,50V/0.1uF) nsp CAPCHIP , (1608,50V/0.01uF) nsp CAPCHIP , (1608,50V/1000pF) nsp CAPCHIP , (1608,50V/0.1uF) nsp CAPCHIP , (1608,50V/0.01uF) nsp CAPCHIP , (1608,50V/1000pF) nsp CAP ELECT , nsp CAPCHIP , (1608,50V/0.1uF) nsp CAPCHIP , (1608,50V/0.01uF) nsp CAPCHIP , (1608,50V/0.1uF) nsp CAPCHIP , (1608,50V/0.1uF) nsp CAPCHIP , (1608,50V/0.01uF) nsp CAPCHIP , (1608,50V/1000pF) nsp CAPCHIP , (1608,50V/0.1uF) nsp CAPCHIP , (1608,50V/0.01uF) nsp CAPCHIP , (1608,50V/1000pF) nsp CAPCHIP , (1608,50V/0.1uF) nsp CAPCHIP , (1608,50V/0.01uF) nsp CAPCHIP , (1608,50V/1000pF) nsp CAPCHIP , (1608,50V/0.1uF) nsp CAPCHIP , (1608,50V/0.01uF) nsp CAPCHIP , (1608,50V/1000pF) nsp CAPCHIP , (1608,50V/0.1uF) nsp CAPCHIP , (1608,50V/0.01uF) nsp CAPCHIP , (1608,50V/1000pF) nsp CAPCHIP , (1608,50V/0.1uF) nsp CAPCHIP , (1608,50V/0.01uF) nsp CAPCHIP , (1608,50V/1000pF) nsp CAPCHIP , (1608,50V/0.01uF) nsp CAPCHIP , (1608,50V/0.1uF) nsp CAPCHIP , (1608,50V/1000pF) nsp CAPCHIP , (1608,50V/0.1uF) nsp CAPCHIP , (1608,50V/0.01uF) nsp CAPCHIP , (1608,50V/1000pF) nsp CAPCHIP , (1608,50V/0.1uF) nsp CAPCHIP , (1608,50V/0.01uF) nsp CAPCHIP , (1608,50V/1000pF) nsp CAP,CHIP(1608,50V/0.1uF) nsp CAP ELECT , nsp CAP,CHIP(1608,50V/0.1uF) nsp CAP ELECT , nsp CAPCHIP , (1608,50V/0.1uF) 00MDK56333300 CAP,CHIP(2012,33nF/50V) 943132003120S CAP,CHIP(3216,100V/0.1uF) 00MDK56333300 CAP,CHIP(2012,33nF/50V) 943132003120S CAP,CHIP(3216,100V/0.1uF) 00MDK56333300 CAP,CHIP(2012,33nF/50V) nsp CAPCHIP , (1608,50V/0.1uF) 943134003040SC AP ELECT ,

Re m a rk s CCEA1EH470T CCEA1HH100T CCUS1H101JA CRJ10DJ0R0T CRJ10DJ0R0T CRJ10DJ0R0T CCEA1HH100T CCUS1H104KC CCEA1HH100T CRJ10DJ0R0T CCUS1H104KC CCUS1H102KC CCEA1EH221T CCUS1H104KC CRJ10DJ0R0T CRJ10DJ0R0T CRJ10DJ0R0T CRJ10DJ0R0T CCUS1H104KC CCUS1H103KC CCUS1H102KC CCUS1H104KC CCUS1H103KC CCUS1H102KC CCEA1EH221T CCUS1H104KC CCUS1H103KC CCUS1H104KC CCUS1H104KC CCUS1H103KC CCUS1H102KC CCUS1H104KC CCUS1H103KC CCUS1H102KC CCUS1H104KC CCUS1H103KC CCUS1H102KC CCUS1H104KC CCUS1H103KC CCUS1H102KC CCUS1H104KC CCUS1H103KC CCUS1H102KC CCUS1H104KC CCUS1H103KC CCUS1H102KC CCUS1H103KC CCUS1H104KC CCUS1H102KC CCUS1H104KC CCUS1H103KC CCUS1H102KC CCUS1H104KC CCUS1H103KC CCUS1H102KC CCUS1H104KC CCEA1CH101T CCUS1H104KC CCEA1HH100T CCUS1H104KC CCUC1H333KC CCUP2A104KC CCUC1H333KC CCUP2A104KC CCUC1H333KC CCUS1H104KC CCET1HKLH332KK8

109

Q ' t yN

ew

R eN f .o . C719 C724-726 C731,732 C733 C734,735 C736,737 C738,739 C740 C741,742 C743,744 C745-748 C751-753 C754 C755,756 C757 C758 C759 C760,761 C762,763 C764,765 C766 C767 C768 C769 C781,782 C783 C784,785 C786,787 C788,789 C790 C791,792 C793,794 C795-798 C891-893 C900,901 C902,903 C991 C992 C993 C994 C995,996

P a rNto . P a rNta m e 00D2544692901 CE04W1J100MT(RFO) nsp RES,CHIP(0OHM,5%,1608) 00MDD95331300 CAP CHIP , nsp CAP,METALIZEDFILM(100V/0.47UF,5%) 943132003110S CAP,CHIP(2012,100V/0.1uF) 943132003100S CAP,CHIP(2012,100V/0.01uF) 00MDD95331300 CAP CHIP , nsp CAP,METALIZEDFILM(100V/0.47UF,5%) 943132003110S CAP,CHIP(2012,100V/0.1uF) 943132003100S CAP,CHIP(2012,100V/0.01uF) nsp CAP,CHIP(1608,50V/0.1uF) nsp CAP,CHIP(1608,50V/0.1uF) nsp CAP ELECT , nsp CAP,CHIP(1608,50V/0.1uF) nsp CAP ELECT , nsp CAPCHIP , (1608,50V/0.1uF) 00MDK56333300 CAP,CHIP(2012,33nF/50V) 943132003120S CAP,CHIP(3216,100V/0.1uF) 00MDK56333300 CAP,CHIP(2012,33nF/50V) 943132003120S CAP,CHIP(3216,100V/0.1uF) 00MDK56333300 CAP,CHIP(2012,33nF/50V) nsp CAPCHIP , (1608,50V/0.1uF) 943134003040SC AP ELECT , 00D2544692901 CE04W1J100MT(RFO) 00MDD95331300 CAP CHIP , nsp CAP,METALIZEDFILM(100V/0.47UF,5%) 943132003110S CAP,CHIP(2012,100V/0.1uF) 943132003100S CAP,CHIP(2012,100V/0.01uF) 00MDD95331300 CAP CHIP , nsp CAP,METALIZEDFILM(100V/0.47UF,5%) 943132003110S CAP,CHIP(2012,100V/0.1uF) 943132003100S CAP,CHIP(2012,100V/0.01uF) nsp CAP,CHIP(1608,50V/0.1uF) nsp RES,CHIP(0OHM,5%,1608) nsp CAP ELECT , nsp CAP,CHIP(1608,50V/0.1uF) nsp CAP ELECT , nsp CAPCHIP , (1608,50V/0.1uF) nsp CAPCHIP , (1608,50V/0.01uF) nsp CAP ELECT , nsp CAP,CHIP(1608,50V/0.1uF)

RESISTOR GROUP R111,112 nsp R115 nsp R429 nsp R709,710 943124003380S R711,712 943124003360S R713,714 943124003380S R715,716 943124003360S R718,719 nsp R722 nsp R759,760 943124003380S R761,762 943124003360S R763,764 943124003380S R765,766 943124003360S R997 nsp R998 nsp R999 nsp

RESMETAL , OXIDEFILM RES METAL , OXIDEFILM RES CHIP , 1% RES , CHIP , 18 OHM,1% ,1/8W ,2012 RES , CHIP , 3.3 OHM, 1% , 1/8W ,2012 RES , CHIP , 18 OHM,1% ,1/8W ,2012 RES , CHIP , 3.3 OHM, 1% , 1/8W ,2012 RESMETAL , OXIDEFILM RES METAL , OXIDEFILM RES , CHIP , 18 OHM,1% ,1/8W ,2012 RES , CHIP , 3.3 OHM, 1% , 1/8W ,2012 RES , CHIP , 18 OHM,1% ,1/8W ,2012 RES , CHIP , 3.3 OHM, 1% , 1/8W ,2012 CAPCHIP , (1608,50V/1000pF) CAPCHIP , (1608,50V/0.01uF) CAPCHIP , (1608,50V/0.1uF)

OTHER PATRS GROUP BK51 nsp BN62 nsp

BRACKET PCB , WIREASS'Y(8P,2MM,250MM)

CN24

nsp

R em a r ks

Q ' t yN

CCEA1HH100T CRJ10DJ0R0T CCUC1H331JA CCME2A474JR08T CCUC2A104KC CCUC2A103KC CCUC1H331JA CCME2A474JR08T CCUC2A104KC CCUC2A103KC CCUS1H104KC CCUS1H104KC CCEA1CH101T CCUS1H104KC CCEA1HH100T CCUS1H104KC CCUC1H333KC CCUP2A104KC CCUC1H333KC CCUP2A104KC CCUC1H333KC CCUS1H104KC CCET1HKLH332KK8 CCEA1HH100T CCUC1H331JA CCME2A474JR08T CCUC2A104KC CCUC2A103KC CCUC1H331JA CCME2A474JR08T CCUC2A104KC CCUC2A103KC CCUS1H104KC CRJ10DJ0R0T CCEA1HH100T CCUS1H104KC CCEA1CH100T CCUS1H104KC CCUS1H103KC CCEA1CH100T CCUS1H104KC

CRG1SANJ222RT CRG1SANJ222RT CRJ10DF1202T CRJ18AF18R0T CRJ18AF3R30T CRJ18AF18R0T CRJ18AF3R30T CRG1SANJ222RT CRG1SANJ222RT CRJ18AF18R0T CRJ18AF3R30T CRJ18AF18R0T CRJ18AF3R30T CCUS1H102KC CCUS1H103KC CCUS1H104KC

CMD1A569 CWB1C008250NG

WAFER

CJP11GA117ZY

110

ew

*

*

*

*

R eN f .o . CN25 CN26 CN31 CN32 CN41 CN42 CN43,44 CN45 CN61 ET51 ET61 ET71 ET81 JK51 JK62 JK63 JK64 JK71

P a rNto . nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp

P arNtam e WAFERSTRAIGHT(DVD , LOADER) WAFER STRAIGHT , WAFER(11P, ST 1.25MM) WAFER WAFER,STRSIGHT,1MM,SMD WAFERCARD , CABLE(SMD,1MM) LOCKINGTYPE,STRAIGHTWAFER,2MM LOCKINGTYPE,STRAIGHTWAFER,2MM LOCKINGTYPE,STRAIGHTWAFER,2.5MM

ew

HJT1A025 HJT1A025 HJT1A025 HJT1A025

943643002710SJ ACK BOARD , 943643008490SJ ACK DIN , 9P 90M-YT004010RT ERMINALIN/OUT , 262010004005S MODULE,OPTICAL(RX,3.3V) 943643003280S TERMINAL , 8P SPEAKER(SCREW, RD/BK/BK/RD) BEAD , FERRITE (FCM2012KF-121T08 BEAD , FERRITE (FCM2012KF-121T08 INDUCTORCHIP10UH(3225PKG) FERRITE,CHIPBEAD(220ohm,2012) BEAD , FERRITE (FCM2012KF-121T08 BEAD , FERRITE (FCM2012KF-121T08 BEAD , FERRITE (FCM2012KF-121T08 BEAD , FERRITE (FCM2012KF-121T08 BEAD , FERRITE (FCM2012KF-121T08 BEAD , FERRITE (FCM2012KF-121T08 COIL CHOKE(10UH) , BEAD , FERRITE (FCM2012KF-121T08 CHIP BEAD , CHIP BEAD , COIL CHOKE(10UH) ,

WN24

nsp

WAFER CD , MECHA

X201 X202 X401 X501

943141001190S 943142011280S 90M-JX001070R 943141003490S nsp nsp

Q ' t yN CJP06GA19ZY CJP05GA19ZY CJP11GA115ZY CJP11GA117ZY CJP30GA193ZY CJP23GA193ZY CJP07GI236ZW CJP13GI236ZW CJP05GI237ZW

PALTE EARTH , PALTE EARTH , PALTE EARTH , PALTE EARTH ,

nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp

L101,102 L104-107 L201 L301 L303,304 L401,402 L406 L501 L601 L603-605 L701-704 L705-712 L720,721 L723-728 L751-754

Re m a rk s

, 120 OHM) , 120 OHM)

, 120 , 120 , 120 , 120 , 120 , 120

OHM) OHM) OHM) OHM) OHM) OHM)

, 120 OHM)

CJJ4M046Z CJS6V001Z CJJ4R019W HJSTORX147L CJJ5Q020Z CLZ9R010Z CLZ9R010Z HLQ10E100KRZ CLZ9R006Z CLZ9R010Z CLZ9R010Z CLZ9R010Z CLZ9R010Z CLZ9R010Z CLZ9R010Z CLZ9Z089Z CLZ9R010Z HLZ9Z014Z HLZ9Z014Z CLZ9Z089Z CJP16GA117ZY

CRYSTAL, 16.934MHz, HC-49/SMD, 12pF, 25PPM 16M Resonator CRYSTAL, 12.288MHz, HC-49/S, 32pF, 50PPM CRYSTAL, 13.500MHz, HC-49/SMD, 16pF, 30PPM HEAT SINK MICA

COX16934E120S COXCSTCE16M0V51 HOX12288E320C COX13500E160S CMY1A304 KMKCM08A

111

*

ETHER NET PCB ASS'Y R eN f .o .

P a rNto .

P a rNta m e

R em a r ks

Q ' t yN

SEMICONDUCTORS GROUP

D0101 D0102 D0103-0105

nsp nsp nsp

DIODE ZENER , (CHIP,7.5V) DIODE,SCHOTTKY(40V,3A,DO-214AC)DELTA DIODE CHIP ,

HVDUDZS7.5BSR CVDSS34SR CVDKDS160RTKP

Q0101 Q0102 Q0103 Q0104 Q0105 Q3900 Q3901

nsp nsp nsp nsp nsp nsp nsp

MOSFET(P-CH,2.5VPOWERTRENCH) T.R CHIP , SOT-23 , T.R CHIP , SOT-23 , T.R CHIP , SOT-23 , T.R CHIP , SOT-23 , T.R CHIP , SOT-23 , T.R CHIP , SOT-23 ,

CVTFDC608PZ HVTKRC102S HVTKRC104S CVTKRC104S HVTKRC102S HVTKRA102S HVTKRC102S

Q4203

nsp

T.R CHIP , SOT-23 ,

HVTKRC102S

C0101 C0102 C0103 C0104 C0105 C0106 C0107 C0108 C0112 C0113 C0114 C0115 C0116 C0117 C0118 C0119,0120

nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp

CAP CHIP , (1608,50V/1000pF) CAP CHIP , (1608,50V/0.01uF) CAP CHIP , (1608,50V/0.1uF) CAP CHIP , (1005,25V/0.01uF) CAP CHIP , (1005,10V/0.1uF) CAP CHIP , ELECT(220UF/6.3V) CAP CHIP , (1608,50V/0.1uF) CAP CHIP , (1608, 10V/1uF) CAP CHIP , (1608,50V/1000pF) CAP CHIP , (1608,50V/0.01uF) CAP CHIP , (1608,50V/1000pF) CAP CHIP , (1005,16V/0.1uF) CAP CHIP , (1608,50V/0.01uF) CAP CHIP , (1005,50V/0.01uF) CAP CHIP , (1005,50V/1000pF) CAPCHIP , (1005,10V/0.1uF)

C0121 C0122 C0123 C0124 C0125 C0126 C0127 C0128 C0129 C0130 C0131,0132 C0133 C0134 C0135 C0136 C0137 C0139 C0141 C0142,0143 C0144,0145

nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp

CAP CHIP , (1608,50V/1000pF) CAP CHIP , (1608,50V/0.1uF) CAP CHIP , ELECT CAP CHIP , (1608,50V/180pF) CAP CHIP , (1005,16V/0.1uF) CAP CHIP , (1608,50V/0.1uF) CAP CHIP , (1608,50V/1000pF) CAP CHIP , (1608,50V/0.01uF) CAP,ELECT,SMD,220UF/35V,RV2 CAP CHIP , ELECT CAPCHIP , (1608,50V/0.1uF) CAP CHIP , ELECT CAP CHIP , ELECT CAP CHIP , (1608,50V/1000pF) CAPCHIP , (10UF/6.3VKX5R2012) CAP CHIP , (1608,50V/100pF) CAP CHIP , ELECT CAP CHIP , ELECT CAPCHIP , (1608,50V/0.1uF) CAPCHIP , (1608,50V/1000pF)

C0146,0147 C0148,0149 C0150 C3900 C3901,3902 C3904-3907 C3908-3918 C3923 C3926-3929 C3930-3939 C3944 C3947 C3950-3958

nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp

CAPCHIP , (3225,16V/47uF) CAP,CHIP(4.7uF/6.3V,1608,MURATAGRM18) CAP,ELECT,SMD,100UF/35V,RV2 CAP CHIP , (1005,50V/1000pF) CAPCHIP , (1005,50V/12pF) CAP,CHIP(4.7uF/6.3V,1608,MURATAGRM18) CAPCHIP , (1005,10V/0.1uF) CAP,CHIP(4.7uF/6.3V,1608,MURATAGRM18) CAP,CHIP(4.7uF/6.3V,1608,MURATAGRM18) CAPCHIP , (1005,10V/0.1uF) CAP,CHIP(4.7uF/6.3V,1608,MURATAGRM18) CAP,CHIP(4.7uF/6.3V,1608,MURATAGRM18) CAPCHIP , (1005,10V/0.1uF)

CAPACITORS GROUP

CCUS1H102KC CCUS1H103KC CCUS1H104KC CCUI1E103KC CCUI1A104KC HCEC0JRV2221T CCUS1H104KC CCUS1A105KC CCUS1H102KC CCUS1H103KC CCUS1H102KC CCUI1C104KC CCUS1H103KC CCUI1H103KC CCUI1H102KC CCUI1A104KC CCUS1H102KC CCUS1H104KC HCEC0JRV2101T CCUS1H181JA CCUI1C104KC CCUS1H104KC CCUS1H102KC CCUS1H103KC CCEC1VRV2221T HCEC0JRV2101T CCUS1H104KC HCEC0JRV2101T HCEC1CRV2220T CCUS1H102KC CCUC0J106KC CCUS1H101JA HCEC0JRV2101T HCEC0JRV2101T CCUS1H104KC CCUS1H102KC

112

CCUR1C476KC CCUS0J475KC CCEC1VRV2101T CCUI1H102KC CCUI1H120JA CCUS0J475KC CCUI1A104KC CCUS0J475KC CCUS0J475KC CCUI1A104KC CCUS0J475KC CCUS0J475KC CCUI1A104KC

ew

R eN f .o .

P a rNto .

C4200 C4202 C4203 C4204 C4205 C4206 C4209 C4210,4211 C4213 C4215,4216 C4218 C4219-4221 C4225 C4226 C4228 C4229 C4230 C4231-4233 C4234 C4235 C4236 C4237 C4238 C4239 C4242 C4243 C4244-4246

P arNtam e

Re m a rk s

Q ' t yN

nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp

CAP CHIP , (1005,50V/1000pF) CAP CHIP , (1608,50V/0.022uF) CAP CHIP , (1005,50V/1000pF) CAP,CHIP(4.7uF/6.3V,1608,MURATAGRM18) CAP CHIP , (1005,50V/1000pF) CAP,CHIP(4.7uF/6.3V,1608,MURATAGRM18) CAP CHIP , (1005,50V/1000pF) CAPCHIP , (1005,10V/0.1uF) CAP,CHIP(4.7uF/6.3V,1608,MURATAGRM18) CAP,CHIP(4.7uF/6.3V,1608,MURATAGRM18) CAP,CHIP(4.7uF/6.3V,1608,MURATAGRM18) CAPCHIP , (1005,10V/0.1uF) CAP CHIP , (1608,50V/1000pF) CAP,CHIP(4.7uF/6.3V,1608,MURATAGRM18) CAP CHIP , (1005,10V/0.1uF) CAP CHIP , (1608,50V/0.01uF) CAP CHIP , (1608,50V/0.1uF) RESCHIP(0 , OHM5% , 1608) , CAP CHIP , (1608,50V/1000pF) CAP CHIP , (1608,50V/0.01uF) CAP CHIP , (1608,50V/0.1uF) CAP CHIP , (1608,50V/1000pF) CAP CHIP , (1608,50V/0.01uF) CAP CHIP , (1608,50V/0.1uF) CAP CHIP , (1608,50V/1000pF) CAP CHIP , (1608,50V/0.01uF) CAPCHIP , (1608,50V/0.1uF)

CCUI1H102KC CCUS1H223KC CCUI1H102KC CCUS0J475KC CCUI1H102KC CCUS0J475KC CCUI1H102KC CCUI1A104KC CCUS0J475KC CCUS0J475KC CCUS0J475KC CCUI1A104KC CCUS1H102KC CCUS0J475KC CCUI1A104KC CCUS1H103KC CCUS1H104KC CRJ10DJ0R0T CCUS1H102KC CCUS1H103KC CCUS1H104KC CCUS1H102KC CCUS1H103KC CCUS1H104KC CCUS1H102KC CCUS1H103KC CCUS1H104KC

nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp

RES,CHIP3.9KOHM/1608/1% RESCHIP(1608, , 1%43K , OHM) RES. CHIP (5.1K 1%) RES CHIP(1608, , 1% 3K , OHM) RES CHIP , 1% RES,CHIP6.2KOHM/1608/1% RES, CHIP 1% 75 OHM RES,CHIP 1% 75OHM RES,CHIP(1608,1%51 , OHM) RES,CHIP6.8KOHM/1608/1% RES,CHIP5.6KOHM/1608/1%

CRJ10DF3901T CRJ10DF4302T CRJ10DF5101T CRJ10DF3001T CRJ10DF1302T CRJ10DF6201T CRJ10DF75R0T CRJ10DF75R0T CRJ10DF51R0T CRJ10DF6801T CRJ10DF5601T

L0101 L3900-3902 L4202-4206

nsp nsp nsp

COIL SMD , POWER(22UH/3A) FERRITE,CHIPBEAD(220ohm,2012) FERRITE,CHIPBEAD(220ohm,2012)

CLQ13E220MRZ CLZ9R006Z CLZ9R006Z

N0101 N0103 N4200 N4201

nsp nsp nsp nsp

WAFER SMD , (2MM PITCH) WAFER,2mm,SMD,Vertical,8P RJ45 with LED WAFERCARD , CABLE(SMD,1MM)

CJP05GA208ZY CJP08GA208ZY CJJ9L019Z CJP23GA193ZY

U0101 U0103 U0104 U105 U3900 U3901 U3902 U4201 U4202 U4204

nsp nsp nsp 943239007760S nsp nsp nsp nsp nsp nsp

X3900

nsp

X-tal(SMD,24Mhz,FCX-05)

COX24000I060SD

Z4201,4202

nsp

BRACKET PCB ,

CMD1A569

RESISTORS GROUP

R0113 R0114 R0115 R3916 R3917 R3918 R4200 R4202,4203 R4206-4209 R4223 R4224

OTHER PATRS GROUP

POLY SWITCH (1.6A, 8V) IC,DCDCConverter(3.5A,SOP8)SANKEN REGULATOR (SHARP) I.C,REGULATOR(3.3V,DPAK-5) Network Media processor 1GNANDFlash IC,SDRAM(4Mx16Bitx4Banks,166Mhz,DRAM) Pulse-Trans(HIGHSPEEDLANMAGNETICS) I.C, ETHERNET PHY I.C ,IPODAUTHENTICATION CHIPFROMMARANTZ

113

CBA5H1600PSUYT CVISI8005QTL HVIPQ012FZ01ZP CVIKIA78R033F CVIDM860 CVINAND01GW3B2CN6E CVIM12L2561616A6TG2K CVIS558-5999U7F CVILAN8700CAEZGTR

CVI236710076509S-DM

ew

SMPS PCB ASS'Y R eN f .o . P a rNto . P a rNta m e SEMICONDUCTORS GROUP IC90 90M-HC300960R I.C,REGULATOR(TO220IS-4) IC91 943235003220S IC,CooLSETICE3B0365J IC92 943235003200SI C COOLSET , IC93 943235003210S I.C,PWMCONTROLLER(PG-DIP-8) IC94 00MHC3891899F I.C,VOLREGULATOR(18V,TO-220IS) IC95,96 90M-HC300770RI .CREGULATOR , IC97 00MHC3891299F I.CREGULATOR , IC98 00D2631099022 I.CREGULATOR , IC99 90M-HC300770RI .CREGULATOR ,

R em a r ks

Q ' t yN CVIKIA78D33PI CVIICE3B0365J CVIICE2B265 CVIICE2QS01 CVIKIA7818API HVIKIA431BAT HVIKIA7812API HVIKIA7912PI HVIKIA431BAT

D901,902

90M-HD201860RD IODE,SCHOTTKY

D903 D904 D905 D906,907 D908 D909,910 D911 D912 D913 D914,915 D916 D917 D918 D919 D921 D922 D923,924 D927-929 D931 D933

90M-HD201870RD IODESCHOTTKY , 90M-HD201860RD IODESCHOTTKY , 90M-HD201870RD IODESCHOTTKY , 90M-HD201860RD IODE,SCHOTTKY 90M-HD201870RD IODESCHOTTKY , 943203003150SD IODE nsp DIODE,FASTSWITCHING(0.5W,SOD-123) nsp DIODE ZENER , nsp DIODE ZENER , nsp DIODE ZENER , nsp DIODE ZENER , nsp DIODE,FASTSWITCHING(0.5W,SOD-123) 90M-HD201890R DIODE,ULTRAFAST(DELTA) nsp DIODE,ZENER(27V/0.5W,SOD-123) nsp DIODE,ZENER(20V/0.5W,SOD-123) 943203003150S DIODE nsp DIODE,FASTSWITCHING(0.5W,SOD-123) nsp DIODE,FASTSWITCHING(0.5W,SOD-123) 90M-HD201990R DIODE 90M-HD201860RD IODESCHOTTKY ,

HVDUF4007T HVDUF4004T HVDUF4007T HVDUF4004T HVDUF4007T HVD1N4007T CVD1N4448W HVDMTZJ20BT HVDMTZJ16BT HVDMTZJ20BT HVDMTZJ24BT CVD1N4448W HVDUF5404H CVDMM1Z27 CVDMM1Z20 HVD1N4007T CVD1N4448W CVD1N4448W HVD31DQ06H HVDUF4004T

D934 D935 D942 D943 D944,945 D951

nsp DIODE,ZENER(27V/0.5W,SOD-123) nsp DIODE ZENER , 943204003160S DIODE,SCHOTTKY(100V/3A) 90M-HD201890R DIODE,ULTRAFAST(DELTA) 90M-HD201860RD IODE,SCHOTTKY 943203003140S DIODE,SCHOTTKY(20A,200V)

CVDMM1Z27 HVDMTZJ16BT HVD31DQ10FC5 HVDUF5404H HVDUF4004T CVDFCH20A20

Q901,902 Q903 Q925 Q932 Q934 Q936 Q937

90M-HT600060R 943235003230S 90M-HT800050R 90M-BA001460R 00D2710323907 00MBA20001000 00MBA10001000

HVDUF4004T

T.R I.C T.R T.R TO-92M , T.R T.R TO-92M , T.R TO-92M ,

HVTKSA708YT CVISPP11N60C3 HVTKTC3198YT HVTKRC107MT HVTKTA1273YT HVTKRC102MT HVTKRA102MT

CAPACITORS GROUP C901 nsp CAP ,ELECT(K3J,450V/270UF,105C,35X40) C902 943134010940S CAP,ELECT(22uF/100V,6X11) C903 00MDK96472300 CAP CHIP , C904 C905 C906 C907 C908 C909 C910 C911 C912 C913 C914 C915 C916

ew

943132003090SC AP CHIP , nsp CAP CERAMIC , 90M-OA000320R CAP ELECT , 943134010940S CAP,ELECT(22uF/100V,6X11) 00MDK96472300 CAP CHIP , 943132003090SC AP CHIP , nsp CAP CERAMIC , 943134003060S CAP , ELECT(KRH, 450V/22UF, 12.5X25) 00MDK56222300 CAP,CHIP(2012,2200PF/50V) 00MDD95101300 CAP CHIP , nsp CAP CERAMIC , 943134010940S CAP,ELECT(22uF/100V,6X11) nsp CAP CHIP ,

114

CCET450VK3J271AK CCEA2AH220TS CCUC1H472KC

CCUC1H474KC CCKT3A222KBL CCEA1HH220TS CCEA2AH220TS CCUC1H472KC CCUC1H474KC CCKT3A222KBL CCET450VKRH220KS CCUC1H222KC CCUC1H101JA CCKT3A471KBL CCEA2AH220TS CCUC1H471JA

*

R eN f .o . C917 C918 C919 C921 C922 C923 C924 C925-928 C929 C930 C931 C932 C933 C934 C935 C936 C937 C938 C939 C940 C941 C942 C943 C944 C945 C946 C947,948 C949 C950 C951 C952 C953 C954 C955 C956 C957 C958 C959 C960 C961 C962 C963 C965 C967,968 C972-975 C991

P a rNto .

RESISTORS GROUP R910 nsp R911 nsp R920,921 nsp R928 nsp R934 R937 R958 R960 R968 R985

P arNtam e

Re m a rk s

nsp CAP CERAMIC , 943132002470S CHIP,CAP0.1UF/50V/2012 nsp CAP CHIP , 943132002470S CHIP,CAP0.1UF/50V/2012 943134003030S CAP , ELECT(KRM, 100V/1UF, 105C, 5X11) 943132002470S CHIP,CAP0.1UF/50V/2012 90M-OA000320R CAP ELECT , 943132002470S CHIP,CAP0.1UF/50V/2012 nsp CAP CHIP , 943132002470S CHIP,CAP0.1UF/50V/2012 nsp CAP , ELECT (105'C, 10X25) 10V 2200uF, KLH SERIES nsp CAP CHIP(2012, , 1uF/50V) 00MOA47701020 CAP ELECT , nsp CAP CHIP , 90M-OA000320R CAP ELECT , 00MOA47701020 CAP ELECT , nsp CAP ELECT , 943134003000SC AP ELECT , 90M-OA000320R CAP ELECT , nsp CAP CHIP(2012, , 1uF/50V) 943134007810S CAP ,ELECT(10V/2200UF,105C,10X20) 90M-OA000310R CAP ELECT , 00MOA47701020 CAP ELECT , 90M-OA000320R CAP ELECT , 943132002470S CHIP,CAP0.1UF/50V/2012 nsp CAP ELECT , 943134003000S CAPELECT , 90M-OA000320R CAP ELECT , 943134003000SC AP ELECT , nsp CAP ELECT , nsp CAP CERAMIC , nsp CAP CHIP , nsp CHIP,CAP0.1UF/50V/2012 nsp CAP CHIP , nsp CHIP,CAP0.1UF/50V/2012 nsp CAP CHIP , nsp CHIP,CAP0.1UF/50V/2012 nsp CAP CHIP , nsp CHIP,CAP0.1UF/50V/2012 nsp CAP CHIP , nsp CHIP,CAP0.1UF/50V/2012 nsp CAP CHIP , nsp CAP CERAMIC , nsp CAP ELECT , nsp CHIP,CAP0.1UF/50V/2012 nsp CAP CHIP ,

nsp nsp nsp nsp nsp nsp

RESWIRE , WOUND(1W/0.68OHM) RES METAL , OXIDE FILM RES,WIREWOUND(1W/0.2OHM) RES,METALOXIDEFILM(2W,68K)

CRW1PJ0R68V CRG2ANJ683R CRW1PJR20V CRG2SANJ683RT

RES,CHIP,6.8KOHM,1%,1/8W,2012 RES,METALOXIDEFILM(1W,10KOHM) RES,METALOXIDEFILM(1W,20ohmV) RES METAL , OXIDE(270/1W) RES METAL , OXIDE FILM RES,CHIP,43KOHM,1%,1/4W,3216

CRJ18AF6801T CRG1ANJ103R CRG1ANJ220R CRG1ANJ271H CRG1ANJ100H CRJ14CF4302T

OTHER PATRS GROUP BD89-99 90M-FC900340R CHIP BEAD , BN25 BN26

nsp nsp

Q ' t yN CCKT3A222KBL CCUC1H104KC CCUC1H103KC CCUC1H104KC CCEA2AH1R0TS CCUC1H104KC CCEA1HH220TS CCUC1H104KC CCUC1H103KC CCUC1H104KC CCEA1AKLH222EKS CCUC1H105KC CCEA1AH471TS CCUC1H103KC CCEA1HH220TS CCEA1AH471TS CCEA1EH102ES CCEA1EH101TS CCEA1HH220TS CCUC1H105KC CCEA1AH222ES CCEA1HH1R0TS CCEA1AH471TS CCEA1HH220TS CCUC1H104KC CCEA1EH102ES CCEA1EH101TS CCEA1HH220TS CCEA1EH101TS CCEA1EH220TS CCKT3A102KBL CCUC1H103KC CCUC1H104KC CCUC1H103KC CCUC1H104KC CCUC1H103KC CCUC1H104KC CCUC1H103KC CCUC1H104KC CCUC1H103KC CCUC1H104KC CCUC1H103KC CCKT3A102KBL CCEA1HH102ES CCUC1H104KC CCUC1H224KC

HLZ9Z014Z

WIRE ASS'Y WIRE ASS'Y

CWB5A906120EG CWB1B005120EG

115

ew

*

R eN f .o .

P a rNto .

P a rNta m e

R em a r ks

Q ' t yN

z CN91 CN92 CN93 CN94

943641009280S nsp nsp nsp

z CX91 z CX92

943133003080S CAP,POLYPROPYLENEFILM 90M-OF100550R CAP X2 ,

CCQF2E224KZE CCQF2E104KZC

z CY91-93 z CY94

90M-DK100930R CAP,CERAMIC(400VY-CAP) 90M-DK100870R CAP,CERAMIC(400VY-CAP)

CCKDHS102ME CCKDHS222ME

z DB91

943203003170SD IODE BRIDGE ,

HVDGBJ606

z F901

00D2061090060 FUSE,215SERIES,4A,250V

CBA2C4000TLHEY

INLET,AC(250V/2.5APCB MOUNTTYPE) WIRE ASS'Y (5P, 2.5MM, 350MM, WITH HEMELON) WIREASS'Y(13P,2MM,120MM) WIREASS'Y(7P,2MM,150MM)

FH91,92

nsp

HOLDER FUSE ,

HS91

nsp

PROTECTOR , THERMAL (80'C, 100mm) ST-22 SEIRES

KJCFC5S

JS91-99

00MNI05000110 RES,CHIP,0OHM,5%,1/8W,2012

L921-923 L925 L928 L929,930

943111003320S 943111003320S 943111003330S nsp

z LF91,92 z PC91-95

COIL,CHOCK(6.8uH) COILCHOCK(6.8uH) , COILCHOKE(7UH) , CORE BEAD ,

CRTST22080100W CRJ18AJ0R0T CLZ9Z040Y CLZ9Z040Y CLZ9Z090Z HLZ93001Z

943149003340S LINEFILTER(10MH)

CLZ9Z086Z

90M-HW100710RI .C,PHOTOCOUPLER

HVIPC17L1CB

z TF91 z TF92 z TF93

943102011250S TRANS,SWITCHING(EE1625,M-CR603) 943102011260S TRANS,SWITCHING(EE2525,M-CR603) 943102011270S TRANS,SWITCHING(EER4042,M-CR603)

CLT9Z064ZE CLT9Z065ZE CLT9Z066ZE

z TH91

90M-HH000110R NTC,THERMISTOR(10MMPITCH)

KRT5D15MSFC

z VT91

943251011310S VARISTOR(560V,14mm) nsp nsp nsp nsp nsp nsp nsp

ew

CJJ8A012Z CWB1D90535058001 CWB1C91312047 CWB1C90715047

CRVSVC561D14A

HOLDER, IC BRACKETTHERMAL , SENSOR HEAT SINK HEAT, SINK SCREW SCREW SCREW

CMH1A251 CMD1A720 CMY2A283 CMY3A222X CTB3+10JR CTB3+10JR CTB3+8JR

116

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Marantz M-CR603.pdf

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