ORDER NO.
CRT5618 AVH-X2700BS/XNUC
DVD RDS AV RECEIVER
AVH-X2700BS
/XNU /X NUC C
AVH-X2700BT /XNEW5 AVH-X2700BT /XNUW5 AVH-X2750BT /XNRC AVH-X2750BT /XNRD AVH-X2750BT /XNRI AVH-X2790BT /XNID This service manual should be used together with the following manual(s): Model No. CX-3311
Order No. CRT5651
Mech.Module LS2.5
Remarks DVD Mech. Module : Circuit Descriptions, Mech. Descriptions, Disassembly, Diagnosis Flowchart
PIONEER CORPORATION 1-1, Shin-ogura, Saiwai-ku, Kawasaki-shi, Kanagawa 212-0031, Japan PIONEER ELECTRONICS (USA) INC. P.O. Box 1760, Long Beach, Beach, CA 90801-1760, U.S.A. U.S.A. PIONEER EUROPE NV Haven 1087, Keetberglaan Keetberglaan 1, 9120 Melsele, Melsele, Belgium PIONEER ELECTRONICS ASIACENTRE PTE. LTD. 253 Alexandra Road, Road, #04-01, Singapore Singapore 159936
PIONEER CORPORA CORPORATION TION 2014 K-ZZZ OCT. OCT. 2014 Printed in Japan
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SAFETY INFORMATION A
CAUTION
This service manual is intended for qualified service technicians; it is not meant for the casual do-it-yourselfer. do-it-yourselfer. Qualified technicians have the necessary test equipment and tools, and have been trained to properly and safely repair complex products such as those covered by this manual. Improperly performed repairs can adversely affect the safety and reliability of the product and may void the warranty. If you are not qualified to perform the repair of this product properly and safely, you should not risk trying to do so and refer the repair to a qualified service technician. WARNING
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This product may contain a chemical known to the State of California to cause cancer, or birth defects or other reproductive harm. Health & Safety Code Section 25249.6 - Proposition 65
Where in a manufacturer’ manufacturer’s s service documentation, for example in circuit diagrams or lists of components, a symbol is used to indicate that a specific component shall be replaced only by the component specified in that documentation for safety reasons, the following symbol shall be used:
- Safety Precautions for those who Service this Unit. C
When checking or adjustin adjusting g the emitting power of the laser diode exercise caution in order to get safe, reliable results. Caution: 1. During rrepair epair or tests, minimum distance of 13 cm from the focus lens must be kept. 2. During repair repair or tests, do not view laser beam for 10 seconds or longer. longer.
CAUTION: USE OF CONTROLS OR ADJUSTMENTS OR PERFORMANCE OF PROCEDURES OTHER THAN THOSE SPECIFIED HEREIN MAY RESULT IN HAZARDOUS RADIATION EXPOSURE.
CAUTION This Th is pr prod oduc uctt is a cl clas ass s 1 la lase serr pr prod oduc uctt cl clas assi si-fied fie d und under er the Saf Safety ety of las laser er pro produc ducts ts,, IEC 60825608 25-1:2 1:200 007, 7, and con contai tains ns a cla class ss 1M las laser er module mod ule.. To ens ensure ure con contin tinued ued saf safety ety,, do not remove mo ve an any y co cove vers rs or at atte temp mptt to ga gain in ac acce cess ss to the th e in insi side de of th the e pr prod oduc uct. t. Re Refe ferr al alll se serv rvic icin ing g to qualified quali fied pers personnel onnel..
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CAUTION—CLASS 1M INVISIBLE LASER RADIATION WHEN OPEN, DO NOT VIEW DIRECTLY WITH OPTICAL INSTRUMENTS.
WARNING! The AEL (accessible emission level )of the laser power output is less than CLASS 1 but the laser component is capable of emitting radiation exceeding the limit for CLASS 1. A specially instructed person should do servicing operation of the apparatus. F
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Laser diode characteristics
Wave length: DVD:660 nm to 670 nm CD:780 nm to 800 nm Focus lens on Maximum output: CD:6.26 mW(Emitting period :9 sec.) DVD:1.27 mW (Emitting period : unlimited)
Additional Laser Caution B
Transistors Q1103 and Q1104 in PCB drive the laser diodes for DVD and CD respectively. When Q1103 or Q1104 is shorted between their terminals, the laser diodes for DVD or CD will radiate beam. If the top cover is removed with no disc loaded while such short-circuit is continued, the naked eyes may be exposed to the laser beam.
CAUTION Danger of explosion if battery is incorrectly replaced. Replaced only with the same or equivalent type recommended by the manufacturer. Discord used batteries according to the manufacturer's instructions.
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CONTENTS SAFETY INFORMATION................. INFORMATION............................ .................... .................... .................... ................... .................... .................... ................... .................... ...................... ...................... ............... .... 2 1. SERVICE SERVICE PRECAUTIONS PRECAUTIONS .................... ............................. ................... .................... .................... .................... ................... .................... .................... .................... ..................... .................. ........ 6 1.1 SERVICE SERVICE PRECAUTIONS........... PRECAUTIONS...................... ..................... .................... .................... .................... .................... .................... .................... ..................... .................. ................. ............ 6 1.2 NOTES ON SOLDERING ................... ............................. ..................... .................... ................... .................... .................... ..................... .................... ................. ................... ............... .... 8 2. SPECIFICATIONS SPECIFICATIONS .................... .............................. .................... ..................... ..................... .................... .................... ..................... ..................... .................... .................... .................... .................. ........ 8 2.1 SPECIFICATIONS................. SPECIFICATIONS................................ ............................. ............................. ............................. ............................. .............................. .............................. ............................. .............. 8 2.2 DISC/CONTENT FORMAT FORMAT ..................... ............................... .................... .................... .................... .................... .................... .................... ..................... .................. ................. ............ 8 3. BASIC ITEMS FOR SERVICE............. SERVICE....................... .................... .................... ..................... ..................... .................... .................... .................... .................... ..................... .................. ....... 9 3.1 CHECK POINTS AFTER SERVICING............. SERVICING....................... ................... ................... .................... .................... ................... .................... .................... ................... ............ .. 9 3.2 PCB LOCATIONS LOCATIONS ................... ............................. ................... .................... .................... ................... .................... .................... .................... .................... ..................... ...................... ............. .. 10 3.3 JIGS LIST ................... ............................. .................... ................... ................... .................... .................... .................... ................... .................... ....................... ...................... .................... .............. .... 11 3.4 CLEANING........................ CLEANING.................................. .................... .................... ..................... ..................... .................... .................... .................... .................... ................... ................... ................... ......... 11 4. BLOCK DIAGRAM.................... DIAGRAM.............................. ..................... ..................... .................... .................... .................... .................... ..................... .................... ................... .................... ................. ....... 12 4.1 OVERALL CONNECTION DIAGRAM................... DIAGRAM............................. .................... .................... .................... .................... .................... .................... .................. ............. ..... 12 4.2 BLOCK DIAGRAM .................... .............................. .................... .................... ................... .................... .................... ................... .................... .................... ..................... ..................... ............ 14 4.3 POWER SUPPLY SUPPLY SYSTEM FIGURE................... FIGURE...... ............................ ............................. ............................. .............................. .............................. ......................... .......... 20 5. DIAGNOSIS................. DIAGNOSIS.......................... ................... .................... .................... .................... .................... ................... .................... .................... ...................... ....................... .................... .................... .......... 26 5.1 OPERATIONAL OPERATIONAL FLOWCHART FLOWCHART ................... ............................. .................... .................... .................... ................... .................... .................... ................... ...................... .............. .. 26 5.2 INSPECTION METHOD OF PICKUP UNIT........................ UNIT................................... ..................... .................... .................... ..................... ..................... ................. ....... 27 5.3 DIAGNOSIS FLOWCHART............. FLOWCHART........................ .................... ................... ..................... .................... .................... .................... .................... ..................... ................... .............. ..... 30 5.4 ERROR CODE LIST .................... .............................. .................... ..................... .................... ................... ..................... .................... .................... ................... .................. ................... ......... 30 5.5 CONNECTOR CONNECTOR FUNCTION DESCRIPTION.............. DESCRIPTION........................ ..................... ..................... .................... ..................... ..................... .................... ................. ....... 33 6. SERVICE SERVICE MODE .................. ............................. .................... .................... .................... ................... .................... .................... ................... ................... ...................... ....................... ..................... .......... 34 6.1 MONITOR MONITOR TEST MODE .................... .............................. .................... .................... ................... .................... .................... ................... .................... ...................... ...................... ............ 34 6.2 DVD TEST MODE......................... MODE................................... .................... .................... ..................... .................... ................... ..................... ..................... .................. ................... .................. ....... 52 6.3 DVD MECHANISM TOUCH PANEL TEST MODE............... MODE ............................. ............................. ............................. ............................ ......................... ........... 57 7. DISASSEMBLY.. DISASSEMBLY................. .............................. ............................. ............................. ............................. ............................. ............................. ............................ ............................. ......................... .......... 58 8. EACH SETTING AND ADJUSTMENT ................... ............................. ................... ................... .................... .................... .................... .................... ................... .................. ........... 62 8.1 DVD ADJUSTMENT............... ADJUSTMENT.......................... ..................... .................... .................... .................... ..................... .................... ................... ..................... ................... .................. .............. .... 62 8.2 SERIAL NUMBER EDIT................. EDIT........................... .................... .................... .................... .................... .................... ..................... .................... .................. ................... ................. ....... 67 8.3 PCL OUTPUT CONFIRMATION CONFIRMATION.......... ..................... ..................... .................... .................... .................... ..................... ..................... ................... .................. .................. ........... 67 9. EXPLODED VIEWS AND PARTS LIST.......................... LIST.................................... .................... ..................... ..................... .................... .................... .................... ................... ......... 68 9.1 PACKING .................... ............................. .................... .................... ................... .................... .................... .................... .................... .................... ...................... ...................... .................... .............. .... 68 9.2 EXTERIOR (1) .................... .............................. .................... .................... .................... ..................... ..................... ................... .................... ..................... .................... ..................... ................ ..... 72 9.3 EXTERIOR (2) .................... .............................. .................... .................... .................... ..................... ..................... ................... .................... ..................... .................... ..................... ................ ..... 74 9.4 DVD MECHANISM MODULE (1) .................... ............................. ................... .................... .................... ................... .................... .................... ................... ................... ........... .. 76 9.5 DVD MECHANISM MODULE (2) .................... ............................. ................... .................... .................... ................... .................... .................... ................... ................... ........... .. 78 10. SCHEMATIC SCHEMATIC DIAGRAM ..................... ............................... .................... .................... .................... ..................... .................... .................... ..................... ................. .................. .................. ....... 80 10.1 MOTHER MOTHER PCB (VEHICLE IF) ................... ............................. .................... .................... .................... ................... ................... .................... .................... ...................... .............. .. 80 10.2 MOTHER MOTHER PCB (PWR OTHER)............................. OTHER)....................................... .................... .................... .................... .................... .................... .................... ................... ........... .. 82 10.3 MOTHER MOTHER PCB (2chDC/DC)............... (2chDC/DC)........................ .................... .................... ................... .................... .................... .................... .................... ................... ................... ............ .. 84 10.4 MOTHER MOTHER PCB (1chDC/DC)............... (1chDC/DC)........................ .................... .................... ................... .................... .................... .................... .................... ................... ................... ............ .. 86 10.5 MOTHER MOTHER PCB (SYSCOM) ................... .............................. ..................... .................... .................... .................... ..................... ..................... .................... .................. ............... ....... 88 10.6 MOTHER MOTHER PCB (GERDA) (1/2 scale) .................. ........................... .................... ..................... ................... .................... ..................... .................... ..................... ............. .. 90 10.7 MOTHER PCB (AVSEL) (AVSEL) ................... .............................. ..................... .................... .................... ..................... ..................... .................... .................... .................... ................... ......... 92 10.8 MOTHER MOTHER PCB (OPAL)............... (OPAL)........................ ................... ..................... ..................... .................... .................... .................... ..................... .................... .................... .................. ....... 94 10.9 MOTHER MOTHER PCB (PWR-IC)...................... (PWR-IC)................................. ..................... .................... .................... .................... ..................... .................... ................... .................... ................ ...... 96 10.10 MOTHER PCB (TUNER POWER).......................... POWER)..................................... .................... ................... .................... .................... .................... .................... ................. ....... 98 10.11 MOTHER PCB (LITHIO) .................... .............................. ..................... ..................... ................... .................... ..................... .................... .................... ................. ............... ........ 100 10.12 MOTHER PCB (PWR USB) .................... .............................. .................... .................... .................... .................... .................... .................... .................... .................. ........... ... 102 10.13 MOTHER PCB (LS2.5 IF) .................. ........................... ................... .................... ..................... .................... .................... ..................... ................... ..................... ................. ..... 104 10.14 MOTHER MOTHER PCB (EXT I/F) (1/2 scale) .................. ............................ .................... .................... .................... .................... ..................... .................... ................... .......... 106 10.15 MOTHER PCB (BT) .................... .............................. .................... .................... .................... .................... ..................... ..................... .................... .................. .................. .............. .... 108 10.16 SERVICE SERVICE UNIT (MONITOR) (PCB I/F)........................... I/F).................................... .................... .................... ................... .................... .................... .................. ........ 110 10.17 SERVICE SERVICE UNIT (MONITOR) (LED BL) ................... ............................. .................... .................... ................... .................... .................... ................... ................ ...... 112 10.18 SERVICE SERVICE UNIT (MONITOR) (LCD PW) ................... .............................. .................... .................... .................... ................... .................... .................... ............. ... 114 10.19 SERVICE SERVICE UNIT (MONITOR) (LCD I/F) .................... .............................. ................... ................... .................... .................... .................... .................... ............... ..... 116 10.20 DVD DVD CORE UNIT (1/2 scale) .................... .............................. ................... .................... ..................... .................... .................... .................... .................. .................. ............ 118 10.21 INTERFACE INTERFACE PCB (1/2 scale) .................... .............................. .................... .................... .................... .................... .................... .................... .................. .................. ............ 120 10.22 SERVICE SERVICE UNIT (KEYBOARD)................... (KEYBOARD)............................. .................... .................... .................... .................... .................... ..................... ..................... ................. ....... 122 10.23 WAVEFORMS................ WAVEFORMS.......................... .................... ................... .................... .................... .................... .................... ................... .................... ...................... ...................... ............... ..... 124 11. PCB CONNECTION DIAGRAM ................... ............................. ..................... .................... .................... ..................... .................... .................... .................... .................. ............. ..... 126 11.1 MOTHER MOTHER PCB .................... .............................. .................... ................... ................... .................... .................... ................... .................... .................... .................... .................... .............. ..... 126 11.2 SERVICE SERVICE UNIT (MONITOR) (MONITOR) ................... ............................. .................... ................... .................... .................... .................... .................... ................... ..................... .............. ... 130
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11.3 DVD CORE UNIT..................................................................................................................................134 11.4 INTERFACE INTERFACE PCB ................... ............................. .................... .................... .................... ................... .................... .................... ................... .................... ...................... .....................136 .........136 11.5 SERVICE SERVICE UNIT (KEYBOARD) (KEYBOARD) .................... ............................... ..................... .................... .................... .................... .................... ..................... ..................... .................138 .......138 12. ELECTRICAL PARTS LIST ............................ .............. ............................. .............................. ............................. ............................ ............................. ................................... .................... 139 A
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1. SERVICE PRECAUTIONS 1.1 SERVICE PRECAUTIONS A
1. You should conform to the regulations governing the product (safety, radio and noise, and other other regulations), and should keep the safety during servicing by following the safety instructions described in this manual. 2. Be careful in handling ICs. Some ICs such as MOS MOS type are so fragile that they can be damaged by electrostatic electrostatic induction. 3. Please be sure to conduct line process to original status if you make assembling after repair. 4. Please be careful of not to imply imply static charge onto integrated circuits, etc, when when you conduct repair repair work. Especially, please use soldering iron with its tip grounded. Also, please use a pair of tweezers with static charge protection capability if there is the possibility of contacting to device terminals, and avoid the use of metal-made tweezers. 5. Before disassembling the unit, unit, be sure to turn off the power. Unplugging Unplugging and plugging the connectors during power-on mode may damage the ICs inside the unit. 6. To protect the pickup unit from electrostatic electrostatic discharge during servicing, take an appropriate treatment treatment (shorting-solder) by referring to "the DISASSEMBLY". 7. Please keep the distance of more than than 13 cm from from focus lens for safety when you check pickup and make adjustment, and do not look straight at Laser Beam for more than 10 seconds. 8. Please power adjustment adjustment when you replaced mechanical area of DVD Mecha Module or DVD core unit. 9. On this mechanism, Pickup Pickup and Spindle Motor can not be replaced at the service site, because a special facility is required for the adjustment after replacing them. So, if Pickup or Spindle Motor is defective, replace the Mechanism Unit. 10. The part listed below is difficult to replace as a discrete component component part. When the part listed in the table is defective, replace whole Assy.
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Part No.
Reason
Mother PCB
IC351 IC601
KBD9876EFJ MN1AA9010Z
Heat pad Heat pad, Terminal pitch is narrow (0.4 mm)
IC891 IC1201 IC2201
337S3959 PM9014A TEF6686HN
Heat pad Heat pad Heat pad
IC3191 IC5001 IC5101 IC5201
STCC2540IQ AK4187VN OZ527ILN R1290K103A
Heat pad Heat pad Heat pad Heat pad
Service Unit(Monitor) D
11. EJECT LOCK MODE for DVD mechanism mechanism < Procedure > To enter EJECT LOCK MODE : Reset start while pressing [VOL+] key and [REVERSE] key. To exit EJECT LOCK MODE : Follow the same steps to enter this mode.
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area and a heat sink becomes hot areas. Be careful not to burn yourself.
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MOTHER PCB C1306
IC1301
C1317
C1313
P2001 SXi Model only B
MOTHER PCB
IC3191 IC2401 IC160
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IC1201 IC351 IC1271
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1F & 2F Rear Holder
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LS2.5 DVD Mechanism Module Top Case
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1.2 NOTES ON SOLDERING For environmental protection, lead-free solder is used on the printed circuit boards mounted in this unit. Be sure to use lead-free solder and a soldering iron that can meet specifications for use with lead-free s olders for repairs accompanied by reworking of soldering.
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Compared with conventional conventional eutectic solders, lead-free solders have higher melting points, points, by approximately approximately 40 C. Therefore, for for lead-free soldering, the tip temperature of a soldering iron must be set to around 373 C in general, although the temperature depends depends on the heat capacity of of the PC board on which which reworking is required and the the weight of the tip of the soldering iron. Compared with eutectic solders, lead-free solders have higher bond strengths but slower wetting times and higher melting temperatures (hard to melt/easy to harden). B
The following lead-free solders are available available as service parts: Parts numbers of lead-free solder: GYP1006 1.0 in dia. GYP1007 0.6 in dia. GYP1008 0.3 in dia.
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2. SPECIFICATIONS 2.1 SPECIFICATIONS For all items except the backup current, refer to the Owner's Manual. Backup current......................... 5.0 mA or less
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2.2 DISC/CONTENT DISC/CONTE NT FORMAT FORMAT
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The Bluetooth word mark and logos are registered trademarks trademarks owned by Bluetooth SIG, Inc. and any use of such marks by PIONEER CORPORATION is under license. Other trademarks and trade names are those of their respective owners.
is a trademark of DVD Format/Logo Licensing Corporation.
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3. BASIC ITEMS FOR SERVICE 3.1 CHECK POINTS AFTER SERVICING A
To keep the product quality after servicing, please confirm following check points. N o. 1
2 DVD
Procedures Confirm whether the customer complain has been solved. If the customer complain occurs with the specific media, use it for the operation check.
Item to be confirmed The customer complain must not be reappeared. Display, video, audio and operations must be normal.
Measure playback error rates at the innermost and outermost tracks by using the test mode with the following disc. DVD test disc (TDV-582)
Deterioration of mecha-drive can be checked. The error rate must be less than the threshold value. (Refer to the chapter of DIAGNOSIS for the threshold value.)
3 DVD
Play back a DVD. (Menu operation; Title/chapter search)
Display, video, audio and operations must be normal.
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Play back a CD. (Track search)
Display, audio and operations must be normal.
5 FM/AM tuner
Check FM FM/AM tu tuner ac action. (Seek, Preset) Switch band to check both FM and AM.
Display, audio and operations must be normal. * If the reception sensitivity is poorer than normal, the gasket on the FM/AM tuner unit may be damaged or lost.
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Check whether no disc is inside the product.
The media used for the operating check must be ejected.
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Appearance check
No scratches or dirt on its appearance after receiving it for service.
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For check items concerning image and voice, please refer to the followings: Check it items co concerning im image Block-noise Crosscut noise Dot noise Distorted image (Image skip) Low brightness Too bright Color fading Partial discoloration
Check it items co concerning vo voice Distortion Noise Low volume High volume Changes in level Pause of sound
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3.2 PCB LOCATIONS LOCATIONS
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A Mother PCB C DVD Core Unit E Service Unit (Keyboard)
D Interface PCB
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B Service Unit (Monitor) A:AVH-X2700BS/XNUC B:AVH-X2700BT/XNEW5 C:AVH-X2700BT/XNUW5 D:AVH-X2750BT/XNRC E:AVH-X2750BT/XNRD F:AVH-X2750BT/XNRI G:AVH-X2790BT/XNID
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Service Unit(Mother I/F) Consists of Mother PCB Interface PCB
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Unit Name Unit Un it Number Unit Un it Number Unit Un it Number Unit Un it Number Unit Un it Number Unit Un it Number Unit Un it Number
: : : : : : : :
Service Unit(Mother I/F) CXX7259(A) CXX7255(B) CXX7257(C) CXX7260(D) CXX7261(E) CXX7262(F) CXX7263(G)
Unit Name Unit U nit Number
: Service Unit(Monitor) : CXX7273
Unit Name Unit U nit Number
: DVD Core Unit : CWX4609
Unit Name Unit U nit Number
: Servic Service e Unit(Keyboard) : CXX7275
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3.3 JIGS LIST - Jigs List Name Disc(DVD-Video)
Jig No. TDV-582
Disc(CD-DA) 30P FFC
TCD-782 GGD1222
Remarks Skew adjustment, Check points after servicing, Inspection method of Pickup Unit Inspection method of Pickup Unit DVD CORE UNIT <–> MOTHER PCB
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- Grease List Name Grease Grease Grease
Jig No. GEM1024 GEM1038 GEM1045
Remarks DVD Mechanism Module DVD Mechanism Module DVD Mechanism Module B
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3.4 CLEANING
Before shipping out the product, be sure to clean the following portions by using the prescribed cleaning tools: Portions to be cleaned DVD pickup lenses
Cleaning tools Cleaning liquid : GEM1004 Cleaning paper : GED-008 E
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4. BLOCK DIAGRAM 4.1 OVERALL CONNECTION DIAGRAM DIAGRAM Note: When ordering service parts, be sure to refer to " EXPLODED VIEWS AND PARTS PARTS LIST" or "ELECTRICAL PARTS LIST".
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A SXi 0 1
iData Link 1
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JA4002
WIRED REMOTE
1 2 3 1
CN4002
CKS6497-A
BT
JA4003
CKS6603-A
J CK
CKS6437-A
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IN
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AUX FM/AM ANT JA2201
POWER SUPPLY
JA3101 CKN1106-A
CWE2519-A YEK5001-A
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JA1
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CN2501
CKS6025-A
VKN1620-A 30
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CKM1613-A
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YKS5041-A 2
1SEG DTV TUNER
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CN3201 CKS6638-A
MOTHER PCB
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VEHICLE IF
A 7/16 A
A 2/16
PWR OTHER
A 8/16 O
A 3/16
2chDC/DC
A 9/16 P
A 4/16
1chDC/DC
A 10/16
A 5/16
SYSCOM
A 11/16
A 6/16
GERDA
A 12/16 BT MODULE YWX5055
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30 24 1
13 12
CN2901 CKS6364-A
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0 6
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B CN5001
CN5301
CKS6625-A 1
SERVICE UNI
CKS6646-A
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1
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TOUCH PANEL
TFT
CSX1234
12
CWX
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A AVH-X2700BS/XNUC B AVH-X2700BT/XNEW5 C AVH-X2700BT/XNUW5 D AVH-X2750BT/XNRC E AVH-X2750BT/XNRD F AVH-X2750BT/XNRI G AVH-X2790BT/XNID
NAVI/TV INTERFACE
MOTE
B. CAMERA INPUT
BT MIC 6 2 2 3 1
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JA4004
CKS4497-A
CKN1101-A
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CN4001
JA4001
CKS1825-A
D INTERFACE PCB
SERVICE UNIT(MOTHER I/F) Consists of MOTHER PCB INTERFACE PCB
CN4004 CKS6605-A
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0 5
PRE OUT 1
1
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JA3161 CKB1113-A
CN3051 CKS6645-A
A 7/16 AVSEL
A 13/16 PWR USB
A 8/16 OPAL
A 14/16 LS2.5 IF
A 9/16 PWR-IC
A 15/16 EXT I/F
A 10/16 TUNER POWER
A 16/16 BT
USB IF
RCA V IN OUT 1
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JA3151 CKB1110-A
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JA3191 CKN1097-A
C
HD/DAB(Not used) A 11/16 HD/DAB(Not
A 12/16 LITHIO
D
ULE 055 13 12
01
4-A
CN3202 CKS6646-A
0 6
1
E
CN5003 CKS6646-A
4 0 A 0 5 3 6 5 S 6 N K C C
VICE UNIT(MONITOR)
1 0 A 5 1 2 5 4 6 S N K C C
E SERVICE UNIT (KEYBOARD)
BACKLIGHT CN5002
301 646-A
CKS6635 0 6
F
TFT LCD CWX4348
AVH-X2700BS/XNUC 5
6
7
8
13
1
2
3
4
4.2 BLOCK DIAGRAM - SYSTEM BLOCK DIAGRAM
JA4003
A
AA MOTHER PCB
BT MODULE Pioneer(SUNTEC)
JA4001
BT MIC IN
3.3V 1.8V
A
UART
12V
Sxi
UART
5 3 Converter
NAVI GUIDE
-RGB
Navi/TV-Tuner
Navigation
NAVI H/Abox 26pin
-Composite
B
Leaning SWC
TV
NM
TV/ AUDIO UART
DABANT
E T I S O P M O C
HD-TUN HD -TUN UNIT DAB-TUN DAB -TUN UNIT
JASO ANT
3.3V
X-2069
System uCOM
UART SPI
1.1V
UART
JA2201
IC401
I2C
TUNER
Lithio/LithoDR
MN103LF15RX
I2C
C
TUN3.3V UART
1segDTV ISDB-T)
1Seg ANT
AV SEL IC1101 AK4223VQ (Ain 6ch, Vin 6ch, Aout 2ch Vout 2ch)
3.3V
NM JA3151 D
VCR IN
REAR
A T A / Q E A
JA4004 B.CAMERA
A-RGB
AUX Jack V,L/R or AEQ JA3101
SEL
YCbCr
DV5 IC1501 MN2DS001 8MAUB
E
V-DEC
DAC DA C
NM
C.VIDEO Rear
LS2.5
C
VDD
UART
AV Dec DVD CORE UNIT & OSD
VD8V
VD5V SYS+B
t n o r F
I2C
VENC IC901 AK8814VQ
IECOUT(S/PDIF)
AVCC33
JA3191
USB
CDP
USB5V F
USB 5V DDC+SW
14
USBCONT USBFLG
AVH-X2700BS/XNUC 1
2
3
4
5
A4003
6
7
8
A AVH-X2700BS/XNUC B AVH-X2700BT/XNEW5 C AVH-X2700BT/XNUW5 D AVH-X2750BT/XNRC E AVH-X2750BT/XNRD F AVH-X2750BT/XNRI G AVH-X2790BT/XNID
NM Leaning DRIVE UNIT SWC E-VOL
I2S
Mix
SP FRONT
P.AMP IC1301 PA2032A
AMP MUTE
IC1201 PM9014A
A
REAR
Mix JA3161 FRONT AMP MUTE
Mix AEQ/ATA
Analog VIDEO
FRONT PREOUT
REAR AMP MUTE DDC33
SPI 4 line
System uCOM
REAR PREOUT
AMP MUTE
ASENS, BSENS, TELMUTE, BGSENS, ISENS, PBSENS, MICSENS, BGSENS
IC401
Digital VIDEO Analog AUDIO
SW
5.8V
HighOut AMP (NJW1240V) 4Vrms 12V
MN103LF15RXW
UART
B
SW OUT
Digital AUDIO C
CN4002
iDataLink A
VDD33 KDT/PWM UART
JA3151 REAR VOUT
REAR SPDIF
D
MCLK
UN IT(MONITOR) OR) B SERVICE UNIT(MONIT
SPDIF
Back light OZ527ILN
GERDA3
DD8
IC601 V-DEC
MN1AA9010Z
LCD 6.2inch
RGB666
Graphics &Audio &Video
I2C
iPod CPIC 3.3V
E
WVGA (800×480)
3.3V
I2C
built-in SRAM 8MB
3.3V
1.13V
SDRAM 32MB
Multi-touch panel 3.3V
3.3V
Serial Flash 16MB 3.3V
Touch Panel
Serial Flash 3.3V
E SERVICE UNIT(KEYBOARD)
8MB A 2MB BCDEFG
F
RGB ILM ILMB
KEY
REM
3.3V
AVH-X2700BS/XNUC 5
6
7
8
15
1
2
3
4
- AUDIO BLOCK DIAGRAM A
Devices
Source
Analog(Main)
Control, Data
Digital(Main)
New or Current
Analog(Mixing) Analog(Main Mixing Select)
AUDIO_MCK
Peripheral Circuit
BT Module
RF : Far Voice
BT
Digital(Main Mixing Select)
RF : Near Voice
Pioneer BT Module
E-VOL IC OPAL(PM9014A) IC1201
DSP Part MIC
Digital in/out A
B
MAIN souce
SOC
Digital in/out B
GERDA 3 IC601
Digital in/out C
R O T C E L E S T U P N I
Digital in/out D
P S D
S/PDIF
D+/D-
USB SOCMUTE
C DVD CORE UNIT IECOUT(S/PDIF) MUTE
DVD Mecha LS2.5
Mixing souce
Digital in/out E
CXK8101 MUTE
pre AT -3dB (ASR ON)
MAIN souce2
TUNER Module
AM/FM -TUN C
LITHIO IC2201
AMUTE
DC CUT HPF
TUN_L
HD/DAB -TUN UNIT U2101 X-2062
TUN_R ADC
CWE2518-(HD) CWE2517-(DAB)
1 64
NM
TV Audio
17 INAP2R INAN1R
iTV_L
3 2
iTV_R
14
INBN3L
Navi guide (MONO)
ONSEI2+/ONSEI2-
15
ATT
4
AV SELECTOR
D
AK4223VQ IC1101
A
CH1_L
BUSL+/BUSL-
SXi
CH1_R
BUSR+/BUSR-
VCR_R
INBP4L
INBP4R INBN3R INCN5L
13
ISO
OUT1 (Front)
5 AV_LOUT1
VCR_L
INCN5R
INCP6L
CH2_L
R O T C E L E S G N I X I M / T U P N I g o l a n
7
AV_ROUT1
INDP8L
Analog Mixing souce
INCP6R
CH3_L ISO CH3_R OUT2 (Rear)
AUX_L
CH4_L
AUX_R
CH4_R
ISO
INDN7L
6 12
VCR_R
or
A
ISO CH2_R
VCR_L
VCR IN
INAN1L
16
26pins Navi/RGB Connector
H/A box i-pod
INAP2L
11 10
INDN7R
8,9
INMN
REARLOUT
ISO
INDP8R
INPN
REARROUT
E CH5_L CH5_R
Auto EQ Auto TA AEQMICIN MIC DTV_L AUX_L
AUX
DTV_R
AUX_R
ISO
DTV_L 1-seg DTV DTV_R
F
PIN NO 64,17
CH6_R
AVSEL Input Table AV Selec Selecte ter_ r_IN INPU PUT T CH SOURCE
NM
16
CH6_L
ISO
1
-
2 3 4 5 6
VCR AUX DTV(for BR)
OUTP OU TPUT UT Leve Levell Contr Control ol [dB] [dB] OUT1(Front) OUT2(Rear) 0 -6 0 0 0 0
IS O
1,16 2,15 3,14
ON->
4,13 5,12
0 0 0 0 0 0
6,11 7,10 8,9
2
3
7 *1 8 *1 9 *2
iphone/TV RGB NAVI
*1. INDP7, 8 are set by term *2. INMPN and INMN are inp *3. At single input, receipt of *4. Digital Audio Input can be
AVH-X2700BS/XNUC 1
E-VOL.IC Input Table E-VOL_Analog INPUT SOURCE CH *3 1 Sxi 2 3 Tuner(Lithio) 4 5 AVSEL 6 AEQ/ATA MI
4
5
6
7
8
A
A MOTHER PCB A AVH-X2700BS/XNUC B AVH-X2700BT/XNEW5 C AVH-X2700BT/XNUW5 D AVH-X2750BT/XNRC E AVH-X2750BT/XNRD F AVH-X2750BT/XNRI G AVH-X2790BT/XNID
L IC PM9014A)
DSP Part n/out MAIN souce
Loudness gain (0-15dB/1dB)
n/out
n/out
R O T C E L E S T U P N I
pre ATT. -3dB (ASR= ON)
MAIN souce2
DVOL(Multi) (-79-0dB /0.5dB,-inf)
Bassboost Gain (0-12dB/1dB)
DVOL(Att) (-95.5-0dB /0.5dB,-inf)
Limiter
R O T C E L E S T U P T U O l a t i g i D
Multi IIR Filer
P S D
/out
Mixing souce
n/out
DVOL(Att) (-95.5-0dB /0.5dB,-inf)
DVOL(Boost) (+36-0dB /0.5dB,-inf)
BEEP
BEEP LEVEL (-79-0dB /0.5dB,-inf)
+
C
DC CUT HPF
DC CUT HPF
ADC Specification AVDD=5.78V 2Vrms=0dBFS
ADC
DAC Specification AVDD=5.78V 0dBFS=2Vrms
DAC AMP OUT
Analog OUTPUT
L
FL±
FL(61)
Power IC
L
50W×4ch
FR±
FR(20) R 1R
R R 5L 5R
6L
R O T C E L E S G N I X I M / T U P N I g o l a n
or
PA2032 IC1301
RL(60)
Fader (-79-0dB /1dB,-inf)
L L
B
DVOL(Boost) (+36-0dB/ 0.5dB,-inf)
Q E / r e v o ' X
RL± RR±
RR(21)
INPUT Gain 0dB-+36dB /1dB
SWL(59)
ISO
G N I X I M
AMPMUTE HIOUTCLK
SWR(22)
D OFFMUTE
AMPMUTE
HighOut AMP (NJW1240) +6dB IC1271
AVOL(DMix) (-69-0dB /1dB,-inf)
Pre OUT
FL
A
L
or
FR
L AVOL(AMix) (-63-+6dB /1dB,-inf)
Analog Mixing souce
R
RL
R
RR
R MIXING SW is 1ch. Mixing souce should choose DMIX or AMIX.
SWL
E
SWR
O
E-VOL.IC Input Table E-VOL_Analog INPUT SOURCE CH *3 1 Sxi 2 3 Tuner(Lithio) 4 5 AVSEL 6 AEQ/ATA MIC 7 *1 8 *1 9 *2
iphone/TV RGB NAVI
ISO
Y->
E-VOL_Digital INPUT SOURCE CH *4 DVD Mecha A BT B C D E SOC -
PIN NO 28,29,30
OFFMUTE
SYSMUTE
31,32,33 35,36,37 45,46,47 48,49,50
*1. INDP7, 8 are set by terminal resistor common to main source and mixing source (simultaneous use is also available). *2. INMPN and INMN are input dedicated to mixing. If differential is received by ISOLATOR, they become negative input of INDP8. *3. At single input, receipt of 8ch by ISOLATOR becomes 4CH. *4. Digital Audio Input can be also set to output depending on setting of resistor.
F
AVH-X2700BS/XNUC 5
6
7
8
17
1
2
3
4
- VIDEO BLOCK DIAGRAM A
Analog Video Signal (composite) Analog Video Signal (A-RGB or component)
AV Selector I IC1101 AK4223VQ
Digital Video Signal VCR_V
V2
VCR
ISO LPF
V4
Video Output (Analog) B
75
ISO
100k
ISO
AUX_V
MINI JACK
C
75
V3
DVD CORE UNIT
LS2.5
LPF
V5
DVD_V
75
ISO
DVD_YCbCr -1dB ~ +1d 0.1dB Ste
V6 V1
C
75
ISO
220
ISO
BCAM_IN
AVSEL:6in
B.CAM
NM
1seg DTV
VENC AK8814VQ
DTV_V
CWE2519-
0
(for Digital TV Tuner model)
0 NM 0
D
RGB 26pin CN Navi / ATV/ DTV I/F
DIGITAL BT656 8bit
ATV/DTV ; Composite Navi ; A-RGB
V _ V T A
100k
SEL NJM2283V
75
Hi-Z
Hi-Z
Only Navi ; A-RGB
USB
USB±
Hi-Z
NEW
SOC GERDA3 IC601 MN1AA9010Z-K
E
F
18
AVH-X2700BS/XNUC 1
2
3
4
D 6
5
6
7
8
A
A MOTHER PCB
AV Selector IC IC1101 AK4223VQ FRONT LPF
MONVBS 0
GCA
0dB B
Rear Monitor Out REAR LPF
RCA_V
GCA
75 +6dB
-1dB ~ +1dB, 0.1dB Step
+6dB/+3dB/0 dB/-3dB
B SERVICE UNIT(MONITOR) Front Monitor Out C
AVSEL:6in2out
D-RGB 6bit × 3
LCD WVGA 6.2 inch(CWX4348-)
D
D-RGB 6bit × 3
0Z-K
1 2 3 4 5 6
AV SELECTOR INPUT VIDEO VENC VCR DVD(LS2.5) AUX BCAM_.IN DTV/ATV
E
F
AVH-X2700BS/XNUC 5
6
7
8
19
1
2
3
4
4.3 POWER SUPPLY SUPPLY SYSTEM FIGURE A MOTHER PCB A
B.UP
3.3V VDD33
min3.267V , max3.333V
NJW4181U3-33B min Typ. max
10.8 14.4 15.1
typ max
V V V
24.3 49.0 0.58
mA mA W
1000µF
Pd 2.4W Iout(MAX)100mA
NM B
SYSPW SYSB 8.0V
NJW4184DL3-08A typ max
45.0 70.0 0.50
mA mA W
min7.92V , max8.08V Pd 3125mW Iout(MAX)300mA
FSMD110-24R-T
3 3 C D D
C
D
5 D V
8 D V
3 3 C D D
2 1 X S
P U B
E
A AVH-X2700BS/XNUC B AVH-X2700BT/XNEW5 C AVH-X2700BT/XNUW5 D AVH-X2750BT/XNRC E AVH-X2750BT/XNRD F AVH-X2750BT/XNRI G AVH-X2790BT/XNID F
1
20
2
3
4
5
AVH-X2700BS/XNUC 1
2
3
4
5
6
7
8
A
BLOCK/ FUNCTION
VOLTAGE typ(mA)
max(mA)
DEVICE
SYS com
24.0mA
48.0mA MN103LF15RXW
PWR AMP
-
min(V)
typ(V)
max(V)
3.0V
3.3V
3.6V
12.89A PA2032A
10.8V
14.4V
15.1V
4ch
0Ω EV58CNT
72.0 95.0 0.26
67.0mA
95.0mA PM9014A(OPAL)
3.0V
3.3V
3.6V
E.Vol Analog system
72.0mA
95.0mA PM9014A(OPAL)
4.75V
5.8V
6.0V
M N
E-VOL 5.8V
MM1856A58N ty p max
E.Vol Digital system
mA mA W
B
Pd 0.93W Iout(MAX)200mA
6ch Line AMP
12.0mA
20.0mA NJW1240
6.0V
8.0V
10.0V
AV Sel.
33.0mA
50.0mA AK4223VQ
7.5V
9.0V
9.5V
C
HDPWR12 TU3.3V MM3571A33P ty p 169.0 mA max 200.0 mA W 0.41
D
LITIO3.3V
3 3 D D V
GERDA 3.3V Digital system GERDA 3.3V Analog system GERDA 3.3V *Backup system
0Ω NM GEPW11
Pd 3.8W GERDA1.13V Iout(MIN)1A RP132J001B min 1.148 V typ 0.0 mA max 1.199 V
0Ω
VDD1.13V NJM2125F typ 0.0 mA max 4.0 mA min 1.108 W max 1.123
NM
704.0 1.59
3.0V
3.3V
3.5V
150.0mA
3.0V
3.3V
3.6V
81.0mA
3.0V
3.3V
3.6V
3.0V
3.3V
3.6V
0.5mA GERDA3
mA W
max
169.0mA 200.0mA TEF6686HN(ANALOG)
GERDA 1.13V
700.0mA
1.05V
1.13V
1.21V
GERDA 1.13V *Backup system
4.0mA
1.05V
1.13V
1.21V
3.0V
3.3V
3.6V
3.0V
3.3V
3.6V
3.0V
3.3V
3.6V
E
V V Serial FLASH *for program
50.0mA
100.0mA S99-50384P-K MX25L6406EM2I-12G-K
A
Serial FLASH *for back up
12.0mA
SDRAM
90.0mA
20.0mA
MX25L1606EM2I-12G-K
BCDEFG
150.0mA M12L2561616A5TG2S-K
F
6
AVH-X2700BS/XNUC 5
6
7
8
21
1
2
1
A
3
2
A MOTHER PCB
3 Over-current detection value min typ USB5 2.7142 4.4585
5.0
typ 306.53 mA max 919.3 mA
5
A
max
500.3 1500.3
min
4.95
max
5.10
V
min
3.293 3.407
V V
typ
V
2.66596 W
0Ω
max 7.0094
4
Pd 1.78W Iout(MAX)1000mA
DDC USB5 AN33014UA
mA mA
V
VDCNT5 DDC33
KBD9876EFJ 3.35 V
NM
typ 361.9 mA max 984.4 mA
B
4
max
5 D V
typ 890.1 mA max 2421.2 mA
2.874 W
8 D V
3300µF
Pd 0.35W Iout(MAX) 200mA
P U B K
C
3 3 C D D
2 VDCNT5
1 VDCNT8
2ch DDC
AN33012UA
1VD8+2VD5
typ 1626.7 mA max 3316.2 mA
IN
OUT
1261.4 2570.6
mA mA
8.10 1283.2 2615.0
7.51 5.20
D
Typ Max
min 7.910 max 8.379
V V
VD5
min 5.033 max 5.324
V V
Star titing : 2→1
Vin Max 34V
Typ Max
VD8
365.3 745.6
V
mA
815.0
mA
mA
1170.0
mA
2.16 Over-current detection value min typ 8V 3.3058 4.5455 5V 3.1579 4.1667
V mA mA W
max 5.8770 5.6140
W
A A 5 D V
8 D V
3 3 C D D
typ max
0.00mA 1.69mA
typ max
0.00mA 3.00mA
2 1 X S
E
0.75 A A m 0 . 5 0 3
4
A m 6 . 9 2 3
5
F
22
AVH-X2700BS/XNUC 1
2
3
4
5
6
7
8
6
A
AVCC33 MM3479A33P 50.0 mA typ max 146.0 mA 0.30 W
min 4.81 max 5.10 Over-current detection value (CDP IC) USB5 min typ max 1.769 2.000 2.268 A
V V
ENCORDER
50.0mA
USB
500.0mA
ipodCP
65.0mA AK8814VQ
1500.0mA
iPod/iPhone/USB /MirrorLink
7.5mA 341S2162-TBB
2.8V
3.3V
3.6V
4.75V
5.00V
5.25V
3.0V
3.3V
3.6V
4.5V
-
5.5V
-
-
-
4.5V
5.0V
5.5V
B
STCC2540IQ CDP CD P De Dete tect ct
0.26 0. 26mA mA
0.29mA typ max
0.065 0.095
Ω Ω
AVCC5.0
MM1856A50N-TLB typ
max
38.7 55.5
mA mA
0.19
W
Analog image Buffer × 4
VIDEO SW
CSYNC
7.6mA
8.0mA LSCR523UB
11.8mA
15.3mA NJM2283V
0.110mA 0.220mA TC75S57FU
1.7V
ISO×4
19.2mA
32.0mA BH7673G
4.5V
5.0V
5.5V
BT 3.3V
20.0mA 20.0 mA
100.0mA 100.0 mA
3.1V
3.3V
3.6V
Level Converter
7.0V
C BT18ON
PIONIEER BT (SUNTEC)
BT 1.8V MM3479A18PRE 65.0 mA typ max 100.0 mA 0.35 W Pd 1.78W
BT 1.8V
65.0mA
100.0mA
LS2.5 8V
364.0mA 1112.0mA
1.73V
1.80V
1.89V
7.6V
8.0V
8.4V
4.6V
5.0V
5.4V
Iout(MAX)1000mA 3.0A
CXK8002
1.25A LS2.5 5V
351.0mA 420.0mA
D
D INTERFACE PCB
A
iDataLink 5→3 Converter 3.3V
0.020mA
TC7SH08FUS1
2.0V
5.5V
iDataLink 3→5 Converter 5V
1.5mA
TC7SET08FUS1
4.5V
5.5V
SXi 5→3 Converter 3.3V
0.020mA
TC7SH08FUS1
2.0V
5.5V
SXi 3→ 5 Converter 5V
1.5mA
TC7S TC 7SET ET08 08FU FUS1 S1
4.5V 4. 5V
5.5V
Sxi
E
500.0mA Sirius,XM-tuner
10.0V
-
16.0V
A AVH-X2700BS/XNUC B AVH-X2700BT/XNEW5 C AVH-X2700BT/XNUW5 D AVH-X2750BT/XNRC E AVH-X2750BT/XNRD F AVH-X2750BT/XNRI G AVH-X2790BT/XNID AVH-X2700BS/XNUC 5
6
7
8
F
23
1
2
3
4
4
A
5
A m 0 . 5 0 3
B SERVICE UNIT(MONITOR)
A m 6 . 9 2 3
6.2inch typ
252.1
mA
6.2inch typ
max 272.1 mA
6.2 typ max
133.3 274.8
230.1 mA
max 230.1 mA
mA mA
B
6 .2 .2 typ 1 22 22 .1 .1 mA max208 ma x208.3 .3 mA
C
D
E
F
24
AVH-X2700BS/XNUC 1
2
3
4
5
6
7
8
A
BLEN LED Current Generator
OZ527ILN 6.2 0.39
W
typ max
140.0mA 140.0mA
LCD Backlight
RGB Illumination
140.0mA 140.0mA CWX4348-A(6.2inch)
8.55V
9.60V
10.65V
-
-
-
22.0mA
42.0mA
0.5mA
1.0mA
17.0V
18.0V
19.0V
-6.6V
-6.0V
-5.4V
SMLVN6RGB2UK(B) (6.2 inch)
LCDEN
VDDG
LCD Power Supply R1290K103 6.2inch
0.21
6.2 typ 31.0 max 53.0
W
18V
mA mA
B
E VEEG L U -6V D O M D C 9.2V L
0.5mA
1.0mA
30.0mA
35.0mA
9.0V
9.2V
9.4V
3.3V
10.0mA
15.0mA
3.0V
3.3V
3.6V
CWX4348-A(6.2inch)
Gradation
10.0mA
CWX4348-A(6.2inch)
9.2V
COMDC
6.0mA
CWX4348-A(6.2inch)
9.2V
Touch Panel
50.0mA
AK4187VN
Remote Control Sensor
1.2mA
1.5mA
RS-470
2.7V
3.0V
3.6V
2.7V
3.3V
5.5V
C
D
E
F
AVH-X2700BS/XNUC 5
6
7
8
25
1
2
3
4
5. DIAGNOSIS 5.1 OPERATIONAL OPERATIONAL FLOWCHART A
RESET
VDD : pin 26
VDD = 3.3V? Y
: bsens :
B
pin 124
bsens = =
L?
Y : asens :
pin 125
= asens =
L?
Y
C
LS2_STB : pin 31 LS2_STB : LS2_STB = LS2_STB = H? Y
ASENBO : pin 112
D
DDCCLK : pin 73
VDCNT5 : pin 77 VDCNT8 : pin 78
Standby ASENBO ←H
DDCCLK←Clock Out (Frequency of 413.9kHz)
VD5, 8←H LCDPW, GEPW11←H
LCDPW : pin 81 GEPW11 : pin 37
E
SYSPW : pin 74
Starts Communication with Display microcomputer SYSPW ←H EV58CNT←H
EV58CNT:pin 62 Source keys operate ↓ Source ON
F
26
AVH-X2700BS/XNUC 1
2
3
4
5
6
7
8
5.2 INSPECTION METHOD OF PICKUP UNIT UNIT Disc to be used CD-DA : TCD-782 DVD-Video : TDV-582(GGV1025) TDV-582(GGV1025)
A
Exact judgment cannot be performed if the disk to be used has a crack and dirt. Be careful of handling of a disk enough.
Execution method Refer to the following following page for the details of the check 1 and the check 2. B
Replace the CRG chassis
START
PU Lighting?
No
Please perform the usual diagnosis.
RF level check
Yes
Check1
LD current check Check2 Is it OK?
No
C
Error rate check
Replace the CRG chassis
Yes
Is it OK? No Yes RF level check
No
Yes
PICK UP cleaned?
No
Perform lens cleaning
Yes
D
Replace the CRG chassis
Check2 Error rate check
Is it OK? No Yes
PICK UP cleaned?
No
Perform lens cleaning
Yes Replace the CRG chassis
E
Ckeck parts other than PICK UP
Finished
F
AVH-X2700BS/XNUC 5
6
7
8
27
1
2
3
4
Check1 : LD current check
A
Status: [Foucs closed] of TEST MODE No. 1
Disc GGV1025
Check Point DVDLD1 - VCC5_PU
Threshold
Remarks: LD current
120 - 780 (mV)
10 - 65 (mA)
DVDLD1 B
VCC5_PU C
N o. 2
Di sc TCD-782
Check Point CDLD1 - VCC5_PU
Threshold
Remarks: LD current
150 - 900 (mV)
10 - 60 (mA)
D
CDLD1
E
VCC5_PU
F
Notes: Please pay attention to the laser diode damage by static electricity.
28
AVH-X2700BS/XNUC 1
2
3
4
5
6
7
8
Check : RF level
A
ASMAX value shows the value of RF level. Status: [Foucs closed] of TEST MODE No.
Check Point
Disc
Remarks
Threshold
1
GGV1025
8 digits value of ASMAX on display
more than 0000 0B00
2
TCD-782
8 digits value of ASMAX on display
more than 0000 0E00 B
C
Check2 : Error rate check Status: [Tracking Closed] of TEST MODE No.
Disc
Check Point
Remarks
Threshold
1
GGV1025
ID:40000
less than 1.000E-3
2
GGV1025
ID:200000
less than 1.000E-3
3
TCD-782
ID:HOME Position
D
less than 2.500E-3
E
F
AVH-X2700BS/XNUC 5
6
7
8
29
1
2
3
4
5.3 DIAGNOSIS FLOWCHART Refer to the DVD Mechanism Module Manual CX-3311 (CRT5651). A
5.4 ERROR CODE LIST
Error status
B
C
D
UART *2
OSD *1
ACC Off/On
Meaning
Method of reset Source Eject/ Play Key With no device Off/On
Media Error
UNPLAYABLE DISC
00h
A disc containing the unplayable format only
X
X
X
-
Read Error Focus Error(Focus Error in mechanism set up)
ERROR-02-99
20h
Transfer start error Tr
X
X
X
X
ERROR-02-90
21h
Focus error
X
X
X
X
-
-
X
-
Surface Error
ERROR-02-9E
22h
Focus error during set up (A focus has never been achieved with that disc)
Address not found (Invalid Track)
ERROR-02-80
23h
Address not found Ad
X
X
X
X
Spindle Lock
ERROR-02-91
24h
Spindle lock NG(the disc cannot rotate)
X
X
X
X
X
X
X
X
X
X
X
X
X X
X X
X X
X X
X
X
X
X
X
X
X
X
X
-
-
-
*
*
*
*
X
-
X
-
X
X
X
-
X
X
X
-
Carriage HOME
ERROR-02-92
ID/SUBCODE Read Error
ERROR-02-94
AV CHIP decode Error AV CHIP Recovery NG Error of PLAY BACK Mode Status Disc Data Error Temp Error (In Case of High Temperature) No Disc (including Disc loading and ejecting)
ERROR-02-9A ERROR-02-9B
Carriage home NG 25h (The pick up tries to return to carriage home, but it cannot go back and stopped) ID/SUBCODE Read Error (ID/SUBCODE cannot 26h be read due to scratch or stain) 2Ah AV CHIP decode NG(AV chip cannot be decoded) 2Bh AV CHIP recovery NG Playback state error 2Ch (An error due to software bug) 2Dh Disc Data NG
ERROR-02-9C ERROR-02-9D THERMA THE RMAL L PROT PROTECT ECTION ION IN MOT MOTION ION
High temperature(Playback is stopped because 30h the pickup is high temperature)
(No display)
40h
Loading_Mecha Error
(No display)
50h
DRM Error
PROTECTED DISC
Region code Error
DIFFERENT REGION DISC
Disc has not been inserted (Including Load in process or Eject in process)
Loading mechanism error (The disc cannot be clamped) DRM error (All music cannot be played back due 70h to DRM) Region code NG (Unable to be played back due 90h to incorrect mechanism region)
CPRM*7 Key Error *8
UNPLAYABLE DISC
93h
Key Error for playback
X
X
X
-
REQUEST Error Failure in issuing read command (chip dependent) Adjustment of L0 is NG Adjustment of L1 is NG LD system NG Gain adjustment system NG Gain determining system NG Servo initial setting related items NG Disc is not clamped yet Tracking system NG Media setting system NG Focus Error Error of PLAY BACK Mode Status Error of PLAY BACK Mode Status DivX DRM Information Update Error *10 Undefined Error
ERROR-02-A0
A0h
REQUEST_error
X
X
X
X
ERROR-02-A1
A1h
Failure in issuing the read command
X
X
X
X
ERROR-02-A2 ERROR-02-A3 ERROR-02-A4 ERROR-02-A5 ERROR-02-A6 ER ERROR-02-A7 ERROR-02-A8 ERROR-02-A9 ERROR-02-AA ERROR-02-AB
A2h A3h A4h A5h A6h A7h A8 h A9 h AAh ABh
L0 L 0 adjustment is NG L 1 adjustment is NG L1 LD system NG Gain adjustment system NG Gain determining system NG Servo initial setting related items NG Disc is not clamped yet Tracking system NG Tr Media setting system NG JUMP over layers NG
X X X X X X X X X X
X X X X X X X X X X
X X X X X X X X X X
X X X X X X X X X X
ERROR-02-B0
B0h
Navigation command error
X
X
X
X
ERROR-02-B1
B1h
Retry over
X
X
X
X
ERROR-02-C1
C1h DivX DRM inofrmation update error
X
-
-
-
ERROR-FF-FF
FFh Undefined error
X
X
X
X
X : Cancel the error by operation. - : Error is not cancelled by operation. * : No setting *1 A content displayed on OSD. As for the items having multiple display patterns, the upper row is for the Japanese version Full GUI, and the lower row is for the Touch Panel model and Full GUI (English version). *2 A parameter of UART command, such as “receipt error notice”, that the DVD mechanism transmits. *7 CPRM(Content Protection for Recordable Media) : A copyright protection technique for digital contents used for re-writable DVD or memory card. *8 DVD-VR model only. *10 This occurs when the DRM information update notice is sent from the DVD mecha but no DRM information update response is returned.
E
F
30
AVH-X2700BS/XNUC 1
2
3
4
5
6
Common
7
8
Subscription Updated Press Enter to Continue This product has detected a change in your SiriusXM subscription status. — Touch [Enter [ Enter]] to clear the message.
A
AMP Error This product fails to operate or the speaker connection is incorrect; the protective circuit is activated. — Check the speaker connection. If the message fails to — Check the power IC and its peripheral circuit.
Channel Not Subscribed. Call Sirius XM to Subscribe. The channel that you have requested is not included in your SiriusXM subscription package. — Check the content of your SiriusXM subscription package.
Product overheat. System will be shut down automatically in 1 minute. Restart the product by ACC Off/On may fix this problem. If this message keep showing up, it is possible that some problem occurred in the product. The temperature is too high for this product to operate. — Follow the instructions displayed on the screen. If this does not solve the problem, contact your dealer or an authorized Pioneer Station for assistance.
Channel Locked Please Enter the Lock Code Locked by the radio Parental Control feature. — Release the channel lock.
Artist Unavailable The alert memo function function is not available. — Perform the operation with another channel.
Song Unavailable The alert memo function function is not available. — Perform the operation with another channel.
B
Pandora Error-19 Communication failed. — Disconnect the cable from the iPod. Once the iPod’s main menu is displayed, reconnect the iPod and reset it.
Skip limit reached. Skip limit limit reached. — Do not exceed the skip limit. — Due to music licensing restrictions, Pandora limits the total number of skips per hour.
Team Unavailable The alert memo function function is not available. — Perform the operation with another channel.
Alert Memory Full You can manage alert memory in the alert list The memory is full. full. — Clear the alert list.
Memory Full The memory has become full while playback was paused. — Resume playback.
Check Device Device error message displayed in Pandora application. — Please check your connected device.
Memory Nearly Full The memory has become nearly full full while playback was paused. — Resume playback.
Incompatible USB The connected USB storage device is not supported by this product. — Disconnect your device and replace it with a compatible USB storage device.
Check USB The USB connector or USB cable has short-circuited. — Check that the USB connector or USB cable is not caught in something or damaged. The connected USB storage device consumes more than maximum allowable current. — Disconnect the USB storage device and do not use it. Turn the ignition switch to OFF OFF,, then to ACC or ON and then connect a compliant USB storage device.
C
Disc Error-02-XX/FF-FF The disc is dirty. dirty. — Clean the disc. The disc is scratched. — Replace the disc. disc. The disc is loaded upside down. — Check that the disc is loaded correctly. There is an electrical electrical or mechanical error. error. — Press the RESET RESET button. button.
Different Region Disc The disc does not have the same region number as this product. — Replace the DVD with one bearing the correct region number.
SiriusXM Satellite Radio Check Antenna The antenna connection is incorrect. — Check the antenna connection. If the message fails to disappear even after the engine is switched off/on, contact your dealer or the nearest authorized Pioneer service center for assistance.
D
Unplayable Disc This type of disc cannot be played on this product. — Replace the disc with one that can be played on this product.
Check Tuner The SiriusXM Connect Vehicle Vehicle Tuner Tuner connection is incorrect. — Check the tuner connection and battery voltage. IfIf the message fails to disappear even after the engine is switched off/on, contact your dealer or the nearest authorized Pioneer service center for assistance.
Unplayable File This type of file cannot be played on this product. — Select a file that can be played.
No Signal The SiriusXM Connect Vehicle Vehicle Tuner Tuner is having difficulty receiving the SiriusXM satellite signal. — Verify that your vehicle is outdoors with a clear view of the southern sky. — Verify that the SiriusXM magnetic mount antenna is mounted on a metal surface on the outside the vehicle. — Move the SiriusXM antenna away from any obstructions.
Protect All the files on the inserted disc are embedded with DRM. — Replace the disc. disc.
No Content TuneScan is TuneScan is not available. — Perform the operation with another preset channel.
This DivX rental has expired. The inserted disc contains expired DivX VOD content. — Select a file that can be played.
Channel Not Available The channel that you have requested is not a valid SiriusXM channel. — Check the SiriusXM channel lineup.
Video resolution not supported Files that cannot be played on this product are included in the file. — Select a file that can be played.
Skipped The inserted disc contains DRM protected files. — The protected files are skipped.
E
TEMP The temperature of this product is outside the normal operating range. — Wait until this product returns to a temperature within the normal operating limits.
Unable to write to flash memory. The playback history for VOD contents cannot be saved for some reason. — Retry. — If the message appears frequently, consult your dealer. dealer.
F
AVH-X2700BS/XNUC 5
6
7
8
31
1
A
2
3
iTunes tagging
Your device is not authorized to play this DivX protected video. This product’s DivX registration code has not been authorized by the DivX VOD contents provider. — Register this product to the DivX VOD contents provider. provider.
Error-8D Built-in FLASH ROM encountered an error. error. — Turn the ignition switch switch to OFF and then to ON.
Tag store failed. Tag information information cannot be stored in this product. — Try again.
Video frame rate not supported DivX file’s frame rate is more than than 30 fps. — Select a file that can be played.
Already stored. This tag information is already stored in in memory. — Tag information can only be saved once for any given song. Tag information cannot be saved for the same song more than once.
Audio Format not supported This type of file is not supported on this product. — Select a file that can be played.
Memory full. Connect iPod. The tag information is successfully stored. The flash memory of this product has become full. — The tag information on this product is transferred to the iPod automatically when an iPod is connected.
USB storage device B
Error-02-9X/-DX Communication failed. — Turn the ignition ignition switch OFF and back ON. — Disconnect the USB storage device. — Change to a different source. Then, return to the USB storage device.
Memory full. Tags not stored. Connect iPod. This product’s flash memory used as the temporary storage area is full. — The tag information on this product is transferred to the iPod automatically when an iPod is connected.
Unplayable File This type of file cannot be played on this product. — Select a file that can be played. Security for the connected USB storage device is enabled. — Follow the USB storage device instructions to disable security.
iPod full. Tags not transferred. Memory used for tag information on the iPod iPod is full. — Sync the iPod with iTunes and clean up the tagged playlist.
Skipped The connected USB storage device contains DRM protected files. — The protected files are skipped.
C
Protect All the files on the the connected USB storage device are embedded with DRM. — Replace the USB storage device.
Check USB The USB connector or USB cable is short-circuited. — Check that the USB connector or USB cable is not caught in something or damaged. The connected USB storage device consumes more than maximum allowable current. — Disconnect the USB storage device and do not use it. Turn the ignition switch to OFF OFF,, then to ACC or ON and then connect a compliant USB storage device.
Video resolution not supported Files that cannot be played on this product are included in the file. — Select a file that can be played.
USB was disconnected for device protection. Do not reinsert this USB memory into the unit. Please reset the unit. The USB connector or USB cable is short-circuited. — Check that the USB connector or USB cable is not caught in something or damaged. The connected USB storage device consumes more than maximum allowable current. — Disconnect the USB storage device and do not use it. Turn the ignition switch to OFF OFF,, then to ACC or ON and then connect a compliant USB storage device. The USB interface cable for iPod iPod / iPhone is short-circuited. — Confirm that the USB interface cable for iPod / iPhone or USB cable is not caught in something or damaged.
Audio Format not supported This type of file is not supported on this product. — Select a file that can be played.
MirrorLink The application list could not be read out. Failed to load the application list. — Disconnect the cable from the smartphone, and then connect the smartphone again after a few seconds. — Turn the ignition switch switch to OFF and then to ON. If the error message is still displayed after performing the above action, reset the smartphone. If the error message is still displayed after performing the above action, please contact your dealer or an authorized Pioneer Service Station.
There is no supported application on your MirrorLink device. No supported applications can be found. — Install MirrorLink compliant compliant applications to your MirrorLink device. device.
Communication error occurred. There was a communication error. — Disconnect the cable from the smartphone, and then connect the smartphone again after a few seconds. — Turn the ignition switch switch to OFF and then to ON. If the error message is still displayed after performing the above action, reset the smartphone. If the error message is still displayed after performing the above action, please contact your dealer or an authorized Pioneer Service Station.
Launching the application failed. Failed to launch the application. application. — Try again.
iPod Error-02-6X/-9X/-DX iPod failure. — Disconnect the cable from the iPod. Once the iPod’s main menu is displayed, reconnect the iPod and reset it.
F
Error-10 The power failed for the Bluetooth Bluetooth module of this product. — Turn the ignition switch switch to OFF and then to ON. If the error message is still displayed after performing the above action, please contact your dealer or an authorized Pioneer Service Station.
Incompatible USB The connected USB storage device is not supported by this product. — Disconnect your device and replace it with a compatible USB storage device.
E
Tag transfer failed. Reconnect your iPod. This product’s tag information cannot transfer transfer to the iPod. — Check the iPod and try again.
Bluetooth
D
4
Failed to display the screen of your device because of irregular resolution. The image size is too large. — The size of the images transferred from the device device exceeds 800 × 480.
Error-02-67 The iPod firmware version is old. — Update the iPod iPod version.
32
AVH-X2700BS/XNUC 1
2
3
4
5
6
7
8
5.5 CONNECTOR FUNCTION DESCRIPTION DESCRIPTI ON WIRED REMOTE CONTROL (AVH-X2700BS/XNUC) BT MIC i DATA LINK SXI-BUS INPUT
REARVIEW VIDEO REAR MONITOR CAMERA INPUT INPUT VIDEOOUTPUT
A
B
C
USB IF
AUDIO INPUT
FRONT REAR SUBWOOFER PRE-OUT
AUX FM/AM INPUT ANTENNA INPUT
POWER SUPPLY
NAVI INTERFA INTER FACE CE 26
2 15 13 11 11 9 7 5 3 1
D
25
1
16 14 12 12 10 10 8 6 4 2
1. 2. 3. 4. 5. 6. 7. 8.
FL+ FR+ FLFRRL+ RR+ RLRR-
9. 10. 11. 12. 13. 14. 15. 16.
1 : CCR 2 : CCG 3 : CCB 4 : CSYNC 5 : GNDSIG 6 : HSYNC 7 : GNDD 8 : VSYNC 9 : ASENBO
P. BRA BRAKE KE TELMUTE ILM BREM/AANT ACC REV B.UP GND
10 : CCAUL 11 : CCAUR 12 : GNDAU 13 : ONSEI+ 14 : ONSEI 15 : IPSDA 16 : IPSCL 17 : NC 18 : IPVCLK
19 : DSEN 20 : TVON 21 : GUIDE ON 22 : MONON 23 : IP5V 24 : SYS TO NAVI 25 : NAVI TO TO SYS 26 : GNDD
E
SXI-BUS INPUT
1 2 3 4 5
SXiL SXiTX NC SXiR SXiG
6 7 8 9 10
SXiRX NC GND SXi PW SXiPW
AVH-X2700BS/XNUC 5
6
7
8
F
33
1
2
3
4
3
4
6. SERVICE MODE 6.1 MONITOR TEST MODE A
MONITOR TEST MODE MENU SCREEN Method for Mode IN While pressing [FORWARD] + [VOL+] key, restart the system.
Display specification
B
Operational description Selection cursor up movement Sele Select ctio ion n curso cursorr down down move moveme ment nt Menu enter
Remote controller key Up Down Down Band
C
D
E
F
34
AVH-X2700BS/XNUC 1
2
5
6
7
8
1. Version Information Method for Mode IN
A
While pressing [Mute] + [Reverse] key, restart the system. Choose “1. Version Information” among the Monitor Test Menu screen.
Display specification Page: 1
B
When Navi is connected : Connect When Navi is not connected : When set value initialization is performed normally : Init OK When set value initialization is not performed normally : When Eject Lock is on : ON When Eject Lock is canceled : OFF Operational description Return to test mode menu Page up Page down
C
Remote controller key RETURN NEXT PREV
Page: 2
Page: 3
D
E
Page: 4
Page: 5
F
AVH-X2700BS/XNUC 5
6
7
8
35
1
2
3
4
2. Touch Panel Test Method for Mode IN
A
While pressing [Mute] + [Reverse] key, restart the system. Choose “2. Touch Panel Test” among the Monitor Test Menu screen.
Display specification Top menu
B
Condition that the mark meaning adjustment is completed, (*) is lit (the mark is lit when any of one condition is satisfied) Outermost circle check -1 When “Outermost circle check of line calibration-1” is finished normally When “Outermost circle check of line calibration-2” is finished normally -> Since “Outermost circle check of line calibration-2” includes “Outermost circle check of line calibration-1.” Outermost circle check -2 When “Outermost circle check of line calibration-2” is finished normally Calibration check When “Calibration check of line calibration” is finished normally
C
Condition that the mark meaning adjustment is completed, (*) is extinguished (the mark is extinguished when any of one condition is satisfied) Outermost circle check -1 When “conditions that the mark is lit” are not satisfied When “Data Initialize is executed” When “EEPROM initialize is executed” Outermost circle check -2 When “conditions that the mark is lit” are not satisfied When “Outermost circle check of line calibration-1” is finished abnormally -> Since “Outermost circle check of line calibration-2” includes “Outermost circle check of line calibration-1.” When “Data Initialize is executed” When “EEPROM initialize is executed” Calibration check When “conditions that the mark is lit” are not satisfied When “Data Initialize is executed” When “EEPROM initialize is executed”
D
E
Operational description Return to test mode menu Selection cursor up movement Sele Select ctio ion n curso cursorr down down move moveme ment nt Menu enter
Remote controller key RETURN Up Down Down Band
F
36
AVH-X2700BS/XNUC 1
2
3
4
5
6
7
8
1. Effective Area Calibration - 1 Outermost circle check screen
A
First point
Second point
B
Operational description Check is interrupted
Remote controller key Band
Outermost circle check result screen Finished normally
Finished abnormally
C
Operational description Check is finished
Remote controller key Band
D
2. Effective Area Calibration - 2 Outermost circle check screen First point
Second point
E
F
AVH-X2700BS/XNUC 5
6
7
8
37
1
2
3rd point
3
4
4th point
A
Operational description Check is interrupted
B
Remote controller key Band
Outermost circle check result screen Finished normally
Finished abnormally
C
Operational description Check is finished
Remote controller key Band
3. 16 Point Calibration
D
Calibration check screen
E
Touch the cursor [+] displayed on the screen. By touching it correctly, it disappears and another cursor appears. By repeating this action 16 times, obtain calibration value of each [+]. When touching the last 17th cursor, calibration values at 16 points and information of normal finish in 17 bytes are written in EEPROM and the screen returns to TOP menu by pressing a key.
F
38
AVH-X2700BS/XNUC 1
2
3
4
5
6
7
8
A
Operational description Return to top menu
Remote controller key Band
B
Calibration check result screen
C
Operational description Return to top menu
Remote controller key Band
4. Touch Panel Coordinates Test D
[+] is displayed at a touched place. (Two [+] are displayed by touching two places.)
E
Operational description Return to top menu
Remote controller key RETURN
F
AVH-X2700BS/XNUC 5
6
7
8
39
1
2
3
4
5. Calibration Test Calibration confirmation screen
A
B
Touch the cursor [+] displayed on the screen. By touching it correctly, it disappears and another cursor appears. Otherwise, the cursor is displayed in red. Repeating this action for 4 points and by pressing the last 4th point, “O.K.” is displayed.
C
Operational description Return to top menu
Remote controller key RETURN
Calibration confirmation result screen D
E
Operational description Return to top menu
Remote controller key RETURN
F
40
AVH-X2700BS/XNUC 1
2
3
4
5
6
7
8
6. Data Initialize A
B
Condition that the mark meaning adjustment is completed, (*) is lit (the mark is lit when any of one condition is satisfied) Outermost circle check When “Outermost circle check of line calibration-1” is finished normally When “Outermost circle check of line calibration-2” is finished normally Calibration check When “Calibration check of line calibration” is finished normally Outermost circle check of user calibration When “Outermost circle check of user calibration” is finished normally User calibration check When “Calibration check of user calibration” is finished normally
C
Condition that the mark meaning adjustment is completed, (*) is extinguished (the mark is extinguished when any of one condition is satisfied) Outermost circle check When “conditions that the mark is lit” are not satisfied When “Data Initialize is executed” When “EEPROM initialize is executed” Calibration check When “conditions that the mark is lit” are not satisfied When “Data Initialize is executed” When “EEPROM initialize is executed” Outermost circle check of user calibration When “conditions that the mark is lit” are not satisfied When “Data initialize is executed” When “EEPROM initialize is executed” When Outermost circle check of line calibration or 16-point adjustment is finished normally after Outermost circle check of user calibration is finished normally User calibration check When “conditions that the mark is lit” are not satisfied When “Data initialize is executed” When “EEPROM initialize is executed” When Outermost circle check of line calibration or 16-point adjustment is finished normally after 16-point adjustment of user calibration is finished normally Operational description Return to test mode menu Selection cursor up movement Sele Select ctio ion n curs cursor or down down move moveme ment nt Menu enter
D
E
Remote controller key RETURN Up Down Down Band
F
AVH-X2700BS/XNUC 5
6
7
8
41
1
2
3
4
3. EEPROM Adjustment Method for Mode IN
A
Choose “3. EEPROM Adjustment” among the Monitor Test Menu screen.
Display specification Top menu
B
Operational description Return to test mode menu Selection cursor up movement Sele Select ctio ion n curso cursorr down down move moveme ment nt Menu enter
Remote controller key RETURN Up Down Down Band
C
1. Flicker Adjustment 1 dot stripe image of black and gray (50% white) will appear. Adjust the number to minimize the flicker. < Flicker Adjustment >
Flicker adjustment image (lattice) D
COM DC
Operational description Return to top menu -1 +1
Remote controller key RETURN REV FF
E
Following items in EEPROM Adjustment menu are not used on service.
F
42
AVH-X2700BS/XNUC 1
2
3
4
5
6
7
8
4. EEPROM Initialize Method for Mode IN
A
Choose “4. EEPROM Initialize” among the Monitor Test Menu screen.
Display specification Confirmation screen
B
Operational description Return to test mode menu Selection cu cursor le left mo movem vement Sele Select ctio ion n curs cursor or righ rightt move moveme ment nt Menu enter
Remote controller key RETURN REV FF Band C
D
E
F
AVH-X2700BS/XNUC 5
6
7
8
43
1
2
3
4
3
4
5. Display Test Method for Mode IN
A
Choose “5. Display Test” among the Monitor Test Menu screen.
Display specification Top menu
B
Operational description Return to test mode menu Selection cursor up movement Sele Select ctio ion n curso cursorr down down move moveme ment nt Menu enter
Remote controller key RETURN Up Down Down Band
C
1. Ramp & 10step Display of step signals and signals for alpha blend check. Right-white 64step
Alpha blend set value (in hexadecimal)
D
Operational description Return to test mode menu Alpha blend Up (+0x10) Alpha blend Down (-0x10) Alpha blend Up (+0x01) Alpha blend Down (-0x01) Pattern change
E
Remote controller key RETURN Up Down FF REV Band
F
44
AVH-X2700BS/XNUC 1
2
5
6
7
8
2. Monochrome Stripe Display of monochrome stripe signals.
A
Monochrome stripe (Vertical)
B
Operational description Return to test mode menu Pattern change
Remote controller key RETURN Band
3. Color Bar Display of color bar signals.
C
Color bar (Vertical)
D
Operational description Return to test mode menu Pattern change
Remote controller key RETURN Band
E
F
AVH-X2700BS/XNUC 5
6
7
8
45
1
2
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4. RGB RGB is plotted in the following pattern: R:100% -> R:50% -> G:100% -> G:50% -> B:100% -> B:50% -> Magenta:100% -> Magenta:50% -> Cyan:100% -> Cyan:50% -> Yellow:100% -> Yellow:50% -> Black -> Gray -> White -> Green & Magenta dot signal (The display of the screen will be changed in 1 second.)
A
R: 100%
B
Operational description Return to test mode menu Stop / restart of auto display
Remote controller key RETURN Band
C
5. Raster Signal Display of signals for step confirmation. White 0%
D
Operational description Return to test mode menu Pattern change
Remote controller key RETURN Band
E
F
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6. Contrast Display of Black / White signals.
A
Black
B
Operational description Return to test mode menu Pattern change
Remote controller key RETURN Band
7. Center Marker Display of signal for screen central location setting.
C
Center marker
D
Operational description Return to test mode menu
Remote controller key RETURN
E
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6. Rear Video Output Test Method for Mode IN
A
Choose “6. Rear Video Output Test” among the Monitor Test Menu screen.
Display specification On this Rear Video Output Test mode, test signals appear only on the rear video output terminal. Top menu
B
Operational description Return to test mode menu Selection cursor up movement Sele Select ctio ion n curso cursorr down down move moveme ment nt Menu enter
C
Remote controller key RETURN Up Down Down Band
1. RGB RGB is plotted in the following pattern: R:100% -> R:50% -> G:100% -> G:50% -> B:100% -> B:50% -> Black -> Gray - > White signal (The display of the screen will be changed in 1 second.) R: 100% D
E
Operational description Return to test mode menu Stop / restart of auto display
Remote controller key RETURN Band
F
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2. Color bar Display of color bar signals.
A
Color bar (Vertical)
B
Operational description Return to test mode menu
Remote controller key RETURN
3. Ramp & 10step C
Display of step signals and signals for alpha blend check. Right-white 64step
D
Operational description Return to test mode menu (+0x10) Alpha blend Up Alpha blend Down (-0x10) Alpha blend Up (+0x01) Alpha blend Down (-0x01) Pattern change
Remote controller key RETURN Up Down FF REV Band
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1
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3
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3
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4. Raster Signal Display of signals for step confirmation.
A
White 0%
B
Operational description Return to test mode menu Pattern change
Remote controller key RETURN Band
5. Center Marker
C
Display of signal for screen central location setting. Center marker
D
Operational description Return to test mode menu
Remote controller key RETURN
E
F
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6. Multiburst Display of multiburst signal.
A
Multiburst
B
White 94dot
Gray 30dot
Stripe 9dot width
Gray Stripe 30dot 4dot width
Gray 30dot
Operational description Return to test mode menu
Stripe 3dot width
Gray 30dot
Stripe 2dot width
Gray 30dot
Stripe 1dot width
Gray 30dot
Remote controller key RETURN
C
D
E
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6.2 DVD TEST MODE The service test mode is used to check functions in fault diagnosis by a serviceman in case of any defect found in the DVD mecha. This mode is enabled only when the test mode is activated. At this time, no normal operation is executed.
A
1. Outline The service test mode is used to check functions in fault diagnosis by a serviceman in case of any defect found in the DVD mecha. No general user goes into this mode. The mode is implemented mainly to check the FE part. It is originally the test mode at the FE part implemented in the PC communication, which is modified to allow implementation in the HOST communication. The command for the test mode received in the HOST communication is interpreted by the application part, converted to the PC communication command and transferred to the OS. The OS transfers this command to the PC task as if it received the command in the PC communication. The execution result is noticed to the application part by an e-mail instead of the PC communication. The application part then transmits the result in the HOST communication to display OSD.
B
2. Conditions for operation (1) This service test mode is enabled only when the test mode is activated. At this time, no normal operation is executed.
3. To enter the test mode. (1) [EJECT] key + [FORWARD] [FORWARD] key -> Turn on BUP and ACC. (2) DVD SOURCE SOURCE -> ON (3) Execute the test test mode using each key. C
D
Display on function flow (0) (1) (2) (3) (4) (5) (6) (7) (8) UP DOWN EJECT
Operation Key -
SOURCE
SRC
+ MUTE MENU TOP MENU AUDIO SUB TITLE ANGLE RETURN
EJECT
E
F
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Image of the test mode. Legend:
… Key operation
A
… Operation state … The content displayed on the DVD mechanism (video only) 8 characters data data is sent to the the product side (HOST) by UART communication. communication.
Start of the test mode. TEST
[Note] Higher level 4 characters only. Lower level 4 characters are spaces.
(1)
(2)
(3)
FE test selection
E DC1 test selecti on
Hereafter, to FE test mode image.
Hereafter, to EDC1 test mode image.
(4 )
(5 )
LD power on time mode selection
EDC2 test selection
Hereafter, to EDC2 test mode image.
Simple FE test mode
Hereafter, to simple FE test mode.
Hereafter, to LD power on time mode image.
[Note] In order to move on to another test after selecting a test (FE/EDC1/EDC2), it i s necessary to restart the DVD mechanism in the test mode.
B
Legend:
Image of the front end test mode.
… Key operation … Operation state … The content displayed on the DVD mechanism (video only) 8 characters data is sent to the product side (HOST) by UART communication. communication.
FE test mode
0X00 0000 (1) Power on 0FFF 0000
(2 )
(3)
FE offset coefficient TE offset coefficient AS offset coefficient ENV offset coefficient TG offset coefficient DBAL coefficient VIN1 offset cancel value VIN2 offset cancel value VIN3 offset cancel value VIN4 offset cancel value VIN5 offset cancel value VIN6 offset cancel value VIN7 offset cancel value VIN8 offset cancel value VIN9 offset cancel value
(4)
Disc type DVD2 layer
Disc type DVD1 layer
Disc type CD
0100 0000
0000 0000
(5)
0200 0000
EJECT
Disc type CD-RW
EJECT
0300 0000
C
1X00 0000
(2) F search
(6)
(5)
(3),(4)
(1) F close
CRG+/-
LD-ON/OFF
(7 )
CRG_HOME
CRG_OUTSIDER
1D00 0000
1E00 0000
(8) Power_OFF
S curve measurement 1FFF 0000
When LO-ON : 1100 0000 When LD-OFF : 1000 0000
Activates while the key is being pressed. 1B00 0000 : CRG+ 1C00 0000 : CRG-
1A00 0000 (2) F search STOP
[Note] If no action is taken for approximately 10 seconds after LD-ON, it will become LO-OFF automatically. If F close is selected during LD-OFF, it will become an error. During focus search (S character measurement mode), too, safety regulation applies if LD_OFF is not selected within 10 seconds. Therefore, even if focus search is selected after LD-ON, it will become LD-OFF after 9 seconds. In order to F close after focus search (S character measurement mode), set to Power_OFF first then power on again before F close.
1100 0000
Focus close state
D
FEMAX level FEMIN level ASMAX level ENVMAX level FE normalization coefficient Spindle gain coefficient TEMAX level indication TEMIN level indication
(2) 2x00 0000 (1) Tracking balance
2FFF 0000
(3),(4)
(2) Focus Jump
(8)
CRG+/-
When L0 layer : 2000 0000 When L1 layer : 2100 0000 TBAL coefficient (layer 0) TBAL coefficient (layer 1) TE normalization coefficient (layer 0) TE normalization coefficient (layer 1) Off track adjustment result
Power_OFF
It operates while the key is being pressed. 2B00 0000 : CRG+ 2C00 0000 : CRG-
E
3000 0000
(1)
(5)
(3),(4)
Tracking close
3FFF 0000
CRG+/-
(8) Power_OFF
RF level value
It operates while the key is being pressed. 3B00 0000 : CRG+ 3C00 0000 : CRG-
3FFF 0000 Tracking close state
A
FBAL coefficient (layer 0) FBAL coefficient (layer 1) Focus gain coefficient (layer 0) Focus gain coefficient (layer 1) Tracking gain coefficient (layer 0) Tracking gain coefficient (layer 1) AS normalization adjustment value (layer 0) AS normalization adjustment value (layer 1)
F
C
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1
2
3
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B
A
C
A 5000 0000 (1) RF level value indication start
RF level is informed every 500msec. (1) RF level value indication end
Tracking close state
B 4000 0000
(2)
(7 )
Error rate measurement
T.OPEN
Error rate Focus gain coefficient (layer 0) Focus gain coefficient (layer 1) Tracking gain coefficient (layer 0) Tracking gain coefficient (layer 1) AS normalization adjustment value (layer 0) AS normalization adjustment value (layer 1)
(8) Power_OFF
To (2)
FBAL coefficient (layer 0) FBAL coefficient (layer 1) Focus gain coefficient (layer 0) Focus gain coefficient (layer 1) Tracking gain coefficient (layer 0) Tracking gain coefficient (layer 1) AS normalization adjustment value (layer 0) AS normalization adjustment value (layer 1)
4x00 0000
(1) Error rate measurement
(2 ) Playback speed switching
Error rate Focus gain coefficient (layer 0) Focus gain coefficient (layer 1) Tracking gain coefficient (layer 0) Tracking gain coefficient (layer 1) AS normalization adjustment value (layer 0) AS normalization adjustment value (layer 1)
DVDX1.3 1.6CAV CDX4CLV: 4x00 0000
(5) Focus Jump
When L0 layer : 4x00 0000 When L1 layer : 4x00 0000
(6) ID Search
4A00 0000 (1)-(4) ID designation ID display
C Error occurrence
Error display (8)
L0 la layer L 0 l ay ay er er L1 layer L1 layer L0 layer layer L0 layer L1 layer L1 layer
DVD X CAV,CD X 2CLV D VD X 1C LV, CD CD X 1 CL V D VD X CAV DVD X 1CLV Change V V DVD X 1.3 - 1.6CAV, CD X 4CLV 4CLV DVD X 1CLV DVD X 1.3 - 1.6CAV DVD X 1CLV
:4000 00 0000 : 42 42 00 00 000 0 :4100 0000 :4300 0000 :4000 0000 :4200 0000 :4100 0000 :4300 0000
Power_OFF
(5 ) Search start
(3), (4)
(7)
T.Jump+/-
T.OPEN
Jump+ : 4B00 0000 Jump- : 4C00 0000
(8) Power_OFF
To (2)
(3) Track number designation Track number indication (5) Jump start
The higher 2 digits of the designated ID are the value showing the test state. The lower 6 digits show the ID. Example) If 300000 is desired to be designated as the ID, designated ID: 4A03 0000.
The number for designation of the track number shall be selected from the track numbers previously prepared. Switch to cyclic by (3). Fix by (4). For CD: Tracks 1, 4, 10, 11 and 32 For DVD: Tracks 1, 4, 10, 11, 32, 64 and 100 Change the method for ID address designation. Designation of digit by command (1) and (2). UP/DOWN of numbers by command (3) and (4). Fix by command (5).
Error occurrence at Power_OFF [Note] If an error occurs at Power_OFF, reset cannot be made. In such a case, it is necessary to turn the power off and start the test mode once again. Error display
D
E
F
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Legend:
EDC. Image of the test mode
8
… Key operation … Operational state
A
… The content displayed on the DVD mechanism (video only) 8 characters data is sent to the product side (HOST) by UART communication. EDC1/2 test mode
[Note] Image is the same for both EDC1 and EDC2.
0000 0000
(1)
(2)
[Note] Eject can be effected any time during the EDC test mode.
EJECT operation
Layer 0 selection
Layer 1 selection
0000 0000
0100 0000
1003 0000
1103 0000
Eject Test mode Eject B
After completion of EJECT operation
(1)-(4) ID designation Layer 0:10** **** Layer 1:11** **** [Note] ** **** is the ID designation value
(5) EDC1/2 start Layer 0:20** **** Layer 1:21** **** [Note] ** **** is the present ID designation value
**** **** [Note] **** **** is the present ID designation value
C
[Note] The display is updated at 0.5 seconds interval until 0/1 layer is selected or Eject is effected.
Image of the LD power on time mode. Legend:
… Key operation … Operational state
LD power on time mode
D
… The content displayed on the DVD mechanism (video only) 8 characters data is sent to the product side (HOST) by UART communication. communication.
0000 0000
(1) CD LD power on time indication
10** **** [Note] ** **** is the CD LD power on time.
(6)
(5)
(2)
CD LD power on time setting
DVD LD power on time indication
DVD LD power on time setting
20** **** [Note] ** **** is the DVD LD power on time.
40** ****
30** ****
[Note] ** **** is the setting time.
[Note] ** **** is the setting time.
(1)-(4) Setting time designation
(8)
(1)-(4) Setting time designation
(8)
(5)
(5)
E
Setting time registration
Setting time registration
10** ****
20** **** [Note] ** **** is the DVD LD power on time.
[Note] ** **** is the CD LD power on time.
[Method of setting time designation] Designate the digit by command (1) and (2). UP/DOWN of numbers by command (3) and (4). Fix by command (5). Cancel by command (8). [Note] If the power on time is 999999 hours or more, it is always reported as 999999 hours. [Note] If the power on time is “*E** ****”, the value may not be correct due to the life of the flash memory.
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Simple test mode The selection of the figure of each screen can be selected by "Key command for the test".
A
TEST MODE 1: LD ON 2: ASMAX 3: Skew Adjustment 4: Error Rate 5: CRG Move Outer 6: Eject Please Input Number
B
1 select
LD ON 1: DVD Single Layer 2: DVD Dual Layer 3: CD 4: CD-RW 5: Return
5 Return select
2 select
ASMAX
ASMAX
Skew Adjustment
select
Error Rate
Error Rate
DVD select
5: Return
D
Search ID 0x00100000
select RF Level display Update 500 msec.
Please Input Number
*1 Error Rate - Inner
1: Inner Measurement 2: Outer Measurement 3: Middle Measurement
3: CD
Please Input Number
1: Power OFF
RF Level : 000000 Now Running
ASMAX Level display
Skew Adjustment
value set RF Level
Pl ease Input Number
1: DVD Single Layer
select
Please Input Number
5: Return
5 Return select
1: Power OFF
ASMAX Level : 000000
Skew Adjustment
5 Return select
select
ASMAX
select
Now Running
1: DVD Single Layer
1: Power OFF
Please Input Number
ASMAX value set
Pl ease Input Number
C
4 select
select
Now Running
1: DVD Single Layer 2: DVD Dual Layer 3: CD 4: CD-RW 5: Return
LD ON
LD ON Completion
Pl ease Input Number
5 Return select
3 select
LD ON
Error Rate - Inner
Error Rate set
select
5: Return
5 Return select
Please Input Number
Now Running
1: 2: 3: 4: 5:
5 Return select
DVD Single Layer DVD Dual Layer CD CD-RW Return
CRG Move Outer
Error Rate - CD
Please Input Number
Error Rate display
*1 : The position in which select was done is displayed. Error Rate -CD DVD Inner DVD Outer DVD Middle CD CD
*1
Search CRG home position
CRG Move Outer
CRG Move Completion
select
select
Please Input Number
Now Running
CRG Move Outer
1: Power OFF
Error Rate : 000000 Search ID inner : 0x00040000 outer : 0x00200000 middle : 0x00100000
CD select
5 select
*1
Now Running
1: Power OFF
Please Input Number
select CRG moves to the most outer
ERROR
E
1: Power OFF
select
Code : 00000000 Please Input Number
ERROR
Code : 00000000 Please Reset
F
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6.3 DVD MECHANISM TOUCH PANEL PANEL TEST MODE For temporary analysis for service (for temporary analysis of user complaint for touch direct of DVD)
A
How to enter the system Hold FORWARD key and VOL+ key, press reset. Select DVD TOUCH PANEL TESTMODE.
Specifications of display B
C
[Content] 1. A white rectangle frame is displayed in menu.
D
E
2. If you touch the screen, a white cross image [+] is displayed to indicate that it is a pressed coordinate.
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7. DISASSEMBLY A
While the photograph shown is slightly different from this model in shape, the disassembly procedure is the same.
Removing the Monitor Assy (Fig.1)
1
Remove the two screws.
1
2
Release the eight latches.
3
Disconnect the connector and then remove the Monitor Assy.
B
1
Monitor Assy 2
2
2
2
3
C
2
2 2
2 Fig.1
Service Unit (Monitor)
Removing the Service Unit (Monitor) (Fig. 2)
1
Disconnect the four connectors.
2
Remove the four screws and then remove the Service Unit (Monitor).
2
2
D
1
1
1
2 1
2
1
2pin Cable from TFT LCD
E
1
FFC
Attention at assembly: When you connect the FFC and 2pin Cable from TFT LCD, set the 2pin Cable lower side.
F
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Removing the Service Unit (Keyboard) (Fig.3)
A
Holder(1)
Service Unit (Keyboard)
Remove the Holder(1).
1
1
1
Release the seven latches and then remove the Holder(2).
1
Remove the Service Unit (Keyboard).
1 Note: With this model, the Cushion of Touch Panel was attached using a jig in the factor y line.
B
1
1
1
Holder(2)
Fig.3
Removing the DVD Mechanism Module (Fig.4) DVD Mechanism Module
1
Remove the four screws.
2
Disconnect the connector and then remove the DVD Mechanism Module.
1
C
1
DVD Mechanism Module
1 D
1
Bracket 2
Attention at assembly: When installing the DVD Mechanism Module, pulling the Bracket to the DVD Mechanism Module, tighten the screws. Put the dowels of the DVD Mechanism Module in the slits of the Bracket securely.
E
Attention of removing Don’t remove this screws excluding the dismantlement of the DVD Mechanism Module.
Fig.4
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Removing the Heat Sink and the Holder (Fig.5)
A
Heat Sink
1
Remove the three screws.
2
Remove the two screws and then remove the Heat Sink and the Holder.
Holder 1
2
2
1
B
1
Fig.5
Removing the Service Unit (Mother I/F) (Fig.6)
1
Service Unit (Mother I/F)
Remove the two screws.
C
1
1
2
Remove the four screws.
D
2
2
2
2
Bracket E
3
Slide the Bracket in the direction indicated by an arrow and then release the dowel. (Left side and Right side) Remove the Bracket.
3 Attention at assembly: When installing the Bracket, put the dowels of the Chassis in the slits of the Bracket securely.
F
dowel
60
Fig.6
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Removing the Interface PCB and the Mother PCB (Fig.7)
1
Disconnect the connector.
2
Straighten the tab at location indicated.
3
Remove the two screws and then remove the Interface PCB.
A
Interface PCB 3 2
1 4
4
3 4
Remove the four screws and then remove the Mother PCB.
B
4
4
Mother PCB Fig.7
C
D
E
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8. EACH SETTING AND ADJUSTMENT 8.1 DVD ADJUSTMENT A
This product uses 5 V and 3.3 V as standard voltages. The electrical potential that is the reference for signals, is not GND, but VREF (approximately 2.2 V) and VHALF (approximately 1.65 V) . During product adjustments, if the reference voltage is mistakenly taken as GND, and a grounding contact is made, not only would it be impossible to measure the accurate electrical potential, but also the servo motor would malfunction, resulting in the application of a strong impact on the pick up. The following precautionary measures should be strictly adhered to, in order to avoid such problems. The reference voltage and GND should not be confused when using the minus probe of a measurement device. When an oscilloscope is being used special care should be taken to make sure that the reference voltage is not connected to the probe of ch1 (on the minus side), while the probe of ch2 ( on the minus side), is connected to GND. Further, since the body frame of most measurement devices have the same electrical potential as the minus side of the probe, the body frame of the measurement device should be set to floating ground. If the reference voltage is connected to GND by mistake, turn the regulator OFF immediately, or turn the power OFF.
B
Remove the filters and wires used for measurements only after the regulator has been turned OFF. After the power supply is turned on, regulator ON the following adjustment and measurement are promptly done. Whenever the product is in the test mode, the software will not take any protective action. For this reason, s pecial care should be taken to make sure that no mechanical or electrical shock could be applied to the product when taking measurements in the test mode. Whenever the EJECT key is pressed to eject the disk, no other keys, other than the EJECT key, should be pressed until the disk eject action has been completed. Press the EJECT key only after the disk has stopped completely. If the product hangs up turn the power OFF immediately. Don't touch the volume for laser power adjustment other than the time of POWER adjustment. (Laser diode may be damaged.)
C
D
E
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- Power Adjustment Power Adjustment
A
To turn VR of the circuit for Power adjustment and adjust the optical output level of PU laser diode to make the level of signal (RF signal) read from the media appropriate level during the reproduction of media, CD and DVD. It has been decided that Power adjustment circuit (circuit from IMON to CDMP, DVDMP) which adjusts the optical output level of PU laser diode should be installed on DVD Core Unit in the DVD mecha module. Therefore, in the replacement of CRG mecha (with PU unit) and DVD Core Unit, Power adjustment should be implemented. The Power adjustment method of mecha module is shown below.
Items to be Prepared Measuring instrument: Oscilloscope (digital or analog) Frequency band of oscilloscope in DVD whose frequency is higher than CD Adjustable 10 MHz and higher (enough to check the level) (In LS2, DVD (x 1.5CLV) MAX RF 6.55 MHz / DVD (x 1.5CLV) MIN RF 1.40 MHz) DISC: DVD TEST DISC (TDV-582 or TDV-520) Almedio CD TEST DISC (TCD-782 or TCD-792) Almedio Adjustment screwdriver : crosshead, No.0, nonmetal (ceramic screwdriver for adjustment)
B
Line Locating The following line locating is required. 1
RF
2
VREF1
Power adjustment Power adjustment
C
Connection Diagram : Checking terminal for oscilloscope The figure in parentheses of resistor / capacitor is constant.
Universal board
RF
VREF1
D
Enlarged E
For CDt For DVDt
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Method of Power Adjustment 1. Monitor RF by using the analog oscilloscope. (line locating of RF and VREF1) 2. Turn VR1101 and VR1102 to set the PP value of RF at the value shown in the right lower table.
A
RF waveform after F-ON / before T-ON (waveform measured by analog osc illoscope)
Adjust VR in order that this width is within the range of target RF level adjustment value.
Power adjustment standard RF level adjustment value (F-ON STEP STEP 10, 24)
B
DVD CD
200 mV to 1 200 mV 200 mV to 1 200 mV
RF waveform after the completion of all adjustment (waveform measured by analog oscilloscope) Adjust VR in order that this width is within the range of target FR level adjustment value.
C
Power adjustment standard RF level adjustment value (The setup is completed. STEP 12, 26) 818 mV to 862 mV 658 mV to 702 mV
DVD CD
D
E
F
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Procedure of Power Adjustment Flow 1. DVD Power adjustment in the the state where F is ON 2. DVD Power adjustment in the the state where the setup is completed completed 3. CD Power adjustment adjustment in the the state where where F is ON 4. CD Power adjustment adjustment in the state where the setup setup is completed
A
Procedure of Adjustment 1. Set the mecha to clockwise. 2. Turn on power. 3. Test Mode In
Refer to FE test mode function flow.
B
4. Insert DVD TDV-582 (or TDV-520). 5. Set the mecha to counterclockwise. 6. Adjustment of the initial position of VR for Power adjustment 1st CD (VR1101) DVD (VR1102)
-30°
2nd -30° -45°
Adjust the angle at the D cut position to the initial position (initial position shown in Fig.1).
3rd 0°
-90°
CD VR (VR1101) Adjustment of the initial position -30° - 1st, 2nd, 3rd is the same, too
C
3rd - -90° 2nd - -45° DVD VR (VR1102) Adjustment of the initial position 1st - -30°
7. Set DISC TYPE to DVD single layer.
0° Fig.1
8. Power on.
Refer to FE test mode function flow.
9. LD-ON
Refer to FE test mode function flow.
10. Execute until Focus Focus close state is reached.
Refer to FE test mode function flow.
D
If the waveform is similar similar to RF waveform waveform after after F-ON and before T-ON (waveform (waveform measured measured by analog oscilloscope), oscilloscope), Focus Close Close is reached. Go to STEP 9. If the RF waveform does not appear, Focus Close is not reached. Return to STEP 7 and change the angle of initial position of DVD VR (VR 1102). If Focus Close is not reached after the 3rd VR adjustment, replace the whole CRG mecha (including PU unit) and start again from STEP 1.
DVD
200 mV to 1 200 mV
11. Conduct Power adjustment. (Conduct the adjustment in the state of Focus Close.) DVD
818 mV to 862 mV
12. Execute until Tracking Tracking Close is reached. reached. E
13. Conduct Power adjustment. (Conduct the adjustment in the state of Tracking Close.) DVD
2.0E – 4 and under
14. Check the ERR rate after after Power adjustment. DVD DVD
820 mV to 917 mV 2.0E – 4 and under
15. Power off. 16. Return the state of mecha to clockwise. 17. Set up again (state of mecha to clockwise / setting of DVD single layer) and conduct the final check of RF level and ERR rate. (Check in the state of Tracking Close)
F
18. Eject.
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19. Take out DVD TDV-582 (or TDV-520). Insert CD TCD-782 (or TCD-792). A
20. Set the mecha counterclockwise. 21. Adjustment of the initial position of VR for Power adjustment CD (VR1101) DVD (VR1102)
3rd 2nd 1st -45° -90° -30° As the adjustment is completed, never change.
Adjust the angle at the D cut position to the initial position (initial position shown in Fig.2). CD VR (VR1101) Adjustment of the initial position 1st - 30°
0°
2nd - -45° 3rd - -90°
B
DVD VR (VR1102) As the adjustment is completed, never change.
0° Fig.2
22. Set DISC TYPE to CD.
Refer to FE test mode function flow.
23. Power on.
Refer to FE test mode function flow.
Refer to FE test mode function flow. If the waveform waveform is similar similar to RF waveform waveform after F-ON F-ON and before T-ON T-ON (waveform measured by analog analog oscilloscope), Focus Close is is reached. Go to STEP 20. If the RF waveform does not not appear, Focus Close is not reached. Return to STEP 21 and change the angle of initial initial position of CD VR (VR1101). If Focus Close is not reached after the 3rd VR adjustment, replace the whole CRG mecha (including PU unit) and start again from STEP 1.
24. Execute until Focus Focus Close 1 is reached. reached.
C
25. Conduct Power adjustment. adjustment. (Conduct the adjustment in the state of Focus Close.) CD
200 mV to 1 200 mV
26. Execute until Tracking Close is reached.
Refer to FE test mode function flow.
27. Conduct Power adjustment. (Conduct the adjustment in the state of Focus Close.) CD
658 mV to 702 mV
28. Check ERR rate. D
CD
Refer to FE test mode function flow.
1.0E – 2 and under
29. Power off.
Refer to FE test mode function flow.
30. Return the state of mecha to clockwise. 31. Set up again (state of mecha to clockwise / setting of CD layer), and conduct the final check of RF level and ERR rate. (Check in the state of Tracking Close) CD CD
528 mV to 832 mV 1.0E – 2 and under
Refer to FE test mode function flow.
32. Eject.
E
Refer to FE test mode function flow.
33. Take out CD TCD-782 (or TCD-792). 34. Powe Powerr off. off.
F
66
AVH-X2700BS/XNUC 1
2
3
4
5
6
7
8
8.2 SERIAL NUMBER EDIT If a Mother Board of a product on which iDatalink specification is mounted is replaced with a new one, it is necessary to set the serial number to the original serial number. It can be edited by selecting the menu to <1. Version Version Information>.
A
B
C
8.3 PCL OUTPUT CONFIRMATION
- PCL Output In the normal operation mode (with the detachable panel installed, the ACC switched ON, the standby mode cancelled), shift the TESTIN IC401 (Pin 80) terminal to H. The clock signal is output from the CLKOUT terminal IC601 (Pin 87). The frequency of the clock signal is 9.375 MHz that is three 4th of the fundamental frequency. The clock signal should be 9.375 MHz (± 375 Hz). If the clock signal is out of the range, the X'tal (X401) should be replaced with new one.
D
E
F
AVH-X2700BS/XNUC 5
6
7
8
67
1
2
3
4
9. EXPLODED VIEWS AND PARTS LIST OTES : Parts marked by " " are generally generally unavailable because they are not in our Master Spare Spare Parts Parts List. N OTES The > mark found on some component parts indicates the importance of the safety factor of the part. *
A
Therefore, when replacing, Therefore, be sure to use parts of identical designation. " Screw adjacent to mark on the product product are are used for disassembly. disassembly. For the applying amount of lubricants or glue, follow the instructions in this manual. (In the case of no amount instructions,apply as you think it appropriate.)
9.1 PACKING RC, RD, RI, ID
B
C
D
UC,, RC UC RC,, RD RD,, RI RI,, ID EW5
E
UC,, RC UC RC,, RD RD,, RI RI,, ID
F
EW5,, RI EW5
RC,, RI RC
UC,, EW5 UC EW5,, UW5 EW5,, UW5 EW5
68
AVH-X2700BS/XNUC 1
2
3
4
5
6
7
8
(1) PACKING SECTION PARTS LIST Mark No No.
Description
1
Cord Assy
Mark No.
Part No. See Contrast table (2)
2
USB Extended Cable
CDP1587
3
Polyethylene Bag
CEG1160
4
Screw
See Contrast table (2)
5
Screw
TRZ50P080FTC
Description
Part No.
13
Microphone Assy
CPM1083
14 14
Holder
CZN7192
15
Cushion
CZN7193
A
16
Panel
See Contrast table (2)
17
Cord Assy
See Contrast table (2)
6
Handle
See Contrast table (2)
18-1 Owner's Manual
See Contrast table (2)
7
Cover
See Contrast table (2)
18-2 Quick Star t Guide
See Contrast table (2)
See Contrast table (2)
18-3 Installation Manual
See Contrast table (2)
*
18-4 Caution Card
See Contrast table (2)
*
18-5 Caution Card
See Contrast table (2)
8
Unit Box
9
Contain Box
See Contrast table (2)
10
Protector
See Contrast table (2)
11
Card ard Rem Remote ote Contr ontrol ol Unit nit
See Cont ontrast ast tab table (2) (2)
*
18-6 Service Network
See Contrast table (2)
12
IM CD-ROM
See Contrast table (2)
*
18-7 Warranty Card
See Contrast table (2)
B
(2) CONTRAST TABLE AVH-X2700BS/XNUC, AVH-X2700BT/XNEW5, AVH-X2700BT/XNUW5, AVH-X2750BT/XNRC, AVH-X2750BT/ XNRD, XNRD, AVH-X2750BT/XNRI and AVH-X2790BT/XNID are constructed the same except for the following: Mark
No.
Description
AVH-X2700BS/ AVH-X2700BT/ AVH-X2700BT/ AVH-X2750BT/ AVH-X2750BT/ XNUC XNEW5 XNUW5 XNRC XNRD
1 4 6 7 8
Cord Assy Screw Handle Cover Unit Box
CDP1665 CRZ50P090FTC Not used CEG1359 CHG8704
CDP1670 CRZ50P090FTC CND6289 CEG1356 CHG8712
CDP1670 CRZ50P090FTC CND6289 CEG1356 CHG8714
CDP1665 Not used Not used CEG1356 CHG8705
CDP1665 Not used Not used CEG1356 CHG8706
9 10 11
CHL8704 CHP4598 CXE5116
CHL8712 CHP4599 Not used
CHL8714 CHP4599 Not used
CHL8705 CHP4598 CXE5116
CHL8706 CHP4598 CXE5116
12 16
Contain Box Protector Card Remote Control Unit IM CD-ROM Panel
Not used Not used
CPJ1484 Not used
Not used Not used
Not used CNS9475
Not used CNS9475
*
17 18-1 18-2 18-3 18-4
Cord Assy Owner's Manual Quick Star t Guide Installation Manual Caution Card
Not used CRD4822 Not used Not used Not used
Not used Not used CRD4820 CRD4821 CRP1436
Not used CRB4450 Not used Not used Not used
CDP1655 CRD4823 Not used Not used Not used
Not used CRD4824 Not used Not used Not used
* * *
18-5 18-6 18-7
Caution Card Service Network Warranty Card
Not used Not used QRY3001
CRP1441 Not used CRY1376
Not used Not used CRY1376
Not used Not used Not used
Not used Not used Not used
Mark
No.
Description Cord Assy Screw Handle Cover Unit Box
CDP1665 Not used CND6289 CEG1356 CHG8715
CDP1665 Not used Not used CEG1356 CHG8707
9 10 1 0 11
CHL8715 CHP4599 CXE5116
CHL8707 CHP4598 CXE5116
12 16 16
Contain Box Protector Card Remote Control Unit IM CD-ROM Panel
Not used CNS9475
Not used CNS9475
*
17 18-1 18-2 18-3 18-4
Cord Assy Owner's Manual Quick Star t Guide Installation Manual Caution Card
CDP1655 CRD4825 Not used Not used Not used
Not used CRB4451 Not used Not used Not used
E
F
AVH-X2700BS/XNUC 5
D
AVH-X2750BT/ AVH-X2790BT/ XNRI XNID
1 4 6 7 8
C
6
7
8
69
1
Mark
A
* * *
No. 18-5 18-6 18-7
2
Description Caution Card Service Network Warranty Card
3
4
AVH-X2750BT/ AVH-X2790BT/ XNRI XNID Not used Not used Not used
Not used CRY1305 CRY1304
Owner's Manual,Installation Manual Part No.
B
Language
CRB4450
Russian
CRB4451
English
CRD4 CRD482 820 0
Engl Englis ish, h, Frenc rench, h, Ital Italia ian, n, Span Spanis ish( h(Es Espa pano nol) l),, Germ German an,, Dutc Dutch h
CRD4 CRD482 821 1
Engl Englis ish, h, Frenc rench, h, Ital Italia ian, n, Span Spanis ish( h(Es Espa pano nol) l),, Germ German an,, Dutc Dutch h
CRD4822
English, French, Spanish(Espanol)
CRD4823
English, Traditional Chinese
CRD4824
Engli sh sh, Sp Spanish(Espanol), Po Por ttu uguese(B)
CRD4825
English, Arabic, Persian
CONTENTS OF CD-ROM (Operation Manual), CPJ1484 Part No.
C
D
Language
*CRB4437
English
*CRB4438
French
*CRB4439
Italian
*CRB4440
Spanish(Espanol)
*CRB4441
German
*CRB4442
Dutch
*CRB4443
Swedish
*CRB4444
Norwegian
*CRB4445
Finnish
*CRB4446
Danish
*CRB4447
Por tuguese
*CRB4448
Greek
*CRB4449
Turkish
All operation manuals are supplied in PDF files by the CD-ROM. Regarding the availability of paper manual, contact Pioneer Service representative in your region.
E
F
70
AVH-X2700BS/XNUC 1
2
3
4
5
6
7
8
A
B
C
D
E
F
AVH-X2700BS/XNUC 5
6
7
8
71
1
2
3
4
9.2 EXTERIOR (1) C
A A
B
B
A
E
B
C
EW5, UW5, RI D
EW5, UW5, RI
D
E
C
F
B D
72
AVH-X2700BS/XNUC 1
2
3
4
5
6
7
8
(1) EXTERIOR (1) SECTION PARTS LIST Mark No No.
Description
1
Screw
Mark No.
Part No. BSZ26P060FTC
Description
Part No.
17
Lighting Conductor
CNW3303
18 18
Holder
CNW3304
2
Screw
BSZ26P120FTC
3
Holder
CND7211
19
TFT LCD
CWX4348
4
Holder
CND7212
20
Grille Assy
See Contrast table (2)
5
Heat Sink
CNR2170 21 21
Button
CAI4447
22
Plate
See Contrast table (2) See Contrast table (2)
6
•••••
7
Screw
BSZ26P060FTC
23
Grille
24
DVD Mecha Mechanis nism m Modul Module e (LS2.5 (LS2.5))
25 25
•••••
26
Service Unit (Monitor)
CXX7273
8
Button (HOME)
CAI4448
9
FFC
CDE9768
10 10
Holder
CND7198
A
CXK810 CXK8100 0
11 11
Cover
CNN4865
27
Service Unit (Keyboard)
CXX7275
12
Sheet
CNN4864
28
Holder
See Contrast table (2)
13
Cushion
CNN4273
29
Panel
See Contrast table (2)
14
Cushion
CNN4964
30
FF FFC
CDD1069
15
Touch Panel
CSX1234 31
FF FFC
CDD1071
32
Touch Panel Unit
CXE7987
16
Lighting Conductor
CNW3302
B
(2) CONTRAST TABLE AVH-X2700BS/XNUC, AVH-X2700BT/XNEW5, AVH-X2700BT/XNUW5, AVH-X2750BT/XNRC, AVH-X2750BT/ XNRD, XNRD, AVH-X2750BT/XNRI and AVH-X2790BT/XNID are constructed the same except for the following: Mark
Mark
No.
Description
20 22 22 23 23 28 29
Grille Assy Plate Grille Holder Panel
No.
Description
20 22 2 2 23 28 29
Grille Assy Plate Grille Holder Panel
AVH-X2700BS/ AVH-X2700BT/ AVH-X2700BT/ AVH-X2750BT/ AVH-X2750BT/ XNUC XNEW5 XNUW5 XNRC XNRD CXE7703 CNN4858 CNU2898 Not used Not used
CXE7699 CNN4858 CNU2895 CND7102 CNU2645
CXE7701 CNN4856 CNU2895 CND7102 CNU2645
CXE7704 CNN4856 CNU2899 Not used Not used
C
CXE7704 CNN4856 CNU2899 Not used Not used
AVH-X2750BT/ AVH-X2790BT/ XNRI XNID CXE7704 CNN4856 CNU2899 CND7102 CNU2645
CXE7705 CNN4856 CNU2900 Not used Not used
D
E
F
AVH-X2700BS/XNUC 5
6
7
8
73
1
2
3
4
9.3 EXTERIOR (2)
A
UC, RC, RD, RI, ID
B
UC, RC, RD, RI, ID
EW5, UW5
D
A C
B
D
A
A E
B
F
74
AVH-X2700BS/XNUC 1
2
3
4
5
6
7
8
(1) EXTERIOR (2) SECTION PARTS LIST Mark No No.
Description
Mark No No.
Part No.
1
Screw
BSZ26P060FTC
2
Cord Assy
See Contrast table (2)
3
•••••
4
Card Remote Control Unit
See Contrast table (2)
5
Batter y Cover
See Contrast table (2)
>
Description
Part No.
11
Screw
BPZ26P080FTC
12
Screw
BSZ26P060FTC
13 13
FF FFC
CDE9766
14
Holder
See Contrast table (2)
15
Fuse (10 A)
YEK5001
A
6
Chassis
CNA3310
7
Bracket
CND6985
16
Ser vi vice Unit (Mother I/F)
See Contrast table (2)
CND6986
17
BT Modu Module le
YWX5 YWX505 055 5
18
Shield Case
YNC5123
8
Bracket
9
•••••
10 10
•••••
(2) CONTRAST TABLE AVH-X2700BS/XNUC, AVH-X2700BT/XNEW5, AVH-X2700BT/XNUW5, AVH-X2750BT/XNRC, AVH-X2750BT/ XNRD, XNRD, AVH-X2750BT/XNRI and AVH-X2790BT/XNID are constructed the same except for the following: Mark
No.
Description
2 4
Cord Assy Card Remote Control Unit Batter y Cover Holder Ser vice Unit (Mother I/F)
5 14 14 16
B
AVH-X2700BS/ AVH-X2700BT/ AVH-X2700BT/ AVH-X2750BT/ AVH-X2750BT/ XNUC XNEW5 XNUW5 XNRC XNRD CDP1665 CXE5116
CDP1670 Not used
CDP1670 Not used
CDP1665 CXE5116
CDP1665 CXE5116
CNU1624 CND7203 CXX7259
Not used CND7201 CXX7255
Not used CND7201 CXX7257
CNU1624 CND7201 CXX7260
CNU1624 CND7201 CXX7261 C
Mark
No.
Description
2 4
Cord Assy Card Remote Control Unit Batter y Cover Holder Service Unit (Mother I/F)
5 14 16
AVH-X2750BT/ AVH-X2790BT/ XNRI XNID CDP1665 CXE5116
CDP1665 CXE5116
CNU1624 CND7201 CXX7262
CNU1624 CND7201 CXX7263
D
E
F
AVH-X2700BS/XNUC 5
6
7
8
75
1
2
3
4
9.4 DVD MECHANISM MODULE (1)
A
B A
B
(C)
C
(A) (C)
C
(A)
D (A) (NOTE)
C
D (C)
(C)
D
(NOTE) (A)
(C)
(A)
(A)
(B) (A) (NOTE) (A)
(A)(NOTE)
C
E
E
E
B A (C)
(C)
(A) : GEM1043 (B) : GEM1045
F
(C) : GEM1024 (NOTE) Apply grease to the whole part.
76
AVH-X2700BS/XNUC 1
2
3
4
5
6
7
8
DVD MECHANISM MODULE (1) SECTION PARTS LIST Mark No No.
Description
Mark No No.
Part No.
Description
50
Chassis Unit
51 51
•••••
CBF1038
*
52
Suppor t Wheel
CBH2855
*
1
Screw
BSZ20P040FTC
2
Screw
BSZ26P060FTC
3
Screw (M2 x 4)
CBA1835
4
Washer
5
Spring
Part No. CXE8407 A
CNW2052
53
Spindle Motor
EXM2002
54
Ar m Assy
CXE7890
55 55
Washer
CBF1037
6
Spring
CBH2860
7
Spring
CBH3010
8
Spring
CBH3011
56 56
Washer
CBF1038
9
Spring
CBH3014
57 57
Ar Arm
CND6779
10 10
Spring
CBH3015
58 58
Roller
CNW2500
59 59
Collar
CNW2444
60
Gear Unit
CXE6225
11 11
Spring
CBH3016
12 12
Spring
CBH3017
13 13
Spring
CBH3019
61
E Ring
YE15FTC
14 14
Spring
CBH3086
62
Screw
JFZ20P025FTC
15 15
Spring
CBH3095
63
Screw
JGZ17P020FTC
64
Screw (M2 x 5)
EBA1028
65
DVD Core Unit
CWX4609
66
Mechanism Unit(Service)
CXX7126
16 16
Spring
CBH3096
17
Plate Spring
CBL1824
18 18
•••••
19 19
Case
CNB3928
20
Bracket
CND4553
21 21
Lever
CND7225
22
Bracket
CND5710
23
Bracket
CND6127
24 24
Ar Arm
CND7224
25
Sheet
CNN3678
26 26
Roller
CNW1172
27 27
Roller
CNW1175
28 28
Ar Arm
CNW1177
29 29
Ar Arm
CNW1178
30 30
Gear
CNW1180
31 31
Gear
CNW1181
32 32
Gear
CNW1183
33 33
Rack
CNW1184
34 34
Gear
CNW1185
35 35
Gear
CNW1186
36 36
Gear
CNW1187
37 37
Clamper
CNW1190
38 38
Ar Arm
CNW1192
39 39
Holder
CNW1193
40 40
Holder
CNW1194
41 41
Damper
CNW2439
42 42
Damper
CNW2440
43 43
Ar Arm
CNW1726
44 44
Guide
CNW3489
45 45
Ar Arm
CNW2241
46 46
Rack
CNW2265
47 47
Gear
CNW2287
48
Motor Unit
CXC4026
49
Screw Unit
CXC8894
Pickup, Pickup, Spindle Motor and Support Wheel are not available as service par ts, because they need adjustment by special equipment after replacing.
6
C
D
E
F
AVH-X2700BS/XNUC 5
B
7
8
77
1
2
3
4
9.5 DVD MECHANISM MODULE (2)
A
(C)
(C) (C) B
(A)
(B) C
D
(A) : GEM1043 (B) : GEM1045 (C) : GEM1024 E
F
78
AVH-X2700BS/XNUC 1
2
3
4
5
6
7
8
A
B
C
D
E
F
AVH-X2700BS/XNUC 5
6
7
8
79
1
2
3
4
10. SCHEMA S CHEMATIC TIC DIAGRAM D IAGRAM 10.1 MOTHER PCB (VEHICLE IF) A
A 5/ 16
BSENS
BSENS
ASENS
ASENS
ILMSENS
4 . 4 1 P U B K
4 . 4 1 P U B
BGSENS0
0 5 6 / p 5 C 0 C 0 0 1
BGSENS0
PBSENS
L2 CTH1486-A
DDIN
ILMSENS
PBSENS
TELMUTE
10u A 5 3 4 8 / 5 u C 2 3 0 0 1 1 1 H C C
TELMUTE
3 . 3 D D V
D3 RB080L-30
3 M C N
GNDD
B
FL+ FR+ FLFRRL+ RR+ RLRR-
R11
BSENS
ASENS
R18 1k 3216
10k
) 2 2 R 6 1 5 B 4 E G C ( 1 Y 1 U F Q 1 0 C 3 2 2 1 1 1 1 N E B C H
C
D11 DZ2J062M0
2 k 1 7 R 4
0 5 k 3 7 / 1 . 1 1 p R 4 C 0 0 0 1 BGSE
ASENS GNDD
BSENS
Q12 NM
R14
D13
NM
NM
5 1 M R N
R16
D12
100k
DZ2J068M0
7 k 1 7 R 4
BREM
GNDD
D
ILMSENS FR+
A 9/ 16
FR-
FR-
RR+
RR+
RR-
RR-
FL+
FL+
FL-
FL-
RL+
RL+
RLBREM
PBSE
FR+
Q21 LTC014EEB
ILMSNS R21
D21
R23
10k
DA2J101
1k 3216
0 1 / 2 1 u C 1
k 2 7 2 . R 4
RL-
0 5 8 / 1 p C 0 0 0 1
GNDD TELM
BREM
E
F
A 1/16 80
AVH-X2700BS/XNUC 1
2
3
4
5
6
7
8
A 1/16
A
MOTHER PCB (VEHICLE IF)
1 2 3 P P P U U U B B B L1 CTH1221-A 3 5 0 2 5 D 0 6 F 1 D
3 5 0 1 5 D 0 6 F 1 D
3 2 1 D D D N N N G G G
VEHICLE I/F JA1
CKM1613-A FL+
FR+
FR+
FL-
FL-
FR-
FR-
RL+
RL+
RR+
RR+
RL-
RL-
RR-
RR 0 5 7 / p 8 C 0 C 0 0 1
0 5 / p 9 0 C 0 0 1
0 5 / p 0 0 1 0 C 0 1
0 5 / p 2 0 1 0 C 0 1
0 5 / p 3 0 1 0 C 0 1
0 5 / p 4 0 1 0 C 0 1
0 5 / p 5 0 1 0 C 0 1
0 5 / p 0 0 0 1
ILM
ACC
BUP4
FL+
2
FR+
3
FL-
4
FR-
5
RL+
6
RR+
7
RL-
8
RR-
9
PKB
10
TELMUTE
11
ILM
12
BREM/AANT
13
ACC
14
REV
15
BUP
16
GND
17
D32
R32
L31
DZ2J056M0
10k
NM
Q31 LTC014EEB
1
Y L P P U S R E W O P
FUSE
REV
BGSENS0
B
FL+
GNDD
3216 R31
REVI
3 2 C
C
YEK5001
1k
0 8 5 0 1 / u 6 C 1 . 1 0
(10A)
18
0 5 / p 0 0 0 1
0 5 / p 0 0 0 1
0 5 / p 0 0 0 1
6 7 1 1 C C
0 5 / p 0 0 0 1
0 5 / p 0 0 0 1
9 1 C
4 2 C
>
GNDD GNDD BREM
D41
BREM
GNDD
FM:+28.00 dBs AM:+28.48 dBs DAB: +32.48 dBs Sxi: +34.00 dBs AUX:+34.00 dBs VCR:+34.00 dBs DTV:+34.00 dBs iDevices(AUX):+34.00 iDevices(AUX) :+34.00 dBs TV(RGB 26PIN):+34.00 dBs DVDMecha(LS2.5):+34.00 DVDMecha(LS 2.5):+34.00 dBs
CRG03
BREM
2 4 M D N
6 1 / 4 1 u C 1 . 0
GNDD
3 k 5 2 R 2
R51
PBSENS
1k
PKB
D51
Q51 LSAR523UB
DA2J101
R61
D61 DA2J101
TELMUTE
R64
L61
10k
NM
TEL
2 M 6 N C
Q61 LSAR523UB
1k
PKBI
GNDD
22k
R62
L51 NM
2 M C N
2 k 5 7 R 4
GNDD
TELMUTE
R54 10k
D
k 3 7 6 4 R GNDD GNDD
E
Ref.1-100
NOTE : Symbol indicates a resistor. No differentiation differentiation is made between chip resistors and discrete resistors. Symbol indicates a capacitor. No differentiation differentiation is made between chip capacitors and discrete capacitors.
SERVICE UNIT(MOTHER I/F) Consists of MOTHER PCB INTERFACE PCB The > mark found on some component parts indicates the importance of the safety factor of the par t. Therefore, when replacing, be sure to use parts of identical designation. : The power supply is shown with the marked box. F
NM : No Mount
A 1/16 AVH-X2700BS/XNUC 5
6
7
8
81
1
2
3
4
10.2 MOTHER PCB (PWR OTHER) OTHER)
A
3 . 3 C D D
3 1 . 1 E G
AVCC3.3
VD5
MOT6.5 BT1.8 AVCC5
VD8
EV5.8
B
AVCC5 IC231
AVCC5 R232
4
NM
5
CONT
NC
GND VOUT
VIN
1 3 M 2 N R
3 2
R233
1
NM
MM1856A50N 4 3 M 2 N R
AV33
1 3 2 C
0 2 1 3 / 2 u C 1
GNDV
0 1 / u 1
GNDD
AVCC33 C
R141
VDCNT5
R142
1
NM
2
CE
VOUT
R143
5
CS
0 1 3 / 4 u 1 1 . C 0
VDD
R242 R144
4
MM3479A33P
IC241
BT18
NM
GND
3
BT18
NM
IC141
NM 1 0 5 8 2 0 1 4 M 0 1 4 / 4 / 6 u 1 N 1 u 1 C 1 C 1 R 1
5
NM 4
NM 5 M 4 N 2 R
D241
CE GND
R243 NM
VOUT
2 4 2 C
VDD
0 1 0 1 1 4 / / u 2 u 1 C 1
CS
MM3479A18P
1
R241
2
NM
3 3 4 2 C
R244
0 1 / u 1 . 0
BT18ON
VDCNT8
NM
GNDV GNDD
GNDD
D
GERDA1.13 GER1.13
R165 NM RP132J001B-AE 6 P E EV58CNT
0 6 T 1 D U B C E D I D N O F C V G V V 1 2 3 4 5
GEPW11 D160 NM
E
from
0 k 6 6 % . D 1 5 A R V 1 1 0 0 6 1 2 1 1 C u H 0 C 1 D
R166 NM A V 1 0 0 0 6 1 2 1 1 C u H 0 C 1 D
OPPWEN from 2 8 M 6 0 6 N 1 R 1
NM
1 k 6 2 % 1 1 D R
MOTV MOTV
GNDD
Q211 2SCR573DG
R215 NM
4 1 2 C
g 2 n i t 1 c e s 1 a u 2 t F s P a F 1
D211
A 4 8 ) 3 A 1 2 K ( E C
NM
6 1 3 / u 1 0 2 0 C 1
6 1 / u 1
3 1 2 R
0 M 2 2 1 6 2 0 D J k 2 1 Z D
2 1 2 C
R211
R214
100
NM 1 1 2 C
R212 0 1 / u 1 . 0
91
0 5 / p 0 0 0 1 MOTPWR
Q212 LTC014EEB
GNDD
F
A 2/16 82
AVH-X2700BS/XNUC 1
2
3
4
5
6
7
8
A
A 2/16 MOTHER PCB (PWR OTHER) SYS8
EV5.8
VDD3.3 VDD1.13
BUP14.4
VDD1.13
B
VDD1.13 5 2 M 1 N R
IC121 R121 4
NM
3 V-
R122 NM 7 8 2 M 0 1 N 6 1 R
5
V+
2 1
NM
1 2 M 1 N C
) 3 % 2 M 1 N D ( R
) 4 2 M % 1 N D ( R 6 2 M 1 N R
4 . 4 1 P U B
GNDD
VDD33 VDD33
MOTPWR
T U D N O N I V G V
1 0 M 1 N R
BT18ON
C
IC101 NJW4181U3-33B
SYSPW
1 2 3
D101 EV58CNT
D1F60-5053
MOTPWR SYSPW EV58CNT
A 5/16
VDCNT8 0 6 6 3 0 5 1 / 1 2 / 1 1 0 / 4 / 0 u u 0 0 u 1 1 1 u . 1 0 5 1 7 C . C 1 0 0 C 3 0 C 4 3 1
8 2 M 0 0 6 1 N 1 R
GEPW11
GEPW11
GNDD VDCNT5
VDCNT5
A 3/16 A 4/16 A 5/16 D
BT18ON
BT18ON
OPAL5.8
A 16/16
SYS8 EV5R8
R274
NJW4184DL3-08A L O 1 R 1 T T 1 U D C N N I I O N C O V C G N V 1 2 3 4 5
NM IC271 D271
R275
NM
NM R272
EV58CNT
1 1 7 M 2 N R
2 3
NM
from uCom
R276
OPPWEN from GERDA
1 6 1 7 / 2 u C 1
VIN
VOUT
5
SYS8
GND CONT
NC
MM1856A58N
4
R113
R111 6 3 3 2 1 7 / 7 M M 7 u 2 2 1 N N 2 R C C
NM
OPPWEN
NM
OPPWEN
A 6/16
NM 2 8 1 0 1 6 R 1
M 3 5 N 1 1 M 1 1 C N C
GNDA
A - V 2 5 2 2 2 2 1 1 u 1 G 7 . C C 4 C
0 5 4 5 1 / / 1 2 u u 1 1 1 1 1 . C C 0
6 1 / u 1 . 0
E GNDA
R114
SYSPW
NM C116 100p/50 C117 NM GNDA
GNDPRE
SERVICE UNIT(MOTHER I/F) Consists of MOTHER PCB INTERFACE PCB
MOTPWR
Ref.101-300
F
A 2/16 AVH-X2700BS/XNUC 5
6
7
8
83
1
2
3
4
10.3 MOTHER PCB (2chDC/DC)
A
B
C
0 3 3 0 5 C / u 7 4 . 4 0 4 . 1 0 P U B K
2 1 M 3 N C
D
0 5 / p 0 0 0 1
0 1 / u 1 . 0
V 0 1 u 7 4
5 3 / u 0 1
5 3 / u 0 1
T A 6 3 2 1 G C C
T - T A - A 6 9 3 2 2 2 1 1 G G L301 C C CTH1381-A-TLB C C
9 0 3 C
0 1 3 C
0 5 / p 0 0 0 1
2 4 5 5 3 M 3 M 3 3 3 M 3 N 3 3 N 3 / u 3 C C 0 C N C 1
1 G
A 1 4 1 8 3 1 0 1 0 . 3 N 0 R C C
1 1 3 C
HSD1 C319
4.7k
GNDD C305 0.01u/16
C306
0.1u/16
4 0 3 C
0 5 / p 8
510 1000p/50 R316
1 2 M 3 N R 0 4 L 6 5 0 B R
10k (D)
4 1 3 R 5 1 3 R
1 2 3 4
NM R313
R317
3 1 M 3 N 1 C 0 3 D
R324
D 2
A 1 1 2 1 3 2 3 1 1 0 . R N 0 C C
IC301
Q301 ATP112-H S 3
7u
6 6 W 8 1 4 2 M 7 0 0 2 / 3 N 3 3 3 1 R C C
1 3 3 C
5 6 7 8 9
k ) 0 1 1 . D ( / 1 u 1 . 0 ) 0 D 0 ( 6 3 1 3 C
10 11 6 k 7 0 0 0 M 3 1 3 N R R
12
VCC_S2
VCC
23
VCC_S1
RS2
R325
22
RS1
HSD2
HSD1
SS2 PGND
SS1
COMP1 COMP2 FB1
FB2
EN1
VREG
EN2
SGND RT
CT TL_CTRL FLAG
R318
R309
0 1608
200k
21 C320 0.1u/16
C302
19 18 17
3 0 3 C
15
0 2 / 1 33k 2 u 3 k ) 3 1 0 3 D (D) . ( C 3 2 k R 4
13
1 2 3 C
0 1 0 1 3 2 / u R 2 1 . 0
GNDD
390k
SERVICE UNIT(MOTHER I/F) Consists of MOTHER PCB INTERFACE PCB
A 3/16 84
AVH-X2700BS/XNUC 1
2
3
C301 470p/50 R302
R310
F
R305
0 50.01u/16 12k / p 8
16
TL SYNC
NM
20
14
AN33012UA
E
24
4
4 k ) 0 6 . D ( 3 3 R
5
6
7
8
A
A 3/16 MOTHER PCB (2chDC/DC)
A m 6 . 7 7 5 : X A M
VD8
VD5 A m 1 . 1 3 1 2 : X A M
8 D V
8 M L I
4 . 4 1 P U B K
5 D V
A m 0 . 6 3 2 1 : X A M B
A 2 g 2 8 n i t 2 ) c 1 A 1 a e s 0 K 3 M 5 t f . E s u P N 1 ( C a F 1
C
3 2 M 3 N C
Q302 ATP112-H 3 S R325
1 G
NM
D 2 5 L302 CTH1519-A
k C301 470p/50 R302
V 0 V V 1 0 0 1 1 u 7 u u 4 0 0 1 1 T A A A - - 9 2 2 2 9 9 0 2 1 1 1 1 1 1 / G G G u . C C C 1 C C C 0
D
0 5 / p 0 0 0 1
15u
R301 560 2 0 3 D
0 1 33k / u 3 k ) (D) 1 0 . D 3 3 ( R 4
0 4 L 6 5 0 B R
0 2 M 3 N 4 5 6 2 2 2 R 3 3 3 C C C 9 M 2 3 N C
4 k ) 0 6 . D ( 3 3 R
7 2 3 C
8 2 3 C 6 W 1 4 M 2 / N 3 1
R319
freq. 365.8/413.9kHz
7 2 3 R
A 4/16 DDCCLK
NM 1608 GNDD
A 5/16 A 13/16
E
DDCERR VDCNT8
VDCNT5 2 k 3 k 2 7 2 7 3 4 3 4 R R
Ref.301-350
A 5/16 A 2/16 A 4/16 A 5/16
GNDD F
A 3/16 AVH-X2700BS/XNUC 5
6
7
8
85
1
2
3
4
10.4 MOTHER PCB (1chDC/DC)
A 4/16 MOTHER PCB
A
(1chDC/DC)
B
4 . 4 1 P U B K
DDC33 IC351 KBD9876EFJ
L351 CTH1524-A 6 1 2 5 0 0 1 5 / 2 6 u 5 3 7 1 3 3 3 3 2 R C 4 C
6 1 5 3 / 2 5 u 1 3 1 0 . 2 C 0
C
R357 NM
10u A - V 2 0 9 1 1 5 1 1 u 3 G 0 D C 1 C
8
1 LX 2
0 4 L 6 5 0 B R
9
GND 3 VC 4
M N C354 GNDD 5 6 5 5 3 3 NM C C R351 R352 ) D 47k 4.7k ( 4 3 k 5 2 5 (D) (D) 3 2 3 R R
FIN
FB 5 2 / p 0 0 8 6
7 VCC
4 . 4 1 P U B
3 . 3 C D D
R356 C357
NM
6 BST 0.01u/16 1 8 6 M 5 3 3 5 EN C N C SYNC
5 3 / u 0 1
8 8 0 M 5 M 0 6 6 3 N 3 N 1 C R
9 5 3 C
0 5 / u 1 0 . 0
R355 BUP14.4 NM
GNDD
k 3 . 3 365.8/413.9kHz
GNDD
9 5 0 3 R DDC33
D
A 2/16 A 3/16 A 5/16 A 3/16 A 5/16 A 13/16
E
Ref.351-400 VDCNT5
DDCCLK
SERVICE UNIT(MOTHER I/F) Consists of MOTHER PCB INTERFACE PCB
F
A 4/16 86
AVH-X2700BS/XNUC 1
2
3
4
5
6
7
8
A
B
C
D
E
F
AVH-X2700BS/XNUC 5
6
7
8
87
1
2
3
4
10.5 MOTHER PCB (SYSCOM) D,E,F,G
A
A 1/16
BSENS
BSENS
ASENS
ASENS
ILMSENS
ILMSENS
BGSENS0
BGSENS0
PBSENS
Q405 1
PBSENS
TELMUTE
A 2/16 A 3/16 A 4/16 A 3/16
NM
3
5 0 1 2 5 2 R
4
3
TELMUTE
SYSPW
SYSPW
GEPW11
GEPW11
EV58CNT
EV58CNT
MOTPWR
MOTPWR
VDCNT5
4 2 5 R
0 8 6 9 1 5 R
1 GNDD 2
VDCNT8 DDCERR
DDCCLK
6
1
0 R
4
3 8 0 4 8 4 6 R
4 k k 2 1 1 7 7 5 . . 5 4 R 4 R
RN4982
WIREDAD0 R447 1k
DDCCLK
0 5 1 2 / u 4 1 . C 0
M N 6 1 5 C430 R 0.1u/10
R447: A,B,C;1k J% D,E,F,G;1k D%
DDCCLK
M 9 N 0 5
2
4 RN4982
K I O C D D L L L O O O V V V E E E
N S S I N M N E E E S S R A B
0 0 0 2 2 2 2 2 2
0 0 1
4 3 2 0 0 0 5 5 5 R R R
1 0 5 R
5 k 0 0 5 0 R 1
5 GNDD
3 5 k 2 2 5 . 8 R
0 4 1 / 2 u 4 1 C . 0
Q402
5
VDCNT5 VDCNT5
DDCERR
1 2 M 5 N 6 R
Q404
VDCNT5
VDCNT8
RN4982
RN4982 k 2 . 8
S S N O E P S T N A D
2
4
B
A 3/16 A 4/16 A 13/16
6
S N E S P M E T
5 GNDD
2
WREMCONT
A 2/16
1
6 5
GNDD
R520
WREMCONT2
S L 0 1 C E T T L S D D O V K K V E
Q403
3 2 4 C 0 2 1 2 / u 4 1 C 0 3 1 0 / 1 0 1 7 7 1 u 5 4 5 4 1 . R R 0
0 0 4 1 3 J 2 B D 3 0 4 D
6 3 4 0 C / 5 p 0 7 4
2 0 3 M 0 8 1 1 4 3 / / 0 k N u u C 5 0 3 1 1 4 . R 1 . 0 C 0
0 k 0 0 5 0 R 1
1 3 4 C
0.1u/10
SYSTOGER
SYSTOGER
GERTOSYS
GERTOSYS
GERSTBY
A 6/16
GERSTBY
GERMUTE
GERMUTE
GERIRQ
GERIRQ
GERRST
GERRST
VSEL
VSEL
R526: A,B,C;1k J% D,E,F,G;1k D% D401 R401 DB2J31400 4.7k R403 10k
MICSENSR R526
WIREDAD1
C429
0 7 1 / 2 u 4 1 . C 0 R402 1k
2
1k
3
SYSTONAV
R405 470 R407 470
R406 47k
NAVTOSYS COMDC SYSTOMecha
R408 47k
MechaTOSYS
A 7/16
C
AVSDATA AVSRST
OSDA
AVSCLK
AVSCLK
OSCK
NM
HIOUTCLK
EVOLDO
A 8/16
EVOLDO
EVOLDI
EVOLDI
EVOLCK
EVOLCK
EVOLCS
EVOLCS
OFFSET
7
A 9/16 A 8/16 A 9/16 A 15/16 A 10/16 D
AMPPW
OFFSET
OFFSET
SYSMUTE
SYSMUTE
HDPWR12
HDPWR12
HDPWR33
HDPWR33
TUNON
MECTOSYS
8
DANTPW
DANTSENS
DANTSENS
4 k 1 7 4 4 R
OSDA
14
OSCK
15
R418
1k R419
R416 NM
XRST H&OSW/NC TSO TSI TCK OSDA OSCK
1 1 X
z H M 1 0 0 4 1 0 X 5 . D 2 N 1 G
2
4 2 D N A G 9 3 8 1 S S 2 C X 3
1 0 4 C
0 2 5 % 0 / p 4 0 D C 1
C403 1u/10 C404 0.1u/10
C406
R420
RESET
C407
Mecha_STB R424 R426
R423
120
1u/10
OSMD OSCO OSCI
XI
25
XO
26
VDD50
27 28
0.1u/10
29 30
R422 47k
VSS
24
0.1u/10
VOUT18 RESET VSS
32 33 C407 CKSSYB102K50-T
W T S 1 N X 1 C U T A W U P O C Q E I N E A G H
ATRST
31
47k
R425 100k
120
RGBARI
23
1k RESET
GUIDEON
19
22
C405
R421 100k
OFFSET
18
21
0 5 / p 2 1
IC401 MN103LF15RXW
IRQPW
20
OSMD
0
DTUNTOSYS
DTUNRST
11
NC
LS2TOSYS
13
R415 47k R417 100k
Q401 LSCR523UB
SYSTODTUN
DTUNTOSYS
10
680
MICSENS WIREDAD1
SYSTOLS2
16
OSMD
GERTOSYS
A 11/16
COMDC
17
SYSTOGER
SYSTODTUN
R410
RGBARI
TUNON
DANTPW
NAVITOSYS
12
R413 47k
GUIDEON
except JP,NX288 AMPPW
R409 27k
R411 4.7k R412 4.7k
IRQPW HIOUTCLK
SYSTONAVI
6
9
H/OSW
AVSRST
4 5
SYSTOMEC
XRST AVSDATA
4 3 2 1 0 9 8 7 6 5 4 3 2 1 0 9 8 7 6 5 4 4 4 4 4 4 3 3 3 3 3 3 3 3 3 3 2 2 2 2 2 2 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 I N S H S L 0 1 D S S S C 0 C C C K D O C I C L D N F C E T T D N S N / N D N N N L M N D D L E L S E V E S A _ K K V E E D O O S R O V A S A S O V O R A T E V E P V V V E N P I R E E M A E W D T
1
34 35 36
DTUNRST
LS2_STB SYSTOGER GERTOSYS
N S U Y 2 3 E T S Y A T 1 3 B T T D O T S K C N R R W T S U O T A R L P N S R M T N W T D N C Y O W R V S S U N U N S N P P N E T Y Y T C U T U C L U D D A C G D S S D N T D T N B T H H D N
NC NC NC
7 8 9 0 1 2 3 4 5 6 7 8 9 0 1 2 3 4 5 6 7 3 3 3 4 4 4 4 4 4 4 4 4 4 5 5 5 5 5 5 5 5 TUNCLK
A 12/16 A 3/16 A 4/16 A 13/16
T N O C T U O I H
TUNCLK
TUNDATA
TUNDATA
BLEND
BLEND
8 1 0 5 R DDCCLK
4 M 3 4 N R
DDCCLK
5 k 3 8 . 4 6 R
0 7 3 0 4 R 1 6 M 4 3 N 4 4 R R 9 3 k 4 1 R
3 1 k 8 0 3 3 7 4 M 0 4 4 4 C 1 R N R / u 1 . 0
E XRST
A 14/16
0 4 M 4 N R
XRST
IRQPW
IRQPW
SYSTOMecha
SYSTOMecha
MechaTOSYS
MechaTOSYS Mecha_STB
Mecha_STB
M N 5 y 3 l 4 n o C 0 R 2 3 3 4 / B 4 R B R N S 7 U Y 0 Y 5 T S , T E T D O B D T R S U O T S / R M T N R D V S S U E 7 T Y Y T 0 D S S D G 5 k 1
W S 1 X 1 U W A P Q E E G A T D E M S S E O R
K C S O
A D S O
0 1 2 3 4 L L L L L E E E E E D D D D D O O O O O M M M M M
VDD3.3
Soft Debugger
F
CN401 NM
A 5/16 88
1 2 3 4 5 1 2 3 4 5 6 7 8 9 0 1 1 1 1 1 1 1 2 3 4 D C D T D D L D A D 0 L L L L D N N S O N C N D N L E E E E E V G R M G S G S G D D D D D N D O O O O O N M M M M M
GNDD
AVH-X2700BS/XNUC 1
2
3
4
M N
6 k 6 2 . 4 2 R
1 4 4 k C 0 0 1 M N
6 M 4 N 4 R
5 4 M 4 N R
4 3 M 4 N C
A T T S K A R L D N C N U N U T U T D T
2 3 3 C N 1 R R W P D N Y O W W T N S N P P N E L U D D A L B T H H D B
5
6
K I O C D D L L L O O O V V V E E E
N S S I N M N E E E S S R A B
K L C S V A
0 0 0 2 2 2 2 2 2
0 0 1
0 2 2
0 2 2
4 3 2 0 0 0 5 5 5 R R R
1 0 5 R
7 9 4 R
M M N N 4 2 0 9 9 9 4 4 4 R R R
5 k 0 0 5 0 R 1
T A N S T E M _ R A L T S D B N V S O A V C A F
VDD3.3
9 8 4 M R N
MODEL
A B C D E
AVH-X2700BS/XNUC AVH-X2700BT/XNEW5 AVH-X2700BT/XNUW5 AVH-X2750BT/XNRC AVH-X2750BT/XNRD F AVH-X2750BT/XNRI G AVH-X2790BT/XNID
C419 CCG1321-A 0.1u 0.1u 50V C420
G ,
4 k E , 8 0 0 C 4 1 R
0.01u/16 C421 1000p/50
6 9 k 4 0 R 1
MODEL2
3 9 k 4 0 R 1
MODEL3 MODEL4 N I T S E T U
1 0 9 8 7 6 5 4 3 2 1 0 9 8 7 6 5 4 3 2 1 0 9 3 3 2 2 2 2 2 2 2 2 2 2 1 1 1 1 1 1 1 1 1 1 0 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 3 2 I C K I N S S C C C C K T A N M C 4 D O C I L L N T E _ N L O N C L D N M N N N N N N C S A E B E E T L O L L T S R E D N D D S E E O V O V S D B N S S R A B O E O O E V E V A V S O S T A V E M A M M U E C A F
MODEL1
GERIRQ
MODEL0
GERRST
GERTESTIN
G_PWM
GERMUTE
MOTPWR/NC R_PWM MOT1/NC B_PWM MOT0/NC HIOUTCLK BLERR FLAPLESS/NC VDD50 NC VSS NC NC NC CLKOUT EVOLATEST ILMSENS BGSENS0 PBSENS TELMUTE LCDPW TESTIN AMPPW
SYNCSEL
BEEP
VDCNT8
SYSPW
VDCNT5
DDCCLK 2 T N V S 2 3 O T Y T 1 3 D S N R C N R R W C P E 0 O C N M O W W T 5 T T 8 Y O P M E S P N V 5 S S N M C D C L U D D A C C C R Y T V C C C I D C S N B T H H D N N N W S D E N N N D N V N V
MODEL1
D,E
1 4 4 C
B,C,D,E
106 R477 100k
R479 100k
104 103 102
R474
101
220
100
R472
99
220
98
R471
100k
R481 100k
R480 100k
107
B,F,G R478
GERMUTE
R476 220
GERIRQ
R475 220
GERRST
C418 NM
220
C417 NM
MOTPWR
NM
R_PWM MOT1 B_PWM
220
97
MOT0
R506
96 95
R468
94
R491
G_PWM
R473
C416 NM
0 47k NM
R469
C440 NM NM
R467
NM
BLERR
C415 1u/10 C414 0.1u/10
92 91 90 89 88
CLKOUT
87
R465
86 R464 47k R463 100k
85 84
47k
ILMSENS BGSENS0
83
PBSENS
R462
82
TELMUTE
81 TESTIN
80
R461
NM
NM
R460
LCDPW
47k
79 78 77
R428
NM
R427
NM
SYNCSEL
M N
VDCNT5 AMPPW
75
R429
BEEP
74
NM R459
SYSPW
73
DDCCLK NM
R458 470
7 k 5 2 . 4 8 R
3 1 M 4 N C
6 2 M 4 N C
GUIDEON
GUIDEON
RGBARI
RGBARI
SYSTONAV
SYSTONAV
NAVTOSYS
NAVTOSYS
ASENBO
ASENBO
MICSENSR
MICSENSR
AEQAUXSW
AEQAUXSW SYNCSEL
WIREDAD1
WIREDAD1
WIREDAD0
WIREDAD0 FCONT_M
BLSYNC
BLSYNC
DIMMER
DIMMER
BLEN
BLERR
COMDC
M N
V S T Y T D S N O O C T T 8 S V 5 Y T V S D E
R E M M I D W S O / H
NM C411
47k
R455
47k
C412
GNDD
NM
CN403 CKS6095-A
R_PWM
R_PWM
G_PWM
G_PWM
B_PWM
B_PWM
REMIN
REMIN KDT0
KDT1
S 1 T 0 T O O O P M M
KDT1
RESET
RESET
LCDPW
LCDPW
Ref.401-600
6 VDD3.3 5 0 4 8 R 6
0.1u/10 R454
TEMPSENS
KDT0
T N O C R R M E E R C D W D
SERVICE UNIT(MOTHER I/F) Consists of MOTHER PCB INTERFACE PCB
MOT6.5
4 0 4 L
A 6 0 0 2 3 2 1 0 0 1 8 7 4 4 L L L 2 T 2 5 V 5 R R
E
COMDC
TEMPSENS
GNDD
A 15/16
BLEN
BLERR
4 3 M 4 N C
2 3 3 C N 1 R R W P D N Y O W W T N S N P P N E L U D D A L B T H H D B
D
BEEP
BEEP
FCONT_M
0 0 0 9 1 1 1 0 / / 4 4 u u C 1 1 . C 0
4 4 k 4 7 R 4
2 T N O C M E R W
DTVRST DTVTOSYS SYSTODTV
SYNCSEL
2 0 3 0 4 7 4 7 4 4 4 4 R R
5 4 M 4 N R
DTVRST DTVTOSYS SYSTODTV
VDCNT8
0 0 1 3 5 4 R 6 M 4 N 4 R
C
HIOUTCLK
93
0 1 2 3 4 5 6 7 8 9 0 1 2 3 4 5 6 7 8 9 0 1 2 5 5 5 5 5 5 5 5 5 5 6 6 6 6 6 6 6 6 6 6 7 7 7
6 k 6 2 . 4 2 R
R483
R482 100k
108
76 T N O C R R M E E C R D W D
B
MODEL0
105
IC401 MN103LF15RXW
GNDD
0 9 8 7 6 5 4 3 2 1 1 0 D V V W D D S 1 T T D N N T T S N D O O O G G O O O G V P M / M M M H
F
A 5/16 AVH-X2700BS/XNUC
5
A
(SYSCOM)
1 0 M 4 N L
7 5 k F 8 8 0 , 4 M 4 0 R N R 1 D , k B 0 1 7 5 4 R
k 0 0 1 6 k 8 0 8 8 0 4 4 1 R R
0 k 9 k 0 9 0 0 5 4 0 0 R 1 R 1
8
A 5/16 MOTHER PCB
O B N E S A
5 k 9 0 4 0 R 1
6 3 4 0 C / 5 p 0 7 4
7
6
7
8
89
5
6
7
8
A 6/16 MOTHER PCB
A
(GERDA) 3 A
4 A
2 5 1 6 A A A A
0 7 0 A A 1 A
8 A
1 9 0 1 S 2 A A A 1 C 1 B A D A B S
E S K K A L C C C D D D S S S
S A R D S
E U W L D M S Q D
L881 L871
CTF1786-A
CTF1786-A 5 7 M 8 N R
1 M 7 8 N R
R872
FLDI_1
0 R873
100
2
NRST
R883
3
0
4
FLWP_1
8 CS# VCC 2 SO/SIO1 7 HOLD# 6 3 WP# SCLK 4 GND 5 SI/SIO0
k 7 . 4
k 7 . 4
k M 7 N . 4
k k 7 . 7 . 4 4
8 9 7 R
7 9 7 R
6 5 9 9 7 7 R R 0 4 M 6 N C
4 3 9 9 7 7 R R
R874 NM
R876 FLHOLD_1 NM R877 FLCLK_1 100 R878
0 1 1 7 / 8 u 1 C . 0
A only MX25L6406EM2I-12G-K except A MX25L1606EM2I-12G-K
1
FLCS_0
R884
FLSIO1_0
100 R885
6
SCK
HOLD
SI
VCC RESET NC
DNU3
RFU
DNU2
7 8
CS
VSS
SO
WP
100 FLDO_1
VIO
DNU1 DNU4
5
1
0
IC881 S99-50389P-K
R882
IC871 MX25L1606EM2I-12G FLCS_1
1 8 M 8 N R
FLSIO3_0
16
9 8 M 8 N R R886
L882 FLCLK_0
15
270 CTF1740-A
14
R887
13
FLSIO0_0
100
12 11 10 R888
9
FLSIO2_0
100
1 0 8 M 2 / 8 N 8 1 u 8 1 C . C 0
100
GNDD
GNDD
3 3 6 5 / 1 4 u 6 1 . C 0
6 4 / 4 1 u 6 1 C . 0
6 1 1 / 4 u 6 1 . C 0
6 2 / 4 1 u 6 1 C . 0
2 9 7 R
Program FLASH
Back up FLASH
6 9 1 0 0 3 / 5 6 u 0 / 1 p C . 7 8 0 C
B
0 3 1 4 / u 6 1 . C 0
9 3 7 R 3 3 0 A 5 8 7 2 L 1 1 L T V 5 4 3 2 1 0 9 8 7 6 5 4 3 2 1 0 9 8 7 6 5 4 3 2 1 0 9 8 7 6 5 4 3 2 2 2 2 2 2 1 1 1 1 1 1 1 1 1 1 0 0 0 0 0 0 0 0 0 0 9 9 9 9 9 9 9 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 1 1 1 1 1 1 1 3 S 4 3 2 5 1 6 3 0 7 0 I_ S 8 3 1 9 0 1 S 2 3 S S E S K 3 I S E U A S A 3 A A A A 3 A A 1 1 S A 3 A A A 1 C 1 3 A S K A L 3 K S W L D D D B B A D A D R V C C C D C V D A 1 V M V T D D D D D D D D D D S D S Q V S V V V S S S V S T D D T V DQMLL D8 D7 D9 D6
D7 D9
188
D6 0.1u/16
VSS
185 184
D5
183
D11
182
D4
D12 D3 D13 D2 VDD33 D14 VSS VDD11_I D1 D15 D0 V CL CL K
NC
STV2
NC
O EV EV
NC
DIO1/NC VDD33 iDATA_RX VSS iDATA_TX AUDIO_DO (SPDIF) AUDIO_MCK OPPWE OPPWEN
NC
AUDIO_BCK
NC
AUDIO_LRCK
NC
SXIPWEN VDD33 LD/DE VSS POL
NC R5/B5 R4/B4 R3/B3 R2/B2 R1/B1 R0/B0
VDD33 G5 VSS VDD11_I G4 G3 G2 G1 G0 B5/R5 B4/R4 VDD33 B3/R3 VSS B2/R2 B1/R1 B0/R0 T LCD0_MUTEIN P N G D I_ A 3 O L T C 1 3 C F S K _ 1 L D S D B B R L I A D S C D S S T C F V V N V U U B D
6 7 8 9 0 1 2 3 4 5 6 7 8 9 0 1 2 3 4 5 6 7 8 9 0 1 2 3 4 5 6 7 8 9 9 9 9 0 0 0 0 0 0 0 0 0 0 1 1 1 1 1 1 1 1 1 1 2 2 2 2 2 2 2 2 2 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 8 1 1
0 7 / 1 2 u 6 1 C . 0
D8
189
186
D4
D10
181
D12
180
D3
179
D13
178
D2
177
C637
176
0.1u/16
C
D14
175 174
C636
173
0.1u/10
D1
172
D15
171
D0 L724
170
R735
NM
L723
168
L722
NM
167
NM
L721
NM R732
L720
NM
NM
L719
R730 NM 150 R729
166
A only
165
R648 0
164 163 162 161
R647 0 L725
160 VTL1126-A 159
C635 R660
0.1u/16
R733
NM
NM
C652
OPPWEN iDLTOGER
158
GERTOiDL
157 156 155
C634 0.1u/16
154 153 R721
152
L718
151
VTL1126-A
L717
150
L716
VTL1126-A
149
VTL1126-A
L715
148
L714
VTL1126-A L713
VTL1126-A
147 146
C633
145
0.1u/16
143
C632
142
0.1u/10
L711
L708 VTL1126-A
139 138
VTL1126-A
L707
L706 VTL1126-A
137
VTL1126-A
136
134
0.1u/16
L705
R713
R711
VTL1126-A
130
LCDR0/B0
LCDG4 LCDG3
39
39 R710 39 39 R708
LCDLD/DE
SXIPWEN LCDR0/B0
SXIPWEN LCDR0/B0
LCDR1/B1
LCDR1/B1
LCDR2/B2
LCDR2/B2
LCDR3/B3
LCDR3/B3
LCDR4/B4
LCDR4/B4
LCDR5/B5
LCDR5/B5
LCDG0
LCDG0
LCDG1
LCDG1
LCDG2
LCDG2
LCDG3
LCDG3
LCDG5
LCDG5 LCDB0/R0
LCDB0/R0
LCDB1/R1
LCDB1/R1
LCDB2/R2
LCDB2/R2
LCDB3/R3
LCDB3/R3
LCDB4/R4 8 6 6 C 0 5 / p 6 5
9 6 6 C 0 5 / p 6 5
LCDG0
L701
VTL1126-A
R705
L903 VTL1126-A
NM
39 R704
LCDB0/R0
39
3 k 0 7 7 4 R
L700
R701
VTL1126-A
18 3 5 6 C
0 5 / p 3 3
82
GNDD
L904-911 VTL1126-A L904 VENC_D7 VTL1126-A R906 L905
VENC_D6 VENC_D5
L906
VENC_D4
VENC_D3
VENC_D1 VENC_D0
560 R908
0 3 1 0 / 9 u 1 C . 0
R914 L909
L910
560 R916 R918 560
L911
560 R920 560
M N
M N
M M M N N N
9 4 7 R
0 1 7 5 5 3 7 7 7 R R R T N G O L C F B B S S U U
P D C _ L I A F T N O C B S U
T N O C B S U
K K O C C D B R _ _ 0 0 L _ C 0 C A A C D D A D
N E W P P O
G L F B S U G L F B S U
A 13/16
N E W P P O
A 2/16
A 8/16
ENCDATA
K C M _ O I D U A
7 7 6 C 0 5 / p 6 5
8 7 6 C 0 5 / p 6 5
9 7 6 C 0 5 / p 6 5
0 8 6 C 0 5 / p 6 5
1 8 6 C 0 5 / p 6 5
3 8 6 C 0 5 / p 6 5
4 8 6 C 0 5 / p 6 5
0 1 k k / 0 u 0 1 . 0 0 0 1 1
0 1 / u 1 . 0
2 1 3 2 9 3 3 C 9 9 R R
0 1 9 C
7 8 5 6 8 8 8 8 M M 6 6 6 6 M 0 C C C N N N 0 5 C 5 2 / 9 / 0 0 M 0 9 0 1 p p 6 5 8 9 9 3 5 / 5 / 3 / C 3 p p N p 6 6 6 3 C C C 3 6 6 3 5 5
8 7 6 5 4 3 2 1 0 9 8 7 4 4 4 4 4 4 4 4 4 3 3 3 7 6 5 36 V 4 C C 4 8 3 K 3 D D D D N N N D D D L D UD9 I Y Y D U D C N U U U S N V S G 2 S S V UD4 35 Y G D Y D V D H / D7 S D UD3 S 3 D 34 I D6 UD2 F 4 33 D5 UD1 5 32 D4 UD0 6 31 DVDD1 DVDD2 IC901 7 30 AK8814VQ DGND1 DGND2 8 29 D3 IREF 9 28 VREFI D2 10 D1 27 VREFO D0 11 TEST1 26 T 1 1 2 AVDD2 2 E D D D S T A 12 S N 25 B D N S L L A AGND3 E V V G E E C D D R G T S S S P / A Y A C A C
LCDB5/R5
6 k 2 0 9 1 R
6 4 1 / 0 u 9 1 C 0 . 0
GNDD
5 0 9 C
9 2 M 9 N R
R925
D N G C N E V
A - V 6 0 7 / 1 1 k % 6 2 1 0 u 3 8 0 9 . D A 9 1 9 6 9 1 1 u 2 C 0 C G 9 0 . R 1 1 0 C 1 C G C C L902 8 V ATL7039-A 0 0 9 1 u C 0 1 R930
6 1 / u 1 0 . 0
R923 270 R924
0
DAC AVsel
220 D%
R936
10k GNDD
E
6 1 9 / 0 u 9 1 C 0 . 0
3 4 5 6 7 8 9 0 1 2 3 4 1 1 1 1 1 1 1 2 2 2 2 2
180 T U O C N E V
2 8 6 C 0 5 / p 6 5
VIDEO ENCORDER
1 k 2 0 9 1 R
VENC_RST
T O B S O O T T O T S B T O T B S S O R T O T T T B O S B
K
C M _ O I D U A
0 1 k 7 7 2 . 9 9 2 R R k 2 . R922 270 ENCCLK 2
6 7 6 C 0 5 / p 6 5
1
R910 560 L907 560 R912
L908
VENC_D2
0 1 6 / 2 u 6 1 . C 0
5 7 6 C 0 5 / p 6 5
0 1 5 0 / 9 p C 6 5 GNDD
560 0 9 / 1 2 u 6 1 . C 0
4 7 6 C 0 5 / p 6 5
A - 3 2 2 V 0 9 0 M 0 9 1 9 N 1 C 1 R G C C 4 k GNDD 0 0 9 1 R UP DOWN GNDD
LCDB1/R1
LCDHCLK_G
3 7 6 C 0 5 / p 6 5
L901 ATL7039-A
LCDB2/R2
GNDD
2 7 6 C 0 5 / p 6 5
R902
0 6 0 9 R961 R
LCDB3/R3
39
1 7 6 C 0 5 / p 6 5
VENC_CLK
39
R706
0 7 6 C 0 5 / p 6 5
3 . 3 C C V A
GNDD
LCDG1
LCDB4/R4
D
LCDB4/R4
LCDB5/R5
LCDG2
LCDB5/R5
A 15/16
LCDG4
LCDG4
39
L702 VTL1126-A
129 LCDMUTEIN
LCDR1/B1
39
R709
L703
131
LCDR2/B2
R714
R707
L704 VTL1126-A
132
LCDR3/B3
LCDG5
39 R712
VTL1126-A
133
LCDR4/B4
39 39
L709
39
39 R716
VTL1126-A
L710 VTL1126-A
C631
R717
R715
VTL1126-A
140
39
39 R718
L712
141
135
R719
VTL1126-A
144
LCDR5/B5
39 R720
LCDDIO1/NC
LCDPOL/STBYB LCDHCLK_G
LCDHCLK_G DAC0_DO
33p/50
LCDOEV/VSD
LCDPOL/STBYB
AUDIO_MCK
100
LCDSTV2/HSD
LCDOEV/VSD
LCDLD/DE
NM
R727 0 NM C659 NM
L726
LCDSTV2/HSD
LCDDIO1/NC
47k
R726
LCDVCLK/RSTB
LCDVCLK/RSTB
NM R734
169
0 5 M 6 N C
0 8 / 1 2 u 6 1 . C 0
AVH-X2700BS/XNUC AVH-X2700BT/XNEW5 AVH-X2700BT/XNUW5 AVH-X2750BT/XNRC AVH-X2750BT/XNRD F AVH-X2750BT/XNRI G AVH-X2790BT/XNID
DQMLL
D10
D5
1 T S I E _ 3 1 T 3 1 T F D S D C C C C C C C D C S D C C C C C C C C C C C O C N N N N N N N V N V V N N N N N N N N N N N S N
4.7k
191 190
C638
D11
D
192
187
VDD33
C601 A9010Z-K 7 5 2
MODEL
A B C D E
R736
R934
NM
GNDV GNDD
GNDV
0
Ref.601-1000
SERVICE UNIT(MOTHER I/F) Consists of MOTHER PCB INTERFACE PCB
A 16/16
F
A 6/16 AVH-X2700BS/XNUC 5
6
7
8
91
1
2
3
4
10.7 MOTHER PCB (AVSEL) (AVSEL)
A
A 5/16
AVSRST
R1103 NM
DTV_R DTV_AG
A 15/16
DTV_L R1102 NM
AUXR
R1136 100 R1135 100
AUX_AGND
R1134
A 8/16 A 15/16
B
AUXL
1 1
100
M N 7 3 1 1 R 0 0 0 1 / 1 / 1 / u u u 1 1 1 5 7 9 1 1 1 1 1 1 1 1 1 C C C
A 15/16
VCR_R
R1133 100
C1136 1u/10
37
VCR_GND
R1132 100
C1137 1u/10
38
VCR_L
R1131 100
C1138 1u/10
39 40 41 42
C1102
C
43
0.1u/10 C1101
44 45
1u/10
A 5/16
AVSDATA AVSCLK
F , E , D , C
C,D,E,F R1144 R1145
100k
ATV_V
100
DTV_VG
R1111
DTV_V
R1146
NM
R1147
LIN2
ROUT2 IC1101 AK4223VQ
BCAMGND
GND1
AVDD VVDD
VCOM
RSTN
SDA
REGV VR1
R1112
AUX_VGND
0
M N 1 2 1 1 R
NM
R1113
100 R1122 100
19 R111
18 17 16
N C1128 0.1u/10
C1129 0.1u/10 C1127 CCG119210u 10V
2 4 1 0 1 R
R1101
75 (D%)
100 R1123
NM GNDV
MechaVG
A 14/16
MechaV
A 15/16
VCR_VGND
100k
R1115
R1119
75 (D%)
R1120 100
100
VCR_V
VENCGND
R1116
VENCOUT 220 (D%)
E
F
A 7/16 AVH-X2700BS/XNUC 2
20
NM C1103
R1114
1
21
SCL 46 VSS2 15 4 3 2 1 VOUT1 47 VGND6 5 D D D D VOUT2 14 D 6 N 5 N 4 N 3 N 2 N 1 2 N G I N G I N G I N G I N R N G I 9 48 I 4 V V V V V V V V V V V V 13 0 1 1 G , 1 2 3 4 5 6 7 8 9 0 1 2 R B 1 1 1 , A 0 0 0 0 0 0 0 0 0 0 0 0 1 1 / 1 / 1 / 1 / 1 / 1 / 1 / 1 / 1 / 1 1 / / u u u u u u u u u u u / u 1 M 1 . G . 1 . 1 . 1 . 1 . 1 . 1 . 1 . 1 . 1 . 1 , . N 0 0 B 0 0 0 0 0 0 0 0 0 0 , 0 A 8 0 2 4 6 8 0 2 4 6 4 4 6 0 0 1 1 1 1 1 2 2 2 2 3 8 0 1 1 1 1 1 1 1 1 1 1 1 4 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 C C C C C C C C C C C C C R
AUXV
92
22
R1125 NM (D%)
A 6/16
24 23
R1124 100
BCAMIN
A 6/16 A 14/16
RVDD
LIN1
75 (D%)
A 15/16 D
C,D,E,F R1141
6 5 4 3 2 1 0 9 8 7 6 5 3 3 3 3 3 3 3 2 2 2 2 2 3 3 3 4 4 4 5 5 5 6 6 6 N I N D I N N D I N D I N N I N D I I L N R I L N R L N R L N G R G G VSS1 G LOUT1 RIN2 ROUT1 GND2 LOUT2
RIN1
1 1 1
0 0 0 1 / 1 / 1 / u u u 1 1 1 1 3 5 2 2 2 1 1 M 1 1 1 1 N C C C
3
4
5
6
7
8
SYS8
A
A 7/16 MOTHER PCB (AVSEL)
MODEL
0 2 3 M 3 1 N 1 1 1 C C
M N 7 3 1 1 R
ROUT2 RVDD AVDD VVDD RSTN REGV
1 3 M 3 3 1 1 N 1 1 C C
AUX:+2.21 dBs VCR:+8.23 dBs dBs DTV:+2.21 dBs iDevices(AUX):+1.30 iDevices(AU X):+1.30 dBs
23
Audio OUT1
22
AV_LOUT1
21
A 8/16
AV_ROUT1
20 19 R1110
18 17
C
NM
15 VOUT1 VOUT2 14 1 2 N R I V V 13
0.1u/10
0 1 / u . 1 . 0
R1127 NM
24
C1128
2 1
A - V 2 0 9 1 1 1 u G 0 C 1 C
B
GNDV
16
VR1
R1126 NM
GNDA
0 1 / u 1 5 2 1 1 C 5 2 6 6 D I N N R G LOUT1 ROUT1 LOUT2
A - V 2 0 9 1 1 1 u G 0 1 C C
AVH-X2700BS/XNUC AVH-X2700BT/XNEW5 AVH-X2700BT/XNUW5 AVH-X2750BT/XNRC AVH-X2750BT/XNRD F AVH-X2750BT/XNRI G AVH-X2790BT/XNID A B C D E
Video OUT1 R1117
SELCOMP
A 6/16
RCA_V
A 15/16
0 C1129 R1143 C1135
0.1u/10 C1127
75 (D%)
6 2 1 1 C
2 4 1 0 1 R
Video OUT2
47 180p/50 R1118
CCG1192-A 10u 10V
R1101 NM C1103 NM GNDV
D
GNDV
Audio Input Circuit(Differential)
(Cabel)
1uF
(Cabel)
1uF
Video Input Circuit(Differential) LIN1-6 RIN1-6
VIN1-6 (Cabel)
0.1uF
(Cabel)
0.1uF
GND1-6
VGND1-6
Audio Input Circuit(Single-ended) Circuit(Single-ended)
(Cabel)
E
Video Input Circuit(Single-ended) LIN1-6 RIN1-6
1uF
VIN1-6 (Cabel)
0.1uF
GND1-6
VGND1-6
1uF
0.1uF
Ref.1101-1150
SERVICE UNIT(MOTHER I/F) Consists of MOTHER PCB INTERFACE PCB
F
A 7/16 AVH-X2700BS/XNUC 5
6
7
8
93
1
2
3
4
10.8 MOTHER PCB (OPAL) (OPAL)
A
HIOUTCLK EVOLDI
A 5/16
EV5.8
EVOLDO
DDC3.3 AVCC3.3
EVOLCK EVOLCS 6 M 3 2 N 1 C
K L C T U O I H
9 2 M 2 1 N GNDA R S C L O V E
K C L O V E
O D L O V E
O O L _ _ P L L T F R U O
I D L O V E
B SXL
SXL
SXR
SXR
AEQMICIN
AEQMICIN
2 3 2 1 C R1236
iTV_L
iTV_L
GNDA iTV_R
iTV_R
ONSEI+2
ONSEI+2
AUXL
AUXL
SPDIF_MECHA except JP
A 7/16
AV_LOUT1 AV_ROUT1
Tuner_AG
C1208 1u/10
Tuner_L
C1209 1u/10
R1214 iTV_GND iTV_L
0
0
C1212 1u/10 C1213 1u/10
ONSEI+2
C1214 1u/10 C1215 1u/10
AV_ROUT1
iTV_R
C1216 1u/10
BT_DO BT_BCK
AV_ROUT1
C1218 1u/10
Tuner_R
C1219 1u/10
Tuner_AG
C1220 1u/10
SXR
C1221 1u/10
SX_AGND
C1222 1u/10 7 2 M 2 N 1 C
D
Tuner_L
Tuner_L
DAC0_BCK
DAC0_LRCK DAC0_DO
5 3 2 M 1 N C
CCG1311-A C1238
GNDD
CCG1311-A GNDD
0 5 1 / p 0 0 2 5 1 1 L 4 3 2 1 C 3 2 2 1 C
A 8 2 5 1 F T C
M N 3 3 2 1 C
6 1 / u 7 4
GNDA GNDA
GNDA
R1235
DAC0_DO
NM
R1204
M N
9 2 2 1 C
6 2 2 1 R A H C E M _ F I D P S
O D _ T B
K C R L _ T B
R1234
1
NM
M N 3 0 2 1 R1227 R
10V 10u
NM
CCG1332-A R1228 R1233 NM
C1224
NM
BT_BCK
0 8 1 2 / u 2 1 . 1 0 C
0 1 / u 1 . 0
GNDD
GNDD
DAC0_BCK DAC0_LRCK DAC0_DO
A 8/16 AVH-X2700BS/XNUC 2
3
2 X 3
R1213
F
1
2
4 2 D N G 1 0 2 1 X
5 0 M 2 N 1 C
E
94
0
z 1 H ) k z X 8 H 4 M s 2 M f N S 3 . 1 F 4 D 4 8 N 8 1 3 ( G
AUDIO_MCK
R P O O _ T _ R R U F R O
AUDIO_MCK
C1204 NM
NM
7 8 9 0 1 2 3 4 5 6 7 8 9 0 1 2 1 1 1 2 2 2 2 2 2 2 2 2 2 3 3 3
C1237 GNDA
0 9 / 3 5 2 p 1 0 C 0 0 1
A 6/16
6 6 1 2 / 2 u 1 7 C 4
A only
Tuner_AG
Tuner_AG
A 8 0 2 2 0 5 3 2 M 2 1 1 N 1 L F C T C 0 5 / 2 1 u 2 1 1 . C 0
Tuner_R
Tuner_R
0 1 / u 1 . 0
OPAL
C1217 1u/10
BT_LRCK
BT_LRCK
3 0 2 1 C
FM:+2.46 dBs AM:+2.46 dBs DAB: +7.40 dBs Sxi: +7.21 dBs AUX:+7.21 dBs VCR:+14.25 dBs dBs DTV:+14.25 dBs iDevices(AUX):+14.25 iDevices(AU X):+14.25 dBs TV(RGB 26PIN):+14.25 dBs DVDMecha(LS2.5):+14.25 DVDMecha(L S2.5):+14.25 dBs
0 1 3 2 M 3 M 1 N 2 1 N R R
4 3 2 1 0 9 8 7 6 5 4 3 2 1 0 9 6 6 6 6 6 5 5 5 5 5 5 5 5 5 5 4 L 1 1 L L L 2 L 2 3 B K I O P R 1 L L F R P L F L D T C D 4 3 48 D D D T T T D E D D D S S S DIOED2F INAP2L N S A N D U U U D R N N E E G V N V V K K O O O G D 2 47 I G A A C A A C INBN3L B R BCKD L 3 46 LRCKD INBP4L 4 45 DIODP1 INCN5L 5 44 DGND2 INCP6L 6 43 DVDD2 INDN7L 7 42 MCKO INDP8L IC1201 8 41 PM9014A XO INMPN HS 9 40 XI INMN 65 10 39 REG INDP8R 11 38 DVDD1 INDN7R GNDD 12 37 BCKC INCP6R 13 36 LRCKC INCN5R 14 35 DIOC1R INBP4R R 15 3 P DIOC2F 34 F 1 2 1 2 2 F R INBN3R R R 4 B R R R R R R R 1 A B 1 B 1 D 16 33 D F R P D F D D T B A K A B K INAP2R N D T T T D E N N S O C K O C BCKBP A N I R G V U U U V R G G E I R C N I A A O O O A V A D T D L B D L
C1211 1u/10
ONSEI-2
BT_BCK
AUDIO_MCK
I D L O V E
1
C1210 1u/10 R1232
AV_LOUT1
BT_DO
A 12/16
O D L O V E
GNDA
C1207 1u/10
iTV_GND
A 16/16
K C L O V E
GNDRF
SXL
AEQMICIN
SPDIF_MECHA
S C L O V E
C1201
AV_LOUT1
A 14/16
2 6 0 / 2 1 u 1 7 C 4
1u/10
SX_AGND
AUXL
C
6 0 2 1 C
A only
ONSEI-2
ONSEI-2
0 5 / p 0 0 0 1
0
iTV_GND
iTV_GND
A 7/16 A 15/16
6 1 / u 7 4
SX_AGND
SX_AGND
A 15/16
0 5 / p 0 5 1
1 3 2 1 C
4
GND
5
6
7
8
A
A 8/16 MOTHER PCB (OPAL) SYS8
HIOUT AMP
MODEL
A B C D E
AVH-X2700BS/XNUC AVH-X2700BT/XNEW5 AVH-X2700BT/XNUW5 AVH-X2750BT/XNRC AVH-X2750BT/XNRD F AVH-X2750BT/XNRI G AVH-X2790BT/XNID
3 7 M 2 N 1 R
L F _ A C R
L O O P _ _ T L L U R F O
L R _ A C R
L W S _ A C R
FL_O
FR_O
RR_O
DO
R1204
C1204 NM
NM 1
z 1 H ) k z X 8 H 4 M s 2 M f N S 3 . 1 F 4 D 4 8 N 8 1 3 ( G
2
4 2 D N G 1 0 2 1 X 2 X 3
1
C1273 C1273
CCG1325CCG1325-A A
2
C1274 CCG1325-A
3
C1275 CCG1325-A
4
C1276 CCG1325-A
5
C1283 CCG1325-A
6
R1271
7
10k
5 0 M 2 N 1 C
Q1271 LTC044EEB
R1287
1k
C1279 1.0u/50 R1286
1.0u/50
8 9
C1278
10 10 M M N N
GNDD R1288
2 7 2 1 D
R1272 11 680k 12
1 7 2 1 D
13 14
NM
15 0 5 / u 0 . 1
RL_O
IC1271
1u/25V C1272 CCG1325-A
7 16 7 2 1 C
IN1
OUT1
IN2
OUT2
IN3
OUT3
IN4
OUT4
IN5
OUT5
IN6
OUT6
MUTE GNDAMP GAIN
V+A
V-IN MUTE_TC V-OUT
CN
REGCNT GNDREG NC1 NC6 NC2
NC5
CLK
CP
V+REG
FB
NC3
NC4
32
NM
B
FL_O
R1205
NM
NM
R1210
R1206
NM
NM
R1211
R1207
NM
NM
R1212
R1208
NM
FR_O
A 9/16
RR_O
RL_O R1209
31
C
GNDA
30 29 28 27 26 25
C1271
24
C1282
23
C1281
1.0u/50 1.0u/50
RCA_SWR
0.068u/50
RCA_SWL
NM
22
RCA_FR 21 20 19
0 5 / u 0 . 1
0 8 2 1 C
RCA_FL RCA_RR
GNDA
RCA_RL 18
RCA_SWR RCA_SWL RCA_FR RCA_FL
A 15/16
RCA_RR RCA_RL
17
NJW1240V
D
A 5/16 SYSMUTE GNDD
SYSMUTE
A 9/16 A 15/16
E T U R P O O M T _ _ S U R R Y O F R S
K L C T U O I H
R R _ A C R
R F _ A C R
R W S _ A C R
E
Ref.1201-1300 OPAL Ref.1201-1270 HIOUTAMP Ref.1271-1300
SERVICE UNIT(MOTHER I/F) Consists of MOTHER PCB INTERFACE PCB
F
A 8/16 AVH-X2700BS/XNUC 5
6
7
8
95
1
2
3
4
10.9 MOTHER PCB (PWR-IC)
A
SYS8
A 5/16
B
OFFSET
A 5/16 A 8/16
SYSMUTE
4 . 4 1 P U B
A 15/16 A 5/16
3 1 M 3 1 N R Q1305
FL_O
5 4 1 k 1 k 3 7 3 1 4 1 1 R R
1 E1
NM
GNDA
FR_O FR-
RR_O
FR+ RR-
8 S Y S
RR+
RCAMUTE Q1304
SYSMUTE R1320
C2 3
4 E2
NM
B1 2
5 B2
E1 1
FR-
6 C1
NM
2 1 3 1 R
M N
4 0 3 1 D
M N
RR_O
FR_O
FL_O 7 1 3 1 C
RL_O M N 5 0 1
FR+
RL+
FL-
RLGNDA
FL+ RL+
A 1/16
2 B1
AMPPW
RL_O
D
3 C2
B2 5 C1 6
AMPPW
C
A 8/16
E2 4
3 0 3 1 D
RLSYSMUTE
RR+ RR-
1 M M 1 N 3 1 N R
OFFMUTE
DA2J101 6 1 3 1 C
E
A 2 10k 9 1 1 G C C
FL-
1
6 5
2
R1309
Q1303 LSCR523UB
100k
DZ2J082M0 3 0 D1302 1 k 3 7 1 4 R
4 RN1903
GNDA BREM
A 5/16 SYSMUTE A 8/16 A 15/16
F
A 9/16 96
AVH-X2700BS/XNUC 1
2
1 0 k 3 8 1 6 R
Q1301
7 0 M 3 1 N D1301 R R1308
BREM
FL+
3
4
R1303 1.5k
2 0 k 3 8 1 6 R
5
6
7
8
A
A 9/16 MOTHER PCB (PWR-IC) SYS8
VDD3.3
BUP14.4
MODEL
FM:+9.00 dBs AM:+9.48 dBs DAB: +13.48 dBs Sxi: +14.25 dBs AUX:+14.25 dBs VCR:+14.25 dBs DTV:+14.25 dBs iDevices (AUX):+14.25 dBs TV(RGB 26PIN):+14.25 dBs DVDMecha(LS2.5):+14.25 dBs
6 0 k 3 0 1 1 R
4700uF/16V C1313
R1316 0
C1308
k 1
B
IC1301
0.1u/50
R1305
AVH-X2700BS/XNUC AVH-X2700BT/XNEW5 AVH-X2700BT/XNUW5 AVH-X2750BT/XNRC AVH-X2750BT/XNRD F AVH-X2750BT/XNRI G AVH-X2790BT/XNID
AMP
CCH2085-A NM Q1302
A B C D E
1 OFFSET
NM
TAB1 2 OFF_DET 3 PW-GND2
9 0 M 3 1 N C
4 OUT25 ST-BY
C
6 OUT2+ GNDA
7 VCC1 8 C1311 NM
RR FR
0.01u/50
NM
0.01u/50
SVR
12
IN1
13
IN2
SGND 14
C1310
C1318 0.47u/25 C1302
OUT1+
11
0.47u/25 0.47u/25
C1303
PW-GND1
10
C1305 0.47u/16 C1319
OUT1-
9
S-GND
15
IN4
16 C1304 0.47u/16
17
IN3 AC-GND
18 C1312
19
NM
20 21 22 MUTE
1 0 k 3 8 1 6 R
AMPMUTE R1303
24 GND
R1304
1.5k 2 0 k 3 8 1 6 R
100
1 0 3 1 C
23
A V - 0 1 1 0 2 1 u 7 G . C 4 C
5 1 3 1 C
A - V 1 0 1 / 3 5 u 1 1 G . 0 C C
V 0 5
V 0 5
u 7 . 4
u 7 . 4
7 0 A - 0 A 2 1 3 1 3 9 1 9 1 2 2 C 1 1 C G G C C C C
GNDA
6 0 3 1 C
6 1 / u 2 . 2
25
D
OUT3+ PW-GND3 OUT3VCC2 OUT4+ MUTE OUT4PW-GND4
26 HSD
4 1 M 3 1 N C
GNDA GNDA
27 TAB2
GNDA GNDA
PA2032A
GNDA
E
GNDA
Ref.1301-1400 R1317 NM GNDD
GNDA
SERVICE UNIT(MOTHER I/F) Consists of MOTHER PCB INTERFACE PCB
F
A 9/16 AVH-X2700BS/XNUC 5
6
7
8
97
1
2
3
4
10.10 MOTHER PCB (TUNER POWER) POWER)
A
DDC3.3
VD5
2 1 X S
BUP14.4
A only 5 1 0 0 2 R
A only P2001 FSMD110-24R 2
NM Q2001 2SD2153(VW)
Q2002 2SAR293PG
1 6 1 0 0 1 2 9 R
B
5 1 0 2 C
7 k 1 0 0 1 2 R
6 1 / u 1 . 0
3 0 0 2 D
0 M 0 6 1 J 2 Z D
8 1 0 W 0 7 / 2 4 4 1 R 9 1 0 W 0 4 2 7 / R 4 1
R2002 NM
TU33 IC2004 MM3479A33P 1
0 0 1 1 / 0 u 2 1 C
2 3
C 7 1 0 2 C
CE
GNDD
LTC
TU33 5
VOUT
GNDD
Max 210mA
GND VDD
CS
4
0 1 / u 1 . 0
1 1 0 2 C
0 2 1 1 M 3 1 M / 0 u 0 1 2 N 2 N R C
WWRRF33 GNDRF R2010 NM
IC2003 1
CE
WWRRF33 5
VOUT
2 GND 3 6 0 0 2 C
NM
D
9 1 0 2 C
0 1 / u 1
CS
0 1 / u 1 . 0
4 VDD 8 0 0 2 C
MM3479A33P
0 1 / u 1
6 9 0 M 0 0 M 0 N 2 N 2 R C
WWRD33 GNDRF
R2004 1k R2011 NM
R2007 1k IC2001 1 4 0 0 2 C
0 1 / u 1
2 3 8 1 0 2 C
E
0 1 / u 1 . 0
CE
VOUT
WWRD3.3 Max 126mA
5
GND CS
1 2 0 0 M 1 1 0 / 0 N 0 0 M u 2 2 N 0 2 1 R C C
4
VDD
MM3479A33P
GNDD WWRD1.2 WWRD1.2 D2001
D2002
NM
NM
IC2002 1
R2012 NM
2 3
WWRD12
0 4 1 1 / 0 u 2 1 . C 0
CE
VOUT
GND CS
VDD
MM3479A12P
R2008
F
5
4 5 0 0 2 C
0 1 / u 1
3 0 0 / 0 1 u 2 1 C
4 1 M 0 N 2 R
GNDD
1k
A 10/16 98
AVH-X2700BS/XNUC 1
2
3
4
Max 383mA
5
6
7
8
A
A 10/16 MOTHER PCB (TUNER POWER)
B T N A B A D 3 . 3 U T
3 . 3 F R R W W
3 . 3 D R W W
2 . 1 D R W W
Q2002 2SAR293PGZE 7 k 1 0 0 1 2 R
0 k 2 0 % 0 0 D 2 1 R 8 1 0 W 0 7 / 2 4 4 1 R
6 1 0 2 C
9 1 0 W 0 4 2 7 / R 4 1
0 5 / u 1 . 0
1 2 k % 0 8 2 1 D R
MODEL
A B C D E
AVH-X2700BS/XNUC AVH-X2700BT/XNEW5 AVH-X2700BT/XNUW5 AVH-X2750BT/XNRC AVH-X2750BT/XNRD F AVH-X2750BT/XNRI G AVH-X2790BT/XNID
B
DANTSENS
DANTPW Q2003 LTC014EEB
GNDD
C
A 5/16
RRF33 WWRRF33 Max 175mA
6 9 0 M 0 0 M 0 N 2 N 2 R C
D R2009
1k
R2003
NM
TUNON
HDPWR33 R2005 NM
HDPWR12
SERVICE UNIT(MOTHER I/F) Consists of MOTHER PCB INTERFACE PCB
E
3mA
Ref.2001-2100
A 11/16 MOTHER PCB (HD/DAB) (Not used)
F
A 10/11 A 10/16 AVH-X2700BS/XNUC 5
6
7
8
99
1
2
3
4
10.11 MOTHER PCB (LITHIO)
A
TU3.3 L2202
TU3.3
A 1 0 2 1 H C D GNDD
NM
C221
5 0 2 2 C
NM C221 NM GNDD X2201
L2201 2 0 2 2 C
B
0 1 / u 1 . 0
CTF1749-A 3 0 2 2 C
0 1 4 / u 0 2 1 . 2 0 C
A 1 0 2 1 H C D
CSS1867-A
9.216MHz 7 3 M 2 N 2 C
GNDRF 2 3
1
R2201 6 NM 7 0 0 2 M 2 2 N 2 C C
FM/AM ANT JA2201 3
VBGP C2234
1 0 2 2 P
1 0 2 2 C
X A 0 1 5 A M 0 N 2 2 2 D G E A Z E
10p/50 2 0 2 2 D
X A 0 5 A 2 G E A Z E
4
C2209
C2212
4
22p/50 7 0 2 M C2213 2 L N
VL2201 CTC1216-A
5
FM_CAP
1000p/50 C2225 NM
3
5 FM_IN_M
0
2
R2243
1
R2244 0
6 FM_IN_P
270p/50
GNDRF
7
R2202 0 NM 1 1 1 2 M 2 2 N 2 C C
0 1 / u 1 . 0
C2221 R2212
NM C2238
C2222
1000p/50 GNDBT
390
3 1 M 2 1 2 R
R2246
C2220
L2204
470p/50
CTF1389-A
L2208 NM
4 1 2 M 2 1 R
0
2 3 2 2 C
GNDV
L2203 T LCYC150K1608-T A X 7 6 2 0 A M 0 2 N 0 3 7 2 5 M 0 A L L N 2 2 T 2 A 5 D G E 3 A 3 2 Z 2 M 2 M E N 2 2 N C C
GNDRF
BLGND
BLEND
F
A 12/16 100
AVH-X2700BS/XNUC 1
0 1
8 8 4 3 2 3 M 3 M 1 2 M 2 2 N 2 2 N 2 N 2 2 R C C C
E
A 5/16
P A C _ P A _ N VSSA_RF N I L _ _ M M A A
C2219 1000p/50
0
8
9
R2247
GNDD
VDDA_RF
NM GNDRF
GNDD
VSSA_IFADC
0.22u/6.3
L2205 LCMAR27J1608-T
IMSA-6803-01Y900
D
2
N S I S _ V L A T X VDDA_IFADC
3
C2208
YKS5041-A 2 1
C
0 1 / u 1 . 0
1 3
2
3
4
0 5 / p 0 0 5 1
5
6
7
8
A
A 12/16 MOTHER PCB (LITHIO) WWRD3.3 C2214
Tuner_L Tuner_AG
NM C2215
Tuner_R
A 8/16
NM GNDD 0 1 M 2 2 N L
9 0 M 2 N 2 L 2 4 0 2 2 R
7 3 M 2 N 2 C 2 3
5 3 0 0 2 M 2 2 N 2 M R N R
1 3
0 3
N S I S _ V L A T X VDDA_IFADC
L _ C A D
R2209
4 6 0 k 0 k 2 0 2 0 2 1 2 1 R R
9 2
8 2
R _ C A D
7 2 1 _ O I P G
0 _ O I P G
7 k 8 k 0 7 0 7 2 . 2 . 2 4 2 4 R R
100
2 _ O I P G
L C S
24
SDA
1 1 2 M 2 N R
22 IC2201 TEF6686HN GND 33
FM_CAP
21
6 1 2 2 C
VSSD
GND FM_IN_M
I.C
FM_IN_P
I2S_SD_1
VDDA_RF
I2S_BCK
20
L B _ R D 1 1
S W _ R D 2 1
A T A D _ Q _ R D
K C B _ R D 3 1
4 1
A T A D I_ _ R D 5 1
I2S_WS 0 _ D S _ S 2 I
0 7 1 1 / u 2 M 1 . 2 N 0 C
C
NM
19
R2215
TUAD2
0 18
R2216
TUACLK
220 17
R2217
TUAWS
0 R2218
TUAD1
NM
0
6 1
D
5 9 1 M 4 2 N 2 0 2 2 R R
R2237 0 5 / p 0 0 5 1
B
100
VDDD
8 4 M 1 M 2 2 N 2 2 N 2 C C
A 5/16
R2210
VSSD_IO
0 1
TUNDATA
23
VBGP
9
TUNCLK
R2240 NM
5 2
6 2
VSSA_IFADC
P A C _ P A _ N VSSA_RF N I L _ _ M M A A
R2239 NM
4 6 5 2 3 2 2 0 2 0 2 0 2 2 2 R R R 7 2 M 2 N 2 C
6 2 M 2 N 2 C
1 0 3 3 2 0 2 2 0 2 R R 9 2 M 2 N 2 C
8 2 M 2 N 2 C
GNDD
0
1 k 2 3 2 . 2 3 R 9 L 6 9 3 6 2 1 3 T 0 2 B 2 T M 2 B Q P : M b M u S
3 2 k 2 1 2 R
7 k 2 3 2 . 2 3 R
9 2 L 6 0 9 3 2 6 2 2 3 2 T Q T B B M M P : M b u S
9 L 6 9 3 6 2 3 3 T 0 2 B 2 T M 2 B P Q : M b M u S
A 11/16
9 2 k 2 1 2 R
R2235
9 4 L 6 0 9 3 2 6 2 2 3 2 T Q T B B M M P : M b u S
TUBBD2
0
R2234
E
TUBBD1
0 6 2 2 2 R
0 k 0 2 2 8 3 M 2 0 2 . 2 N 2 2 2 1 2 2 1 R C R
8 k 1 3 8 . 2 M 2 0 2 1 2 N 2 2 1 C R
R2232
R2233
TUBBCLK
0
TUBBWS
0
SERVICE UNIT(MOTHER I/F) Consists of MOTHER PCB INTERFACE PCB
F
A 12/16 AVH-X2700BS/XNUC 5
6
7
8
101
1
2
3
4
10.12 MOTHER PCB (PWR USB)
A 13/16 MOTHER PCB
A
(PWR USB)
BUP14.4
USB5
B
2 0 4 2 D
3 5 0 5 0 6 F 1 D
USB5
R2422
C
k k k k 1 1 1 1 3 2 0 4 0 0 1 0 4 4 4 4 2 2 2 2 R R R R
L2401 CTH1524-A 10u
NM 2125 R2421
USB5
5 0 4 2 C
6 1 / u 0 0 1
4 1 4 2 C
0 1 / u 1 . 0
CCN1325-A 39m
T A - 6 4 1 / 5 u 2 2 1 2 G C C
5 1 4 2 C
IC2401 GNDD
1 2 3 4
4 1 1 M 0 4 N 4 2 2 C C
D
5
6 1 / u 7 4
R2412 1608 R2424
GNDD ) 7 k 8 D 0 5 0 ( 4 . 4 2 1 2 k R R 3 3 0 0 5 1 / 8 4 p 1 M 2 0 4 N 2 C 8 6 R
NM C2402
6
NM T 2 A 1 6 4 8 2 2 5 2 1 / C G u C 1 . C 0
7 8 9 10
27p/50 C2401 R2401 7.5k
2200p/50
11 GNDD
12
NC1
LX
RSO
PGND
NC2
BT
PVCC1 BTVCC PVCC2
TL
VCC
FLAG
NC3
RADJ
RSIN
SYNC
VREG
EN
SGND
CT
COMP FB
RT SS
6 0 4 2 C
E
9 k ) 0 2 D 4 . ( 2 8 R
A 2 3 8 0 M 0 4 9 6 N 2 7 1 L 1 F T 1 C 0 M 0 N 4 2 3 D M 0 6 0 B R
USBFLG
A 6/16
USBCONT
24 23 22
GNDD C2403
21
0.1u/16
20
C2409
19
0.1u/16
18
R2416 R2406 0
17
365.8/413.9kHz DDCCLK
12k (D)
A 5/16
16 15
C2407
14
R2405
13
C2408
AN33014UA
7 1 4 M 2 N R
5 1 4 2 R 6 1 4 2 C
0 1 / u 1
1000p/50 220k 4700p/25 R2414
R2413
200k
390k
GNDD
k 0 0 2 0 4 1 2 R
GNDD GNDD
Ref.2401-2500
SERVICE UNIT(MOTHER I/F) Consists of MOTHER PCB INTERFACE PCB
F
A 13/16 102
AVH-X2700BS/XNUC 1
2
3
4
5
6
7
8
A
B
C
D
E
F
AVH-X2700BS/XNUC 5
6
7
8
103
1
2
3
4
10.13 MOTHER PCB (LS2.5 IF)
A
DDC3.3
B
C
XRST
XRST
IRQPW
A 5/16
IRQPW
SYSTOMecha
SYSTOMecha
MechaTOSYS
MechaTOSYS
Mecha_STB
Mecha_STB
MEC_Y
MEC_Cb
A 6/16 D
MEC_Cr
A 7/16 A 6/16 A 7/16
E
A 8/16
MechaV
MechaVG
SPDIF_MECHA 2 1 5 2 C
0 5 / p 9 3 IC2501
GNDD
1
VCC
IN_B
5
1 1 5 2 R
2 IN_A 3 GND
OUT_Y
TC7SZ32FUS1 C2509
Ref.2501-2550
0.1u/10
F
GNDD
A 14/16 104
AVH-X2700BS/XNUC 1
2
3
4
4
L2503 VTL1126-A
5
6
7
8
A
DDC3.3
VD8
VD5
A 14/16 MOTHER PCB (LS2.5 IF)
8
5 1 2 A 0 M 5 5 N 2 . 2 1 P
1 0 5 2 P
2 A 0 M . N 3 1
2
TO LS2.5
1 0 M 5 N 2 L
2 0 M 5 N 2 L
B
CN2501 VKN1620-A
4 0 5 2 C 1 2 M 0 0 5 5 2 N 2 M C N C
6 1 / u 1 . 0
M M M N N N
3 0 M 5 2 N C
7 0 5 2 C
8 0 5 2 C
5 0 5 2 C
PGND
GNDD GNDD
R2505
470
R2506
220
R2507
220
R2508
220
R2509
220
R2510
220
R2501 NM
1
VD8(Drv)
2
VD8(Drv)
3
VD8(Reg)
4
PGND
5
PGND
6
DGND
7
VD5
8
AMUTE
9
XRESET
10
IRQPWR
C
11
HSTCMD
12
SLVSTS
C
13
STANBY
CN1952
14
VIDEOGND
15
Y
16
VIDEOGND
R2502 NM R2503 NM R2504
17
Cb
18
VIDEOGND
19
Cr
20
VIDEOGND
21
COMPOSIT
22
VIDEOGND
23
AGND
24
ANALOG_R
NM 6 1 5 0 2 R
6 0 5 2 C
GNDD 0 5 / p 0 2 2
R2512 NM
GNDA
1 1 M 5 N 2 C
R2520
R2521
NM
NM
1 1 0 5 2 2 1 GNDD R
25
AGND
26
ANALOG_L
27
AGND
28
DGND
29
IECOUT
30
DGND
D
E
GNDD
L2503 VTL1126-A
C2513
R2513
DCH1201-A C2514
NM
DCH1201-A GNDV GNDA
GNDD
SERVICE UNIT(MOTHER I/F) Consists of MOTHER PCB INTERFACE PCB
GNDD
F
A 14/16 AVH-X2700BS/XNUC 5
6
7
8
105
1
2
3
4
10.14 MOTHER PCB (EXT I/F) (1/2 scale)
A
HSYNC
HSYNC CSYNC/VSYNC
ANR ANB ANG
ANR
WWRRF3.3 AVCC5
ANB
SYS8
ANG FAIL_CDP
FAIL_CDP CHARGE CTL3 DD+
CHARGE CTL3 DD+ LCDVCLK/RSTB LCDSTV2/HSD LCDOEV/VSD
7 2 k 1 2 . 3 1 R
LCDDIO1/NC LCDLD/DE
0 M 9 3 0 J 2 Z GNDA D
LCDPOL/STBYB LCDHCLK_G LCDR0/B0 LCDR1/B1 LCDR2/B2 LCDR3/B3 LCDR4/B4 LCDR5/B5 LCDG0 LCDG1
A 6/16
B
LCDG2 LCDG3 LCDG4 LCDG5 LCDB0/R0 LCDB1/R1 LCDB2/R2 LCDB3/R3 LCDB4/R4 LCDB5/R5 SXIPWEN IRQ/INT TCHCLK TCHDATA GERTOSX SXTOGER DTVTOGER GERTODTV GERTOiDL iDLTOGER
5 0 1 3 D
LCDHCLK_G LCDR0/B0 LCDR1/B1 LCDR2/B2
iTV_L iTV_GND
C
iTV_R
A 8/16
AEQMICIN RCA_SWR RCA_SWL RCA_FR RCA_FL RCA_RR RCA_RL SXL SX_AGND SXR
LCDR4/B4
E11 E1 1
LCDR5/B5
LCDG1 LCDG2 LCDG3 LCDG4
6 k 2 0 1 3 1 R
LCDG5 LCDB0/R0 LCDB1/R1 LCDB2/R2
Q3101 2SD2114K(VW)
LCDB3/R3
GNDA
LCDB4/R4 LCDB5/R5 SXIPWEN IRQ/INT MICSENSR
TCHCLK
AEQAUXSW
TCHDATA GERTOSX
RGBARI GUIDEON SYSTONAV NAVTOSYS
0
NM
GERTODTV GERTOiDL
AUX_AGND R3203
iDLTOGER
ONSEI+2 ONSEI-2
R3204
DTVRST
NM
iTV_L
iTV_R AEQMICIN RCA_SWR RCA_SWL
DTV_AG
R3206
DTV_R
NM R3207 R3208 NM
DTV_VG
RCA_FR RCA_FL RCA_RR
DTV_V
RCA_RL
DTVTOSYS
SXL SX_AGND SXR
SYSTODTV
NM R3209
0
AEQAUXSW
AEQAUXSW
A 5/16
BLSYNC DIMMER BLEN BLERR COMDC TEMPSENS R_PWM G_PWM
R3225
R3224
R3221
18k (D)
0
13k (D) 0.1u/10 C3222 1
GNDD
FAN_PWM
2
WIREDAD0
R3222
WIREDAD1
270
WIREDAD2
3 3 k 3 2 M 2 2 0 2 8 3 N 3 6 R C
INVSS
OUT
IN+
0
BLEN
DTVRST DTVTOSYS
ATV_V AUXV
E
AUX_VGND AUX_AGND AUXR VCR_V VCR_VGND VCR_L
A 7/16
VCR_R VCR_GND RCA_V BCAMGND BCAMIN DTV_L DTV_AG DTV_R DTV_V DTV_VG
VCR_R
12 SYSTODTV
VCR_GND
0 6 1 M 3 N C
15 GERTODTV
6.8k
NM SYNCSEL
4
GNDD C3157 1000p/50
5 6
G_PWM
5 2 M 2 3 N C
B_PWM
GND
SYSMUTE
B2
S
C3168
RCA_FL
R3167 NM 9 6 M 1 N 3 R 0 7 M 1 N 3 R
C3170
VSYNC
R3172
CCG1201-A
1
C3171
RCA_RR
REMIN
NM R3179
R3173
CCG1201-A
NM
GNDD
RESET
R3180 N N
5 7 M 1 N 3 R 6 M 7 1 N 3 R
LCDPW BEEP DTVRST
ATL7015-A 2016
DTVTOSYS
C3172
R3178
CCG1201-A
NM
RCA_RL
L3231
SYSTODTV
RGB VIDEO ISOLATOR
ATV_V AUXV
A 2 V 2 3 0 9 2 1 1 3 1 C u G 0 C 1 C
AUX_VGND AUX_AGND AUXR VCR_V
Ref.3231-3250
GNDV
VCR_VGND VCR_L
IC3231
VCR_R
midpoint 2.1V
VCR_GND L3232
RCA_V BCAMGND
NM
GNDV
1
3
C3231 0.1u/10
GND VCC
C3236
GNDSIG
1u/10 C3237
CSYNC_CN
N_CSYNC
BH7673G
BCAMIN DTV_L DTV_AG
5
4
2
FAIL_CDP
1u/10
IC3232 ANR
DTV_R
R3233 100
DTV_V
L3233
DTV_VG
NM
GNDV C3233 0.1u/10
1
5
C3238
GNDSIG
2 3 GND VCC
4
1u/10 C3239
ANR_CN
N_R
1u/10
D-
BH7673G
AUXL
D+
4 9 k % 1 4 3 2 D R IC3191 6 5 4 3 STCC2540IQ 1 1 1 1 T M 2 1 I C D L L N I N U 1 G A 12 F IN OUT 2 11 DM_OUT 2 D 7 DM_IN N 1 3 10 DP_OUT G DP_IN 4
1
ANB 100 R3232
L3234
SYSMUTE
ANG
MICN
MICN
MICP
MICP
GNDV C3234 0.1u/10
R3231 100
GNDV C3235 0.1u/10
5
C3240
4
1u/10 C3241
2 3 GND VCC
N_B
BH7673G IC3234
GNDSIG ANB_CN
1u/10 CTL3
1
5
C3242
GNDSIG
2 3 GND VCC
4
1u/10 C3243
ANG_CN
N_G
BH7673G
0 2 / 9 1 u 1 1 3 . C 0
9 CHARGING 1 2 3 L L L N T T T E C C C
5 6 7 8
1k
GNDD CHARGE
2
R3195
NC1
1u/10
AVH-X2700BS/XNUC 1
NM
C3169 CCG1201-A
RCA_SWL
A 15/16 106
R3166
CCG1201-A RCA_SWR
GNDD
2
NM
A 16/16
NM
NM
L3235
F
R3161
5 M 6 N 1 3 R
7 2 k 2 0 3 1 R
3
NM
A 5/16 A 8/16 A 9/16
C3167 CCG1201-A
GNDD
3 M 6 1 N 3 R
IC3233 AUXL
SYSMUTE
ATV_V
A 7/16 A 8/16
4 0 3 5 GNDV 5 / 5 M 1 u 1 3 1 . 3 N C 0 C
B1
A VCC
2
FSMD075-24R 3 k 5 2 1 2 3 R 9 5 M 1 3 N C
14 DTVTOGER
IC3222 R3228
CSYNC/VSYNC
COMDC TEMPSENS R_PWM
KDT1
SYSTODTV
0 1 1 2 / u 2 1 . 3 0 C
GNDD R3229
BLERR
P3152
1
11 GND
C3
2 k 5 2 1 2 3 R
RCA_V
GND
GNDD
R3151 NM
R3226
4
TC75S57FU
BLSYNC
KDT0
BEEP
GNDV
Ref.3221-3230
DIMMER
KDT1
LCDPW
VCR_L
CSYNC LEVEL CARGE
5
VDD
GNDD FCONT_M
KDT0
RESET
VCR_VGND
7 DTV_VG
RCA_FR
IC3221
B_PWM REMIN
VCR_V
6 DTV_R
13 GND
R3212
SYNCSEL FCONT_M
5 DTV_AG
GNDV
NAVTOSYS ASENBO
WIREDAD2
StoD
R3213 0 5 4 3 2 k 0 0 0 0 7 2 0 2 2 2 4 3 5 3 3 0 3 M 5 C / k C N C C / 6 7 7 p p 1 1 0 0 2 2 4 1 0 0 5 M 0 3 3 1 M 0 N 1 0 2 M R R 1 2 N 3 N GNDD 3 R R GNDD GNDV GNDA
SYSTONAV
MICSENSR
WIREDAD1
VCC
NM
1 1 C315 3 1 4 1 0 0 M 5 0 M 1 1 M 1 M 1 D31 3 N 3 N 3 N 3 N DZ2S1 P C P C 2 2 0.1u FOR SERVICE
GUIDEON
ASENBO
WIREDAD0
D
VCC
3
R3120 NM
GNDRF
10 DTVTOSYS
0
RGBARI
2
9
DtoS
R3211
AUXL
0 5 6 / 2 p 1 0 3 0 C 0 1
8 DTV_V
NM
0
22k
AUXV
4 DTV_L
NM
R3210
WWRRF3.3
1 DTVRST
R3214 NM
R3119 22k
AUXR
CN3201 CKS6638-A
R3205 GNDD
DTV_L
R3118
AUXL
DDC3.3
NM
GNDD 1 0 M 2 3 N C
100
iTV_GND
MICSENSR
FAN_PWM
R3129
AUX_VGND
SXTOGER DTVTOGER
GERTODTV AUXL
RN4984
3 . 3 F R R W W
LCDG0
DTVTOGER
A 7/16 A 8/16
C23 C23 B12 B1 2
u 0 7 5 1 6 0 2 0 2 1 M 2 M N 2 V 3 N 3 C 0 C 1 ONSEI-2
Q3102
R3128 1.5k
R3202
ONSEI+2
AEQMICIN
AEQMICIN
LCDR3/B3
3
4
5
6
7
8
A 3 . 3 C D D
SYS8
A 15/16 MOTHER PCB
5 2 B 1 S X U S
5 D V
(EXT I/F) 4 . 4 1 P U B
CN3202 CKS6646-A
COMDC 8 D V
1 COMDC
LCDPOL/STBYB
2 LCDPOL/STBYB
LCDVCLK/RSTB
3 LCDVCLK/RSTB
LCDOEV/VSD
4
LCDSTV2/HSD 7 2 k 1 2 . 3 1 R
AEQMICIN
LCDHCLK_G
MIC SENS
7 LCDHCLK_G/DCLK_G
C23 C23
8 GNDD
MODEL
LCDLD/DE
AVH-X2700BS/XNUC AVH-X2700BT/XNEW5 AVH-X2700BT/XNUW5 AVH-X2750BT/XNRC AVH-X2750BT/XNRD F AVH-X2750BT/XNRI G AVH-X2790BT/XNID
LCDR5/B5
A B C D E
Q3102
R3128 1.5k
6 GNDD
(3.9V)
0 M 9 3 0 J 2 Z GNDA D
5 0 1 3 D
4 E2
0 5 B2 5 / 5 2 p 1 0 E11 E1 1 6 C1 3 7 RN4984 C 4 B12 B1 2
GNDA
9
11 LCDR4/B4
LCDR3/B3
12 LCDR3/B3
LCDR2/B2
13 LCDR2/B2
LCDR1/B1
14 LCDR1/B1
LCDR0/B0
15 LCDR0/B0 16 GNDD
LCDG5
17 LCDG5
LCDG4
18 LCDG4
LCDG3
19 LCDG3
Q3101 2SD2114K(VW)
21 LCDG1
LCDG0
22 LCDG0 23 GNDD
LCDB5/R5
24 LCDB5/R5
LCDB4/R4
25 LCDB4/R4
LCDB3/R3
GNDA
26 LCDB3/R3
LCDB2/R2 GNDA
27 LCDB2/R2
LCDB1/R1
AUX:+2.21 dBs
28 LCDB1/R1
LCDB0/R0
AUX
30 GNDD 31 LCDDIO1/NC 32 GNDD
R3121
0
NM
L3101
R3122 NM R3119
22k 22k
2
VTL1126-AL3102 AUL
4
NM
VTL1126-AL3103 AUR VTL1126-A AUV
3 AUXL
1 1 C3158 3 1 4 1 0 0 M 5 0 M 1 1 M 1 M 1 D3154 3 N 3 N 3 N 3 N DZ2S180C P C P C 2 2 0.1u/50 ERVICE GNDD
R3151
0 0 0 0 5 / 5 / 5 5 / R3125 p p p / C p NM 3 0 0 0 2 4 0 2 M 0 0 0 3 1 M 1 N 0 0 0 0 0 2 8 0 3 N 3 1 1 1 1 0 1 1 1 C C S 3 0 3 2 7 8 9 D 2 2 2 3 D Z 1 1 1 1 D 3 3 3 3 C C C C GNDD
1
L3151 VCVI L3152 VCVG
VTL1126-A
L3153 VCLI
VTL1126-A
L3154 VCLG
L3155 VCVO VTL1126-A VOVG
2
L3156
FSMD075-24R
VCRI
VTL1126-A VCRG 3 k 5 2 1 2 3 R 9 5 M M 1 N 3 N C
0 4 5 3 2 0 5 GNDV 5 / 5 M 5 / 1 u 1 1 u 3 1 3 1 . 3 N . C 0 C C 0
C3157 1000p/50
C3167
R3161
CCG1201-A
NM
6 L3157 5 1 0 VTL1126-A 3 / 5 C p 0 7 2
NM R3167
CCG1201-A
NM E B C 1 1 2 3 1 2 2 6 M 1 0 N 3 Q M 7 1 4 N 3 6 5 B E C 1 2 2 R R3172
CCG1201-A
8
VCR_VIN
7
VCR_VG
6
VCR_LIN
5
VCR_LG
4
VOUT
3
VOUT_G
2
VCR_RIN
1
VCR_RG
44 R_PWM 45 G_PWM
47 REMIN 48 BLERR
DIMMER
VCR:+8.23 dBs
2 k 6 2 1 2 3 R
49 DIMMER
BLEN
50 BLEN
BLSYNC
51 BLSYNC
RCA V IN OUT
52 BLGND 53 BLGND
Ref.3151-3161
(750mA)
54 BLGND
Fast acting fuse CEK1380-A P3051 1
BLGND
57 DDC3.3
2
58 ILM
0 1 5 6 / 1 p 3 7 C 2
Q3051 HN1B04FU(YGR) R3058 6 1
JA3161 CKB1113-A
R3059
FRO
1 FLO L3161 L3162 2 0 3 5 6 VTL1126-A / L3163 SWRO p 1 3 7 3 2 C VTL1126-A L3164 SWLO 4 VTL1126-A L3165 RRO 5 1 k VTL1126-A RLO 0 4 2 7 A / 5 6 2 1 6 3 D 1 p 3 R N 7 L3166 GNDA1 C 7 G 2 VTL1126-A 8 k 6 2 1 2 3 R
8
NM R3179
5.6k
5 4
3
3.3k FROUT FLOUT SWLOUT RROUT RLOUT
GERTOSX
L3055 VTL1126-A
SXTOGER
L3054
VTL1126-A
SXIPWEN
L3053
VTL1126-A
GERTOiDL
L3052 VTL1126-A
iDLTOGER
L3051 VTL1126-A
50 GERTOSX 49 SXTOGER 48 SXIPWEN 47 GERTOiDL 46 iDLTOGER
WIREDAD1
44 WIREDAD1 43 NC 42 NC 41 ASENBO 5.1V
RGBARI
40 RGBARI
GUIDEON
PREOUT
39 /GUIDEON
SYSTONAVI
SYSTONAV
38 SYSTONAV
NAVTOSYS
NAVTOSYS
Ref.3161-3190
37 NAVTOSYS
BEEP
GNDA
36 BEEP
MICP
GNDA
35 MICP
MICN
34 MICN
CCG1201-A
NM
5 7 M 1 N 3 R
E B C 1 1 2 3 1 2 3 6 M 1 3 6 N 7 Q M 1 4 E N 3 6 C 5 B 1 2 2 R C3172
R3178
CCG1201-A
NM
33 SX12
NM
R3173
32 SX12 4 k 7 2 1 2 3 R
0 5 5 6 / 1 p 7 3 2 C
7 6 k 7 A 0 5 6 2 1 D / p 1 2 3 N 7 3 R G 2 C
2 5 3 4 1 7 7 M 7 M 6 1 1 1 1 3 3 N 3 N 3 C M C C P N 1
GNDPRE
R 4 2 5 7 0 D M S F
31 NC
R3051
30 DDC33
NM
29 NC
R3052
28 VD5
NM
27 GNDD 26 GNDD
GNDA
24 GNDD GNDD
HSYNC VSYNC
19 GNDSIG
17 GNDSIG 16 ANG 15 GNDSIG 14 ANB 13 GNDSIG
SXL
12 SXL
SX_AGND
11 SX_AGND
SXR 4 9 k % 1 4 3 2 D R IC3191 6 5 4 3 STCC2540IQ 1 1 1 1 T M 2 1 I C D L L N I N U 1 G A 12 F IN OUT 2 11 DM_OUT 2 D 7 DM_IN N 1 3 10 DP_OUT G DP_IN
R3195
E
18 ANR
ANB_CN
/ u .
CN4004
22 CSYNC 20 VSYNC
ANG_CN
3 6 k 7 k 9 k 9 0 9 0 1 0 1 1 1 3 1 3 1 3 R R R
23 GNDD 21 HSYNC
GNDSIG ANR_CN
NC1
D
25 GNDD
CSYNC_CN
4
D
45 WIREDAD0
10k R3062 2.2k
SWROUT
60 ILM
BLGND
WIREDAD0
k 0 0 6 1 0 3 GNDD 2 R R3061 ASENBO
59 ILM
CN3051 CKS6645-A
A only
R3180 NM C3171
55 NC 56 DDC3.3
R3001 NM A 2 0 7 6 9 5 6 9 1 V u 1 M 8 1 0 / 2 0 0 M 0 0 0 N 0 0 M 0 u 1 0 0 N 1 1 1 3 3 N 3 0 2 3 3 G C C 0 C C C C 1 C
4 k 6 2 2 1 A 0 5 6 2 3 D / 1 p 3 R N 7 C G 2
C
46 B_PWM
BLERR
JA3151 CKB1110-A
VTL1126-A
9 6 M 1 N 3 R
C3170
43 KDT1
G_PWM
GNDD
R3166
C3169
KDT1 R_PWM
A only
E B C 1 1 2 3 1 2 1 6 M 1 3 5 N Q 6 M 1 N 3 6 C 4 E 5 B 1 2 2 R
CCG1201-A
42 KDT0
GNDD
3 M 6 1 N 3 R
C3168
40 TCHCLK 41 RESET
KDT0
GNDV 3 2 1 C C M 5 5 5 0 0 1 1 N 1 8 8 3 3 3 1 1 D D S S DGNDA 2 2 Z Z D D
GNDD
GNDV
39 TCHDATA
TCHCLK RESET
B_PWM
VTL1126-A P3152
TCHDATA
AUXR
36 FCONT_M 37 TEMPSENS 38 IRQ/INT
REMIN VTL1126-A
2 k 5 2 1 2 3 R
1
IRQ/INT
VIDEO
L3104 CVTL1126-A 0 8 1 S 2 Z D
C 0 1 8 0 1 1 S 3 2 D Z D
TMPS
TEMPSENS
GND
GNDD
C3151
NM
C 0 4 8 0 1 1 S 3 2 D Z D
35 LCDPW
FCONT_M
AUXG
NM
R3120 NM
CN5003
34 GNDD GNDD
LCDPW
R3124
NM
GNDV
33 GNDD
JA3101 CKN1106-A
R3123
R3118
B 1/4
29 LCDB0/R0
LCDDIO1/NC
Ref.3101-3150 R3129
B
20 LCDG2
LCDG1
2 2 1 E B C 4 5 6 4 3 8 0 9 1 4 3 N Q R 3 2 1 2 1 1 C B E
LCDLD/DE
10 LCDR5/B5
LCDR4/B4
LCDG2 6 k 2 0 1 3 1 R
LCDOEV/VSD
5 LCDSTV2/HSD
JA3191 CKN1097-A
1 V A 9 0 1 1 1 0 3 / u 2 C 0 1 1 H C GNDD D
ATH7015-A L3191 3
4
2
1
RT4 VBUS 1 D2 D+ 3 GND 4
D3192
9 CHARGING 1 2 3 L L L N T T T E C C C
RT3
EZAEG2A50AX D3191
5 6 7 8
EZAEG2A50AX
1k
GNDD
10 SXR 9 SX_AGND
iTV_L
8 iTV_L
iTV_GND
7 iTV_GND
iTV_R
RT1
6 iTV_R 5 iTV_GND
ONSEI+2
4 ONSEI+2
ONSEI-2 BCIN
BCAMIN RT2
BCAMG
BCAMGND
3 ONSEI-2 2 BCAMIN 1 BCAMGND
GNDD
Ref.3001-3300
USB IF Ref.3191-3200
SERVICE UNIT(MOTHER I/F) Consists of MOTHER PCB INTERFACE PCB
GNDD
F
A 15/16 AVH-X2700BS/XNUC 5
6
7
8
107
1
2
3
4
10.15 MOTHER PCB (BT)
A
3 . 3 C D D
8 . 1 T B
B
A 15/16
MICP MICN
R2904
NM
R2905
NM
6 1 M 9 N 2 R C
SOTOBT
UART_
SOTOBT BTTOSO
BTTOSO
100
R2906 R2907
UART_
NM
SPI_DB
A 6/16
SPI_DB R2903 NM
BTRST
R2908 R2909
nR
1k
NM R2901
D
BT1
1k
A 2/16
2 0 M 9 N 2 R
BT18ON
A - V 2 1 0 0 0 1 M 1 0 0 1 9 9 N 9 M 2 N 2 2 2 1 u C G R C 7 . C 4 C
3 0 9 M 2 N C
4 0 9 2 C
A - V 1 0 0 1 2 1 u G 7 . C 4 C
5 0 9 2 C
0 6 1 0 / u 9 1 . 2 0 C
0 1 / u 1 . 0
LINE LINE
GNDBT E
TO BT MODULE PIONEER BT MODULE (SUNTE Ref.2901-3000
F
A 16/16 108
AVH-X2700BS/XNUC 1
2
3
4
5
6
7
8
A
A 16/16 MOTHER PCB (BT)
B
BT MODULE CN2901
CKS6346-A
C
UART_AT_RX UART_AT_TX SPI_DBG_RX SPI_DBG_TX BT33V nRESET BT18V BT18V BT18_EN 0 1 / u 1 . 0
VSS LINEOUT_L LINEOUT_R
R2911 NM
I2S_DATA 12 13 11 14 10 15 9
16
8
17
7
18
6
19
5
20
4
21
3
22
2
23
1
24
NC
L2901 NM
I2S_SCK I2S_LRCK
R2914
I2S_MCLK
R2912
270
R2913
270
R2915
270
BT_DO
BT_BCK
A 8/16
BT_LRCK
NM 5 4 3 1 M 1 M 1 M 9 9 N 9 N 2 N 2 2 C C C
BOOTS VSS MIC1_N C2909
MIC1_P
1u/10 1608 R2918
MIC_BIAS MIC2_P R2920 1k
0 1 M 7 1 0 9 2 N 9 2 C R
D
2.2k
MIC2_N R29211k 7 0 9 2 C
6 1 / u 0 2 2
8 0 M 9 N 2 C
9 1 9 0 2 R
2 1 1 M 2 M 9 N 9 2 N 2 R C
GNDA
E
ULE LE (SUNTEC)
U2901 NM
0
RT1
RT1
RT2
RT2
SERVICE UNIT(MOTHER I/F) Consists of MOTHER PCB INTERFACE PCB
GNDBT
F
A 16/16 AVH-X2700BS/XNUC 5
6
7
8
109
1
2
3
4
10.16 SERVICE UNIT (MONITOR) (MONITOR) (PCB I/F) 4,5 DDC3.3
A
4 ILM8
CN5003 CKS6646-A RESET 60
COMDC
59
STBYB
58
RSTB
57
VSD
56
HSD
KDT0 KDT1
55
G_PWM DCLK_G
54
B_PWM
53
B
52
DE
51
LCDB5
50
LCDB4
49
LCDB3
48
LCDB2
47
LCDB1
46
LCDB0
REMIN
B 4/4 R_PWM
45
C
44
LCDG5
43
LCDG4
42
LCDG3
41
LCDG2
40
LCDG1
39
LCDG0
38
A 15/16 CN3202
37
LCDR5
36
LCDR4
35
LCDR3
34
LCDR2
33
LCDR1
32
LCDR0
R5005
3 k 3 8 0 1 5 R
31
NM
30 4 3 0 5 R
29 28
GNDD
27
D
26
LCDPW
25
FCONT_M
B 3/4
24
GNDD
23
0 1 / u 1 . 0
A 4 8 0 1 X C C
C5006 10u/6.3
DCH1246
6 1 0 5 C
C5017 1u/10 C5007
IRQ GNDD
RESET
20
KDT0
19
KDT1
18
IRQ
16 15
G_PWM
TCHDATA
B_PWM
TCHCLK
R5014 NM
0 1 0 5 C
12
DIMMER
11
BLEN
10
BLSYNC
B 2/4
9 8 BLGND
6 5 4 3 2 1
M 2 1 N 0 5 C
M N
GNDD
B 1/4 110
1 1 0 5 C
AVH-X2700BS/XNUC 1
2
NM
R5013
BLERR
13
NM
R5009
R5015 NM
REMIN
14
R5008
NM
R_PWM
17
F
0.1u/10 R5007 NM
TCHCLK
21
7
M 2 N 0 0 5 L
CCG1244-A-T
TCHDATA
22
E
0 5 / 1 1 u 0 1 5 . C 0
1 0 0 5 H T
0
3
4
M N
M N
5
6
7
8
B 1/4 SERVICE UNIT(MONITOR) (PCB I/F)
A
CN5004 CKS6063-A
1 2 3 4
E
5 6 7
CN5501
8 9 10
B
11
Q5001 HN1C01FU(YGR) 1 E1 2 B1 3 C2
R5030 2.7k
(RED)
3 2 0 5 R
M N
6 C1 5 B2 4 E2
R5031 2.7k
2.7k
(GREEN)
1 2 8 0 6 5 R
4 2 8 0 6 5 R
2 2 6 0 5 5 R
5 2 6 0 5 5 R
B U 2 3 0 2 0 5 5 R 7 Q C 3 1 M 0 S 0 N 0 L 5 5 C D
R5032
(BLUE)
C 8 6 6 0 0 0 S 5 2 D Z D
M 5 0 N 0 5 D
7 8 2 6 0 5 R 6 M 2 N 0 5 R
9 2 0 5 R
C 8 6 0 S 2 Z D
8 2 6 0 5 5 R
M N
GNDD
GNDD
C 3 BL
) T H G I D L C L K T C F A T B (
CN5002 CKS4428-A 1
B 2/4
R5005
2
ISEN
NM
C5006 10u/6.3
M 2 N 0 0 5 L
C5005 10u/6.3
G1244-A-T
5009
OTHERS 0
1u/10
1u/10 C5008
4 3
PENIRQN
XL
240
2
SDA 2 SCL 1
R5010 680 XP
TVDD
0 D A C
9 N V RXP 10 P 7 7 1 0 E 1 8 0 1 5 4 CRYP 11 K I A YP 12 T S S E S N T V Y
6 5 4 3 1 1 1 1
R5012 56
GNDD
NX288 NX288A A
0
R5006
C N D N N I D X V
9 M 0 N 0 5 C
KM508 KM508ML MLEW EW
4
5 6 7 8
NM
D
JP 0 R5042
0.1u/10
GNDD
R5041
DUAL TOUCH
C5018
C5007
NM
R5040
DCH1246
C5017
5008
Model Register
CCG1244-A-T
DCH1246
0.1u/10 5007 NM
M 1 N 0 0 5 L
3
CN5001 CKS6625-A
XR
YT R5011 180
6 1 / u 1 0 . 0
1 YB 4 0 0 5 C
6 1 / u 1 0 . 0
3 0 0 5 C
2 0 0 5 C
6 1 / u 1 0 . 0
6 1 / u 1 0 . 0
1 0 0 5 C
GNDD
C 8 6 0 S 2 Z D 4 0 0 5 D
3 0 0 5 D
C 8 6 0 S 2 Z D 2 0 0 5 D
C 8 6 0 S 2 Z D
4
XL
3
YB
2
XR
1
YT
L E N A P H C U O T E
C 8 6 0 S 2 Z D
1 0 0 5 D
GNDD
F
B 1/4 AVH-X2700BS/XNUC 5
6
7
8
111
1
2
3
4
10.17 SERVICE UNIT (MONITOR) (MONITOR) (LED BL)
A
ILM8
B
0 . 8
LED BL Dri L5102
D5102 CRG03
R5102
1 0 1 5 C
ATH7068-A
6 NM 3 2 5 3 1 / G u C 0 1 C
2 0 1 5 C
6 3 2 M 1 N G C C
3 0 1 5 C
6 3 2 5 1 3 / G u C 0 C 1
6 3 7
4 0 1 5 C
5 2 3 1 / u G 0 C 1
C
0 1 5 C
6.8u M N
R5101 BLERR
C
NM DIMMER R5106 3 0 1 5 R
1k
M N
IC5101 OZ527ILN
B 1/4 B L G N D 13 (P )
BLSYNC
14
C5106
15
1u/16
16 D
17 BLEN
18 7 0 k 1 2 5 2 R
4 0 1 5 R
E
k 0 0 1
5 0 1 5 R
k 0 0 1
5 0 1 5 C
6 1 / u 1
B L G N D(P )
F
B 2/4 112
AVH-X2700BS/XNUC 1
2
3
4
2 1 1 1 C W S E R P
GNDP SYNC HS B HD R VI N SE L T R 9 0 1 1 2 2
k 6 5
0 1 / u 1
9 0 1 5 R
8 0 1 5 C
9 0 1 5 C
5
6
7
8
B 2/4 SERVICE UNIT(MONITOR)
A
(LED BL) 2 BL
B
D BL Driver L5102
D5101 RB060M-30
ATH7068-A
6.8u
3 2 2 . 1 2 5 R
M N
NM 6 1 1 5 C
0 5 0 / p 2 0 1 0 5 3 C 3
0 7 5 1 / p 1 0 5 7 C 4
R5122
0 5 / p 0 7 4
2 1 1 5 C
0 M 1 N 1 5 C
NM
6 3
5 2 3 1 / u G 0 C 1
9 1 M 1 1 5 R
C
0 2 M 1 N 5 R
B L G N D(P ) R5112
M N
9 1 1 5 C
5 1 1 5 C
B L G N D (P ) C
C5113 ISEN
1k
1 IL N
D 13 14 15 16 17 18
2 1 0 9 8 7 1 1 1 S P T C M W E U M S E W S T R C I P P A T T S S S GNDP OV P SYNC ISEN1 5 P ISEN2 HS B 2 E HD R ISEN3 VI N GNDA SE L ISEN4 5 6 F N E A N E E T R T N S S I R V C E I
0.22u/16
R5113
R5114
27 k
3.9k
D%
D%
4 1 M 1 N 5 C
1 2 1 5 R
M N
B 1/4
k 0 5 1
BLGND BLGND
6
R5115
NM
5
R5116
NM
R5117
NM
R5118
NM
4 3
D
2 1
9 0 1 2 3 4 1 2 2 2 2 2
0 1 / u 1
0 5 / p 0 0 1
k 0 0 1
R5124
NM
R5125
NM
0 0 1 E
8 0 1 5 C
9 0 1 5 C
0 1 1 5 R
1 1 1 5 R
BLGND
F
B 2/4 AVH-X2700BS/XNUC 5
6
7
8
113
1
2
3
4
10.18 SERVICE UNIT (MONITOR) (MONITOR) (LCD PW) R5210 A
Q5202
10k
2SAR502UB
C5211 NM
2
1608
D5202
DDC3.3
C5214 0.1u/50
C5210
6 M 1 2 N 5 C
DB3S308F0
1u/25
B
7 1 2 5 C
1608
D5203
C5215 0.1u/50
C5212
DB3S308F0
1u/25
GNDD (P)
3 . 3
-6V C
D5204
C5208
C5213
1u/16
DB3S308F0 GNDD (P)
6 0 2 5 R
k % 1 D 9
IC5201 R1290K103A 1 2 2 5 R
D
R5220
7 0 2 5 R
M N
k % 8 D 1
2 3
L5202
4
VTL1128-A
5
MLEW5,NX288A:L5202 other:R5220
6
0 5 / p 0 0 0 1
5 0 2 5 R
P C N 2 1 W P X X P C C L L S P C V P P C CCPGND PGND1 PGND2 CPPFB AGND CPPDLY P 5 VIN E 2 CPNFB VREF CPNDLY CE RT T Y U A O L P B T C F S S T E M V S T D D A 0 1 2 7 8 9 1 1 1
M N
0 1 / u 1
LCDPW
k 0 0 1
2 1 0 0 3 2 2 . 5 M 5 / 6 C N C u 2 2 . 0
9 0 2 5 R R5204
FCONT_M
NM
F
GNDD (P)
GNDD
B 3/4 114
AVH-X2700BS/XNUC 1
2
3
17 16 15 14 13
4.7k
8 k 0 0 2 2 5 R 9 0 2 5 C
18
R5211
GNDD (P)
E
B 1/4
4 3 2 1 0 9 2 2 2 2 2 1 1
0
7 0 2 5 C
0.1u/50
4
0 1 / u 1 4 3 0 . 2 6 5 / u 2 C 3 2 . 0 0 2 5 C
C5 6800p/
Q5201 LTC024EEB
5
6
7
8
A
B 3/4 SERVICE UNIT(MONITOR) (LCD PW) 5 V18
6 M 1 2 N 5 C
7 1 2 5 C
5
5
VM6
V92
6 1 / u 7 . 4 B
18V 2 1 2 5 R
1 k % 2 0 D 0 0 2 5 1 5 C / p 0 6 5
3 1 2 5 R
1 3 2 5 R
k 0 1
2 3 2 5 R
k 3 . 3
k % 1 . D 9
GNDD (P) C
GNDD (P)
(Height:1.8mm) IDC:510mA 22uH L5201
9.2V
D5201 RB162M-40
CTH1426-A 4 1 2 5 R 0 9 2 1
9 1 2 5 C
18 17
V 3
A - . 2 6 1 2 1 G u C 7 . C 4
2 2 6 2 / 5 1 u C 7 . 4
2 . 2
6 0 0 2 5 5 / p C 0 0 7 4
GNDD (P)
13
6 1 2 5 R
k % 9 0 D 1 2 2 5 1 R
k 7 . 4
0 5 / p 0 0 5 1
C5218 6800p/50
0 1 / u 1 3 0 2 5 C
M N
7 4 1 k % 2 2 3 D 2 5 5 R C
2 1
4.7k
5 1 2 5 R
D
PGND PPFB 16 DLY NFB 15 DLY RT 14
R5211
3 2 M 2 N 5 C
Q5201 LTC024EEB
2 0 2 5 R
0 % 8 D 6
3 0 2 5 R
k % 5 D 1 0 2 2 5 C
1 0 2 5 R
k % 2 . D 8
E
0 5 / p 0 0 1
5 0 2 5 C
8 1 2 5 R
6 1 / u 2 2 . 0
k % 5 D 1
F
B 3/4 AVH-X2700BS/XNUC 5
6
7
8
115
1
2
3
4
10.19 SERVICE UNIT (MONITOR) (MONITOR) (LCD I/F)
A
D N G A
D D V A
D D V 0 1 2 3 4 5 6 7 0 1 2 3 4 5 6 7 D R R R R R R R R G G G G G G G G
0 9 8 7 6 5 4 3 2 1 0 9 8 7 6 5 4 3 2 6 5 5 5 5 5 5 5 5 5 5 4 4 4 4 4 4 4 4
B 1/4 G _ K L C D
B Y B T S
5 B R T D D D S S S E C R V H D L
4 R D C L
3 R D C L
2 R D C L
1 R D C L
0 R D C L
5 G D C L
4 G D C L
3 G D C L
2 G D C L
1 G D C L
0 G D C L
5 B D C L
4 B D C L
3 B D C L
2 B D C L
1 B D C L
0 B D C L
B
6 8 M 1 4 V 4 V
3 . 3 C 2 2 D 9 4 D V
8 4 3 5 C
C
B Y B T S
B T D D S S S E R V H D
5 R D C L
4 R D C L
3 R D C L
2 R D C L
1 R D C L
0 R D C L
5 G D C L
4 G D C L
3 G D C L
2 G D C L
1 G D C L
0 G D C L
5 4 B B D D C C L L
3 B D C L
2 B D C L
1 B D C L
0 5 / p 0 0 0 1
0 R D C L
0 B GNDD D C L
1 R D C L
2 R D C L
3 R D C L
C5321
NM
1 G D C L
2 G D C L
3 G D C L
IC5301 NC
VCC
5
C5323
1000p/50 C5329
0.1u/16 C5325 10u/35
1000p/50 C5330
MLEW5,NX288A MLEW5,NX288A Only
C5331 CCG1192-A
C5324
R5343
4
10 0u u
10u/35
GND
NM
NM
6 M 4 3 N 5 C
5 4 3 5 C
1 A 0 5 3 3 5 6 L 1 F T C
M N
CCG1236-A-T
7 M 2 3 N 5 R
10 0V V R5321 33
D% C5326 C5332
1000p/50 C5327
MLEW5,NX288A MLEW5,NX288A Only GNDD
R5322 NM
1
10u/35
CCG1236-A-T
GNDD 0 1 / u 1 . 0
GNDD X A M A m 5 3
X A M A m 5 1
GNDD
47mAMAX
E X A M A m 6 9 3
3 5 R
2 3 3 5 R
M N
4 3 3 5 R
M 0 4 N 3 5 R
k 7 2
B U 2 3 0 2 3 5 5 R Q C S L
R5335 15k
4 4 3 5 C
R5331
COMDC
15k 3 4 3 5 C
0 3 1 3 3 / u 5 1 . R 0
M 1
1 0 3 5 Q
B U 3 2 5 R A S L
k 1 0 4 7 3 4 5 R
R5337
0
COMDC BLOCK
T A
5 3 6 / u 3 0 2 1 1
G C C
100 6 3 3 5 R
F
k 7 . 4
GNDD
B 4/4 116
AVH-X2700BS/XNUC 1
2
5 G D C L
0.1u/10
CCG1236-A-T
2 M 4 3 N 5 R
2 3
B 1/4
4 G D C L
C5328
1000p/50
D
0 G D C L
5 R D C L
G _ K L C D
L5303
1
4 R D C L
3
4
0 0 2 / 3 5 p 5 0 C 0 0 1
5
6
7
8
B 4/4 SERVICE UNIT(MONITOR)
A
(LCD I/F) TFT LCD E B K L D D D T 2 3 4 5 6 7 0 1 2 3 4 5 6 7 C E S S O S G G G G G G B B B B B B B B D D H V M R
B Y R D N D D D m H N D o T B L D D 0 C C 1 9 8 7 6 5 4 3 2 1 C T H V P N G V c I S S D U G A A V D N N V V V V V V V V V V N
G D D V
D G D E D V E N C D V G N
7 6 5 4 3 2 1 0 9 8 7 6 5 4 3 2 1 0 9 8 7 6 5 4 3 2 1 0 9 8 7 6 5 4 3 2 1 0 9 8 7 6 5 4 3 2 1 4 4 4 4 4 4 4 4 3 3 3 3 3 3 3 3 3 3 2 2 2 2 2 2 2 2 2 2 1 1 1 1 1 1 1 1 1 1
CN5301 CKS6646-A
B
5 k 2 7 3 4 5 R
6 4 3 5 R
k 7 4
T A -
7 4 3 5 C
8 9 4 k 1 3 2 0 5 7 4 1 2 1 4 / R 3 u G 5 2 . C C 2
6 M 2 3 N 5 R
0 5 / p 0 0 0 1
3 2 3 5 R
k 7 4
C
BR5344
0 G D C L
1 G D C L
2 G D C L
3 G D C L
4 G D C L
5 G D C L
0 B D C L
1 B D C L
2 B D C L
3 B D C L
4 B D C L
5 B D C L
9 0 B 4 / T Y 3 1 G u S B 5 1 _ R5345 C K R T S L D D C E S S D D H V
47k
C
47k
GNDD
GAMMA VOLTAGE BLOCK C5338
C5333 NM
NM C5334
C5339 0.1u/50
0.1u/16 C5335
C5340
4.7u
0.33u/50 R5321
R5319
33
R5317
150
D%
D%
R5313
R5311
R5309
51
R5315 33
150
130
150
D%
D%
D%
D%
R5307
D%
R5305
51
56
D%
D%
CCG1222-A
9 M 2 3 N 5 R C5341
R5303 220
D%
25V
8 M 2 3 N 5 R C5337
0.01u/50
D
2.2u/16 C5336
R5322
R5318
R5320
R5316
R5314
R5312
R5310
R5308
R5306
NM
NM
R5304
R5302
R5301 NM
1
0 1 / u 1 . 0
0 0 2 / 3 5 p 5 0 C 0 0 1
150
22
27
D%
D%
D%
9 M 1 3 N 5 C
8 M 1 3 N 5 C
7 M 1 3 N 5 C
6 M 1 3 N 5 C
5 M 1 3 N 5 C
4 M 1 3 N 5 C
24
130
27
D%
D%
D%
3 0 1 1 3 / 5 u C 1 . 0
2 0 1 / 3 5 p 5 0 C 0 0 1
1 6 1 1 3 / 5 u C 1 . 0
0 0 1 / 3 5 p 5 0 C 0 0 1
9 M 0 3 N 5 C
8 M 0 3 N 5 C
7 M 0 3 N 5 C
6 M 0 3 N 5 C
5 M 0 3 N 5 C
75
27
D%
D%
4 M 0 3 N 5 C
3 2 0 0 3 3 5 5 C C
A 1 - 0 2 V 2 5 3 2 2 5 C 1 / u G 7 C . 4 C
3.9
GNDD
GNDD
6 1 / u 1 . 0
A m 6
GNDD
X A M A m 1
X A M A m 1
E
F
B 4/4 AVH-X2700BS/XNUC 5
6
7
8
117
5
D D F T
Y b r P C C M E T
2 1 E E F F
6
H + G _ H + F
7
C
F + E _ G + E
1000->1049 1100->1199 1200->1299 1400->1449 1480->1499 1500->1599 1 6 0 00- > 1 66 66 9 1 6 7 00- > 1 69 69 9 1700->1749 1800->1849 1850->1899 1900->1950
8
DVD CORE UNIT
A
: P O W ER S U P PL Y :PU :ACT+SPDL :FLASH :SDRAM :DV5(SYS) : D V5 V5 ( F E ) : D V5 V5 ( B E) E) :VIDEO :AUDIO (ANALOG) :AUDIO (DIGITAL) : OUTSIDE I/F
C1604 1 0 6 1 R
68p/50 C1602
k 2 1
IC1004 NJM2855DL1-33
100p/50
t D u n o N i V G V 3 2 1
C1605 2 0 6 1 R
68p/50 C1603
k 2 1
VDSENS
VCC33
VCC33
VD5
100p/50 R1671
3
0 1 1 0 / 1 u 1 0 0 0 1 1 2 . 1 / u C 2 C 1
VHALF
24k
(D)
R1603
P M E T
10k (D)
) 3 8 7 0 1 0 6 / 6 1 u 1 1 . ( C 0
6 0 0 1 6 / 1 u C 1 . 0
C1601
VREF
VREF2 C 1 6 2 3
0.01u/16
AD2
1u/10
2 1 0 9 8 7 6 5 4 3 2 1 0 9 8 7 6 5 4 3 2 1 0 9 3 3 3 2 2 2 2 2 2 2 2 2 2 1 1 1 1 1 1 1 1 1 1 0 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 F T T P D U U M D O O O V 1 2 C A C C A A D D
VCC33
C1608 ( 2 1 2 5 ) CCG1201-A
VREF1
IC1953
VCC12
GNDD
1 VOUT VSS
0 4 / 1 5 u 9 1 1 C
10u
(1608)
(2125)
C1609 0.1u/10
T H D D H 4 2 P S 1 2 4 3 8 7 6 5 F H F L U D F T S D D M N N N N N N N N N H + A F I I I + E E S A A E E I I I I I O D T S V V V V V V V V G V R 3 V _ _ H A V V D C A H G V A + + AVSSB D F E AVDDB LPCO2
VCC12
3 A D N C1607 GCCG1192-A
6
7
2
5
3
4
NC1
VIN
3 0 5 1 9 / 1 u C 1
NC2 ON/OFF
C1040
GNDAU
M M 1 1
GNDD
4 5 0 0 6 6 1 1 R R
108 107
C1041 270p/50
106
LPCO2
105
CDMPD
104
LPCO1
103
DVDMPD
CDMPD LPCO1 DVDMPD
C1045 NM
R1045
GNDA
NM (3216)
102 VREFL5
F1001 DTF1106-A
101 VREFH5 100
C1612
0.1u/10
B
99
C1613
0.1u/10
A
98
C1614
0.1u/10
C
97
C1615
0.1u/10
D
96
C1616
0.1u/10
RF
95
C1617
0.1u/10
VIN3RF VIN4RF VIN2RF VIN1RF RFINP RFINN 94
VD8
93
C1625
91
C1618
100p/50
90
C1619
5600p/25
VCC5_AU
1 VOUT
1 0 0 1 C
GNDP
VIN
) 8 0 5 6 0 1 0 (
VSS
M N
4
3 NC
ON/OFF
1 C 6 1 / u 1
NM
89
IC1002 MM1886A50P
0.1u/16
VIN 88
C1620
0.22u/6.3
GNDAU
87 AVSSD 86
C1621
0.22u/6.3
85
C1622
0.033u/16
84
C1624
0.1u/10 C1521
VREFH7 PLFIL1 AVDDD 83 VDD12_3
3 P D N G
CONT
4
C1002
VCC5
3 GND
VCC5
2 VOUT
NC
5
1
A 1 ) 6 4 0 0 u 5 3 / 0 1 0 2 7 . 2 0 u 1 1 4 1 1 1 . C G 2 C 0 C ( C
2 P D N G
GNDA1 GNDA2
82
GNDA
81
TRCST
TRCST
TRCST
80
CKS6025-A
79 78 77
TRCDATA0
76
TRCCLK
75
AMUTE
TRCDATA0 TRCCLK EXTRG1 74
VD5
1
73
SDATA
72
SCLOCK
SDATA SCLOCK
3 27
F1002 DTL1106-A
GNDD1 GNDD2 2
100
NRES
SDATA SCLOCK
71
IRQPWR
IRQPWR
CMDCOMN
70
R1523
CMDCOMN
69
220
NRES VDD33_5 68
C1522 0.1u/10
67
R1513
66
R1514
VSS_7 CRGDRV MD
6 1 6 / 2 u 5 1 1 0 . C 0
10k
NRES k k k k k 0 0 . 1 1 7 0 0 1 4 1 6 2 0 9 4 2 1 1 0 2 5 5 5 5 5 1 1 1 1 1 R R R R R
STANBY
R1025
18
Y
Y_out
MD
18k
65
Cb_out
Cb
CONT2
Cr_out
Cr
63
CONT1
CONT1 62
27M
LDIN
LDIN
R1027
COMPOSITE
COMPOSITE
SLVSTS STANBY VIDEO GND
16
Y VIDEO GND
14
Cb
13
VIDEO GND
12
Cr
11
VIDEO GND
10
100
CP_RESET
61
CP_Reset
IRQPWR HSTCMD
17
15
HOME
64
XRESET
20
CRGDRV
HOME
AMUTE
22
19
STANDBY
VD5
23
21
100
CONT2
DGND
24
STSCOMN
VD8
25
NRES
STSCOMN
FG
CTF1558-A
VD8
PGND PGND
VD5_2 VD5_1 L1903
VD8
26
AMUTE
R1019
AMUTE
EXTRG0
EXTRG0
29 28
TRCDATA1
TRCDATA1
30
VD8_A
TRCDATA2
TRCDATA2
VD8_P1
1000p/50
TRCDATA3
TRCDATA3
C
CN1952
1 VD8_P2 P D N G C 1 0 1 5
0.1u/10
VSS_8
A
GNDD
GNDP
AVSSC VREFL7
NM C1044 NM
5
0.1u/10
CDATA
NM C1043
IC1003
VCC5_AU
2
92 AVDDC
CCAPA
C1042
L1902
3 2
ANAMONI1
ANAMONI1
1
CTF1487-A
ANAMONI2
ANAMONI2
B
820p/50
S-1135D12-A6 GND
9
A 14/16 CN2501
COMPOSIT VIDEO GND
60 P13 59
XCSF1
XCSSR 58
SCKDAC
57
SDODAC
SCKDAC 9 3 1 E _ R 4 3 D W _ 3 A X S D X E S D E N V V
8 1 R D A X E
7 A 2 1 7 6 5 4 3 2 1 _ D R T T T T T T T 5 2 S D D D D D D D D _ 1 _ A A A A A A A A S D 0 C X X X X X X X X S D 2 2 E E E E E E E E V V A I
K C
SDODAC N LTDAC
N L O 4 M M 12EJ L _ O C R O C 6 3 C S W _ _ 3 C _ P J D S D S C Q E B S S D M T 2 I R 8 U I V V C S 0
56
LTDAC
55
12EJ
R1540 0 9 1 1 / 5 u 1 1 . C 0
0 0 2 / 1 5 u 1 1 C . 0
R1539 100k
R1534
R1533
C1528
100k
R1536
7 4 M 5 N 1 R
LO
LOUT
R1541
220
k k 0 k k 0 0 0 1 0 1 1 1
k 0 1
7 5 9 5 3 2 1 3 5 5 5 5 1 1 1 1 R R R R
6 2 5 1 R
STSCOMN
VSENS
4 0 0 1 R
7 0 0 1 R
8 k 1 8 . 0 6 1 C
2 U A D N G
k 7 4
VDSENS
CMDCOMN
IRQPWR
220
6 0 5 1 / 0 p 1 0 C 0 0 1
0 1 / u 1 . 0
3 U A D N G
2 V D N G
08EJ
VCC5 0 2 A
VREF
TEMP C1108 0.01u/16
VCC5_PU
DGND
2
IECOUT
1
DGND
1
T+
1 V D N G
2
F-
3
F+
4
F+H_G+H
F+H_G+H
E+G_E+F
E+G_E+F
CDLDO
R1223
S1
HOME
GND
6
TEMP
7
TEMP GND
8
IC1251 1 2 3 252
4
7k
5 6
254
7
7k
VR
29
26
CRGDRV
7.5k
22
12EJ
LDIN
R1225
9 10 11
GND1
2
MUTE
R1258
CNT
220
VO1-
VO4-
VO1+
VO4+
NM
VO2-
VO3-
VO2+
VO3+
C1255
19
0.1u/16
18
SPDLP
15
LECRGM
BA5839FP 3 6 5 1 2 / 1 u 1 C . 0
GNDP4
LECRGM
3
SPDLM
VD8
GNDP5
LPCO2
12EJ
GNDD
) 5 2 1 1 5 2 ( 2
LECRGP
A 2 2 6 5 2 1 / 2 2 u 1 1 1 0 C G u C 0 C 7 1 . C 4
SPDLM
SPDLP
GNDP
5 6 5 / 1 9 u 1 1 C . 0 LECRGP
SPDLM
3.9
R1114 3.3
M
) 0 0 1 3 F ( 1 4 R
LPCO1
1 BLK
3
M1 CRG(L/E)MOTOR
GREEN
M M2 SPINDLEMOTOR
GNDA4
SW
13
78LD
14
65LD
15
LD GND
1
3
2 3
1 6.8k
R1982
E
B
17
A
18
C
19
D FE1
21
FE2
22
IMON
23
RF
8.2k
1
VR1102 CCP1449-A
RF
RF
IMON
2
PU(DP11)
15k
CN1101
3.9
CDLDO
CKS6631-A
) ) 6 1 6 8 8 9 1 1 / 1 0 0 0 / 6 1 u 1 u 6 1 2 1 2 1 1 ( C 2 C 2 ( . 0
. 0
GNDA ) 5 2 1 A - 2 3 6 1 ( 1 5 1 2 1 u C H 2 C 2 D
1 D L D V 0 D 4 1 0 / 1 u 1 1 . C 0
2 D L D V D
3.3
R1115 2.7
(1608*4) R1111
3.3 Q1103 2SB1132(QR)
R1116 2.7
F
DVDLDO
Q1101 LSCR523UB 1 4 0 k ) 0 0 1 0 F 1 1 1 0 ( 1 5 R 1 R
RED
1
E+G/E+F
12
C1107 0.01u/16 R1112
11
20 VR1101 CCP1447-A
DVDMPD
3.9
R1117
F+H/G+H
FE2 CDMPD
DVDMPD
R1118
Q1104 2SB1132(QR)
2 k 6 0 0 ) 0 0 1 1 6 F ( 1 5 1 0 R 1 R R1109 3.3
1
FE1
(1608*4)
0 / 1 1 u 1 1 C . 0
Q1102 LSCR523UB
WHITE
1 0 6 1 / 1 2 u 1 1 C . 0 SPDLP
1 2 D D L L D D 5 0 C C
C D
LECRGM
16
14
) 5 2 1 2 ( u 0 1
) 5 2 5 1 ) 0 0 A 1 3 - 2 F ( ( 1 4 2 1 6 R 1 5 u 1 2 1 2 C H 2
3
LECRGP
17
13
A 2 9 1 1 0 1 1 G 1 C C C
SWITCHES: DVDCOREUNIT S1:HOMESWITCH.........ON-OFF S3:12EJ SWITCH............ON-OFF The underlined indicates the switch position.
CONT1
20 GND2
12
3 4
C1225
FIN2
PowVcc1 PowVcc2
S3 CSN1089-A 1
12EJ
470
C1523 0.22u/6.3
21
R1113 R1110 3.3
NM
LDIN
CNT1 8
VCC5
C1224
18k
CRGDRV R1256
D
CDMPD
NM
R1255
24
D
FE2
1
3 4
2
MD
30 FIN1
08EJ
NM
MD1 MD2
25
23
R1224
C
FE1 S2
08EJ
C1524 0.047u/16
27
C
Vref VCC
10
16
A
A
NM 28
PreVcc
OPIN2+ OPIN3+ OPIN2OPIN3OPOUT2 OPOUT3 OPIN1+ OPINSL OPIN1OPOUTSL OPOUT1 LDIN
B
B
C1223
0.01u/16
DVDLD0
CSN1090-A
1
3 4
2
560
CDLD0
DVDLDO
HOME
C1110
T-
5
9
HOME
AGND
3
FOP1
FOP TOM
HALF
D
ANALOG LOUT
TOP1
TOP
10k
8 7 1 1 7 6 5 4 3 2 1 A A A A A A A A A
AGND
GNDD GNDAU GNDV
100k
R1527 6.8k R1546 6.8k
1 R W X
6
470p/50
FOM R1542
ANALOG ROUT
4
VD8
220
AGND
7
5
IECOUT
1 2 3 4 5 6 7 8 9 0 1 2 3 4 5 6 7 8 9 0 1 2 3 4 3 3 3 3 3 3 3 3 3 4 4 4 4 4 4 4 4 4 4 5 5 5 5 5
8 0 1 1 / 5 u 1 1 . C 0
RO
ROUT
8
C1106 0.01u/16
GNDA
C AVH-X2700BS/XNUC
5
6
7
8
119
1
2
3
4
10.21 INTERFACE INTERFACE PCB (1/2 scale)
A GERTOSX
1
SXTOGER
2
SXIPWEN
3
GERTOiDL
4
iDLTOGER
5
WIREDAD0
6
WIREDAD1 NC
7
NC
9
GERTOSX SXTOGER SXIPWEN
MODEL
GERTOiDL
A B C D E
AVH-X2700BS/XNUC AVH-X2700BT/XNEW5 AVH-X2700BT/XNUW5 AVH-X2750BT/XNRC AVH-X2750BT/XNRD F AVH-X2750BT/XNRI G AVH-X2790BT/XNID
iDLTOGER WIREDAD0 WIREDAD1
8 ASENBO
ASENBO 10
RGBARI
RGBARI 11
GUIDEON
/GUIDEON 12
SYSTONAV
SYSTONAV 13 NAVTOSYS 14
NAVTOSYS BEEP
BEEP 15
MICP
MICP 16
MICN
MICN 17 SX12 18 SX12 19
B
NC 20 DDC33 21 NC 22 VD5
A 15/16
23
NM L4007
GNDD 24
*P4001
2
7 8 9 2 M 2 M 2 M 0 0 0 4 N 4 N 4 N C C C
GNDD 27 GNDD 28
GNDD
ANR_CN
34 36
39
GND
OUTY
HSYNC 3 .3 .3 V CARGE
4 1 3 M 0 4 N C
GNDD
SXL SX_AGND
SX_AGND 40
SXR
SXR 41 SX_AGND 42 iTV_L
INA
5
5
ANB_CN
ANB 37 SXL
VCC
NM
ANG_CN
ANG 35
C
0 5 M 0 N 4 R
INB
NM
R4002
GNDSIG
ANR 33
38
3
CSYNC_CN
VSYNC
VSYNC 31 GNDSIG 32
GNDSIG
2
NM
HSYNC
HSYNC 30
GNDSIG
R4005 GNDD
CSYNC 29
GNDSIG
IC4007 1
GNDG
GNDD 26
CN3051
1
FSMD075-24R
GNDD 25
iTV_L
43
iTV_GND
iTV_GND 44
iTV_R
iTV_R 45 iTV_GND 46
ONSEI+2
ONSEI+2 47
ONSEI-2
ONSEI-2 48
BCAMIN
BCAMIN 49
BCAMGND
BCAMGND 50
NAVI I/F
CN4004 CKS6605-A
iDevices(AUX):+1.30 iDevices(A UX):+1.30 dBs
*CN4001 ANG_CN
D
ANB_CN 8 7 6 8 0 0 4 R * 1 2 3
CSYNC_CN
GNDSIG
5 3 5 7 7 M 2 0 N 4 1 2 4 R
0 1 5 8 4 / 0 p 0 4 0 6 C 0 1 * 0 1
1
R4027
D4009 NM D4010 NM D4011 NM
NM R4028
GNDG
NM
ONSEI-2
R4016 NM R4017 22k NM R4018 22k NM *R4010 *R4019 2.7k *R4020 2.7k
ASENBO
*R4011 5.6k
iTV_L
*R4009
iTV_R iTV_GND ONSEI+2
*C4014 *C4016
D4006 NM D4007 NM D4008 NM 5
GNDD
1000p/50
R4026 R4025
D4005 NM D4028 NM D4029 NM D4030 NM D4031 NM D4032 NM NM D4012 NM NM R4029
*C4017 18p/50
SYSTONAV
IC4003 1
NAVTOSYS GNDD
8
2 3 2 M M 2 0 N 0 4 4 N R4021 R R
NM
GNDG
GNDD
21 GUIDEON 22 MONON
IP5V *R4014470 *R4015 M M M 470 M N N N N 3 4 3 1 2 0 0 0 0 2 0 0 0 0 0 GNDG 0 5 / 4 4 4 4 4 p D D D D 0 C * 0 0 1GNDD GNDD
1 2
AVH-X2700BS/XNUC 2
3
23 IP5V 24 SYS_TO_NAVI 25 NAVI_TO_SYS 26 GNDD
9 6 0 M 4 N R GNDD DDC3.3
D 1
17 NC
20 TVON
GNDD
120
15 IPSDA
19 DSEN
BZ
F
VSYNC
18 IPVCLK
BZ4001 NM 2
GNDD
8
16 IPSCL VCLK
10k
1
HSYNC
7
14 ONSEI-
SCL
*R4065
BEEP
GNDSIG
6
13 ONSEI+
1k
CCSYNC
5
9 ASENBO
SDA
*R4013
NC_1 VCC NM 2 NC_2 7 VCLK 3 6 NC_3 SCL 4 GND 5 SDA 4 9 2 M 0 0 0 M NM 4 N 4 N R C C4021
*C4018 18p/50
CCB
4
12 GNDAU
D4033 *R4012 1k GNDD NM
*C4015 1000p/50
CCG
3
11 CCAUR
1000p/50
GUIDEON
CCR
2
10 CCAUL
D4013 NM
NM
RGBARI
E
CKS4497-A
GNDD
ANR_CN
4
F / I I V A N
5
6
7
8
A
D INTERFACE PCB SX12 DDC3.3
VD5
A only
6 5 M 0 4 N R *
7 5 M 0 4 N R *
5 k 5 0 0 1 4 R *
*R4053
GERTOiDL
NM 6 3 M 0 N 4 C
iDLTOGER
1
INB
2
5
VCC
INA
3
GND
4 0 1 2 / 0 u 4 1 . C * 0
4
OUTY
INB
2
VCC
*CN4002
5
GND
OUTY
6 2 0 MC74VHC1GT08DFG 4 C *
0 1 / u 1 . 0
3 2 0 4 D * 8 5 0 4 R *
4 5 0 0 0 4 1 R *
GNDD
*R4059 0
*R4061
4
GNDD
MC74VHC1GT08DFG
k n i L a t a D i
CKS6603-A
INA
3
5 2 M 0 N 4 C
*IC4004
3 . 3 C D D
*IC4005 1
1 0 1 J 2 A D k 0 0 1
4 2 M 0 N 4 D GNDD
1k
1
0
*R4062
*R4060
1k
6 2 0 4 D
5 2 M 0 N 4 D
M M N N 7 2 0 4 D
2 3 4
B
GNDD
GNDD
JA4003 CKS6437-A
WIREDAD0 R4046 NM R4046 NM
L4001 L4002
WIREDAD1 R4047 NM
VTL1126-A 0 0 5 9 0 / 5 / p 1 2 p 0 0 0 0 0 4 4 0 0 C C 0 1 1
WIREDAD WIRED GND
2 3 1 R 2 4 1 2 0 3 M 2 M 2 0 5 0 0 N 4 0 7 N 4 0 D 4 D P D 1 M S F GNDD
GNDD
E T O M E R D E R I W
iDataLink 5 D V
WIRED REMOTE C
A only VD5
6 0 M 0 4 N R
*IC4002 1
INB
2
GERTOSX
*IC4001
8 7 3 M 0 M 3 4 N 0 4 N C C
1 2 3
G
VCC
IN_A GND OUT_Y
5 R4007
4
NM
TC7SH126FU GNDD
GNDD
GNDD
*R4063 NM
SXIPWEN 1
2
*R4038 8.2k
4 0 6 0 2 7 0 4 4 R 0 * 4 Q
M N
6 5
Sxi: +2.21 dBs
3
GNDD
470 *R4039
4
*JA4002
R4071
5 k 4 0 0 4 0 1 R *
R4044
NM 8 9 1 M 1 M 0 N 0 4 4 N D D
*R4034 SX_AGND
*R4033
22k
470
*R4035
180
22k
SXL
NM
1 7 1 0 M 4 N D
GNDD
R4070 NM
3 1 0 4 C *
0 5 / u 1 . 0
3 RESERVED
i X S 7 RESERVED 4
*R4037
NM R4042
180
NM
SXR
5 GNDA 6 SXRX
GNDD
GNDD
NM R4041
SXL
2 SXTX R4043 NM
R4040
*R4036
SXR
D
CKS6495-A
R4072 NM
GNDD
F / I I V A N
0 1 1 0 / u 0 4 1 . 0 C *
3 4 GND OUTY 3 3 2 0 1 0 M 0 M 0 / 0 N 0 0 u 4 4 NMC74VHC1GT08DFG 4 1 . R C C * 0
SXTOGER
Bs
DDC3.3
5
VCC
INA
8 GNDSX 9 SXPWR 10 PWEN RT1 RT1
M M M N N N 6 4 5 2 1 1 1 1 M 0 0 0 0 4 4 4 4 N D D D C
RT2 RT2 RT2 RT2 RT3 RT3 RT3 RT3
GNDD
GNDD
SXi E NAVI _SYS
*JA4001
MICN
R4030 NM
*L4003
MICP
R4031
*L4004
0 0 5 1 / 0 p 4 0 0 C * 0 1
1 0 5 1 / 0 p 4 0 C * 0 0 1
CKN1101-A
1 3 2
VTL1126-A
NM
4 5 2 3 3 M 3 M 0 N 0 M 0 N N 4 4 4 R D D
GNDD
.3
BT MIC BCAMGND
R4048
L4005
1
L4006
BCAMIN 75 (D%)
VTL1126-A 2 0 9 0 2 M 5 5 0 4 / 3 / 0 N p 0 p 0 0 4 4 0 4 0 D C C 2 2 0 1
2
*JA4004 CKB1106-A
2 2 M 0 4 N C
Ref.4001-4500 GNDD
B.CAMERA INPUT
T U P N I A R E M A C . B
SERVICE UNIT(MOTHER I/F) Consists of MOTHER PCB INTERFACE PCB
F
D AVH-X2700BS/XNUC 5
6
7
8
121
1
2
3
4
10.22 SERVICE UNIT (KEYBOARD)
A
CN5501 CKS6063-A
ILMB 1 B
NC 2 DDC3.3 3 REMIN 4
B 1/4 CN5004
GNDD 5 B_PWM
B_PWM 6
G_PWM
G_PWM 7
R_PWM
R_PWM 8
KDT1
KDT1 9
KDT0
KDT0 10
RESET
RESET 11
C5509 D5501
C
GNDD
NM
1
6
2
5
3
4
C5508 CCG1192-A
10V 10u
SMLVN6RGB2UK(B)
GNDD
C5501 C5502 C5503
NM NM NM
D
R5504 3.9k
HOME
4 3 9 0 5 5 S 2 1
E
F
E 122
AVH-X2700BS/XNUC 1
2
3
4
A 5 5 1 1 G S C
5
6
7
8
A
E SERVICE UNIT(KEYBOARD)
B
U5501 C5509
VO 1
NM
GND
2 0 5 5 R
2
C5508
VCC 3
CCG1192-A
10V 10u
7 4
C
PNJ4833M
GNDD
R5504
R5505
R5506
3.9k
4.7k
12k
HOME
DISP
REVE R S E
R5507
R5508
1.8k
2.2k
D
k 7 . 4
FORWARD
VOL-
VOL+
MODE
9 0 5 5 R
EJECT
R E S ET 4 3
4 3 9 0 5 5 S 2 1
4 3 A 5 5 1 1 G S C
8 0 5 5 S 2 1
4 3 A 5 5 1 1 G S C
7 0 5 5 S 2 1
4 3 A 5 5 1 1 G S C
6 0 5 5 S 2 1
4 3 A 5 5 1 1 G S C
5 0 5 5 S 2 1
4 3 A 5 5 1 1 G S C
4 0 5 5 S 2 1
4 3 A 5 5 1 1 G S C
3 0 5 5 S 2 1
4 3 A 5 5 1 1 G S C
2 0 5 5 S 2 1
A 5 5 1 1 G S C
1 0 5 5 S 2 1
A 5 5 1 1 G S C
E
GNDD
F
E AVH-X2700BS/XNUC 5
6
7
8
123
1
2
3
4
10.23 WAVEFORMS - DVD Core Unit
Note:1. The encircled number denote measuring points in the circuit diagram. 2. Reference voltage: 1.65 V(TD1,FD1)(=VHALF) 2.2 V(RF)(=VREF)
A
In the waveform, it is seeing on the GND standard. Offset of 1.65 V or 2.2 V is put in.
1RF
0.2 V/div CDRF(x4CLV)
100 s/div
1RF
0.2 V/div DVDRF(x1.5CLV)
1RF
0.5 V/div DVDRF(BD1mm)
50 s/div
50 us/div
VREF1t
B
2TD1
0.5 V/div Interval FWD(DVD)
100 us/div
2TD1
0.5 V/div Interval REV(DVD)
2TD1
0.5 V/div Multi 32FWD(DVD)
100 us/div
500 us/div
C
VHALFt
VHALFt
VHALFt
2TD1
0.5 V/div Multi 32REV(DVD)
500 us/div
CH1 : 2TD1 0.5 V/div 10 ms/div CH2 : 3LECRGM-LECRGP 2.0 V/div 10 ms/div Traverse 1001FWD(short)(DVD)
CH1 : 2TD1 0.5 V/div 10 ms/div CH2 : 3LECRGM-LECRGP 2.0 V/div 10 ms/div Traverse 1001REV(short)(DV 1001REV(short)(DVD) D)
D
VHALFt
VHALFt
VHALFt
GND t
GND t
E
CH1 : 2TD1 0.5 V/div 50 ms/div CH2 : 3LECRGM-LECRGP 2.0 V/div 50 ms/div Traverse 5001FWD(long)(DVD 5001FWD(long)(DVD))
GND t GND t
GND t
124
CH2 : 3LECRGM-LECRGP 2.0 V/div 200 ms/div ID search Inside t Outside(DVD)
VHALFt
VHALFt
F
CH1 : 2TD1 0.5 V/div 50 ms/div CH2 : 3LECRGM-LEC LECRGM-LECRGP RGP 2.0 V/div 50 ms/div Traverse 5001REV(long)(DVD 5001REV(long)(DVD))
AVH-X2700BS/XNUC 1
2
3
4
5
6
7
8
A
2TD1
0.5 V/div Play TD(DVD)
100 ms/div
4FD1
0.5 V/div Focus Close(DVD)
VHALFt
VHALFt
4FD1
4FD1
0.5 V/div 500 us/div Focus Jump L0tL1
4FD1
100 ms/div
0.5 V/div Play FD(DVD)
500 us/div
VHALFt
B
0.5 V/div 500 us/div Focus Jump L1 tL0
C
VHALFt
VHALFt
D
E
F
AVH-X2700BS/XNUC 5
6
7
8
125
1
2
3
4
11. PCB CONNECTION DIAGRAM 11.1 MOTHER PCB A
NOTE FOR PCB DIAGRAMS
1.The parts mounted on this PCB include all necessary parts for for several destination. For further information for respective destinations, be sure to check check with the schematic schematic diadia gram. 2.Viewpoint 2.Viewpoint of PCB diagrams
A MOTHER PCB 130 AUX 2
120
Capacitor
Connector
D CN4004
L3104 L3102 L3103 8 D3102 1 1 D3103 5 3 9 D3104 2 R 1 R3121 R3123 1 1 3 3 R3124 R3120 R R
C3123 D3101 C3124
Chip Part
P.C.Board
R3122
JA2201
110
POWER SUPPLY
JA1
4
L3101
FM/AM ANT SIDE B
C41
JA3101
SIDE A B
3
1
R3129 Q3103 1
R3126 5 1 2 1 8 3 2 C 1 Q3101 3 RQ3102 R3127
1
4
6
8
10
12
14
3
5
7
9
11
13
16
Q2001 R2016 E
90 > P211
R2214
(A,133,36) Fuse Fuse 2 A CEK1384
CEK1380 > P3051 (A,131,9) Fuse 0.75 A CEK1380
L1
D2203
5
R2202
D
C2111
C2116 C2117 C2118 C2119
R422
5 0 1
50 5 5 0 3 4 L 5 0 3 L
5 1 1 1 2 3 R 7 6 5 2 9 0 0 0 0 R3212 0 2 2 2 2 2 3 3 3 3 3 C R R R R
0 1 2 3 R
3 7 0 1 2 5 4 6 2 3 0 0 1 3 2 2 C R 3 3 2 3 C C R R635
1 E 0 4 C Q401 R417
1
R419 C402
R415 R416
8 6 0 0 4 4 R R
3 0 1 1 4 4 R R
R439 R441
R2142 R2143 R2144
C2113 C434 R466 C2114 C441 Q402 C2115 R445 R446 R448 R447 R2145 C2112 1 R442 R444 R443
30
0 3
5 2
0 2
5 1
0 1
5
4 0
R440
C426
E
1
R453 C410 9 0 4 C
7 4 3 1 3 3 R6 2 6 6 6 3 C R R 6 R 6 5 7 0
1
4 5
1 3 5
5 0
1 3 0
5 5
1 2 5
IC401
6 0
R515
6 5
1 1 5
7 0
R511 C429
R512 R514 C423 C431 R509 C432 C436 R503 R504 R502
1 2 0
1 1 0
58
09
59
01 0
5 01
15 R3228 IC3222 C3225 6 7 2 2 6 6 C C R749
R737 R751
R489 R488
C2907
2 1 1 2 R
1 0 1 1 1 1 2 2 R R
C2109 1
10
5
10
CN2102
1
5
10
CN401
R701
20
15
5
10
1
C653
7 6 0 0 9 9 2 2 R R
U2901
CN2901 1
BT MODULE
Y F
0
X
10
20
30
40
50
60
A 126
AVH-X2700BS/XNUC 1
2
3
4
L700
C650
C414
70
8 0 8 5 9 0 9 5 1 0 0 1 0 5 1 1 0 1 1 5
1 2 5
R750
R495 R492 R490
7 5
1 2 0
C628 C629
R501
R487 R486 R510 R485 R484 4 5 7 7 4 4 R483 R482 7 R459 R R 8 6 7 5 4 4 R457 1 R481 R480 8 7 8 0 1 5 4 R R 1 2 3 5 2 2 6 6 6 9 C413 C 7 7 7 4 4 4 4 4 4 6 7 4 4 4 7 4 R R R R R R 4 R R491 R R R R 6 4 1 9 2 5 1 0 1 1 2 0 9 9 9 9 9 9 6 7 8 2 2 2 2 2 2 1 C2903 1 1 R R C R R R 4 4 4 C2913 C C C C2914 R2914 R2915 C2915 R2913 L2901 1 0 8 8 7 R2912 2 2 0 1 9 0 1 1 0 9 9 9 9 0 1 9 R2911 1 0 2 2 2 2 9 9 2 9 9 R R C R 2 2 R 2 2 R R C C 15 8 0
R649
C430
2 2 4 C
0 2 6 C
R646
1 2 2 R651 6 C 2 6 4 C 2 5 6 2 R657 C 6 R658 C R3229
R516
R513
R645
R644 R643
0 2 4 7 5 2 1 CR650 0 0 2 4 4 0 4 R R R C419 4 C
1 4 0
5 7
20
X601 1
C614
8 7 4 4 6 6 R R
L401 1 C427 0 4 R
C425 5 3
R431 C408 R430 R433
R2141 R2140 R2139 R2138
0 4
X401
C406 C404 C407
R2128
5 2
CN3201
R518
5 3
40
C2238
C403 6 5 4 3 2 2 2 2 4 4 4 4 C405 R R R R
R2002
R2135 R2136 R2137
0 2
R3051
C2225
R421
R2134
50
P2001
R3214
4 C2209 4 2 6 2 0 RR2243 2 2 C2208 C
C2211 C2207 C2218 C2210 R2201 7 4 5 1 C2237 2 2 1 9 C2214 2 2 0 0 2 0 2 2 C2229 R2230 C R2242 IC2201 3 2 R2224 C C2228 L 8 C2215 1 1 9 R2232 6 L2210 5 6 5 7 2 0 5 0 2 2 3 2 2 R2204 2 R2233 2 20 2 2 2 R 2 2 2 2 2 R R2231 R 5 C2216 0 R2236 7 C R R 7 6 R2220 1 0 R2203 1 2 2 2 1 5 1 2 E 2 2 2 9 2 2 4 2 E 2 2 2 2 3 R 1 R R Q2203 2 R R 0 2 Q2201 2 R2207 2 C2217 4 R R 2 R 3 9 X2201 2 R2226 5 2 2 2 2 1 R2211 R R2208 L2201 E 2 2 C2231 2 2 R2219 Q2204 Q2202 R R 3 C2204 R 0 C2205 L2202 R2228 2 E 4 5 2 3 3 C 2 2 1 2 2 C3126 R R 2 1 0 1 2 2 0 0 C C2017 C2202 1 2 3 2 2 2 3 IC2004 C 1 2 2 0 R C C2010 2 R414 R
T I N U N U T B U2101 A D 1 / 5 D 0 3 H
R2015 5 1 1 0 6 2 2 0 3 3 2 R R 4 8 3 7 1 0 0 C 0 2 0 2 2 2 3 3 3 3 C C R R
2 3 0 0 2 2 3 3 R R
VL2201
R2238
60
C101
1
C2219
70
C104
L2206
C2233
0 1
R131
1
L2203 C2235 R2212
80
Q
C2015
5
C
E R1316
8 0 0 2 2 2C2234 2 L 2 D2202 L2205 C 1 2 2 2 L2204 C2212 C 2 2 C2213 L2207 2 2 C
C2232 C2223
Q1302R1 17 R1306
D2003
1
18
E S U F
15
5 0 1 3 D
E
100
2 1
1
D42 D41
3 0 7 R
5
6
7
8
A
SIDE A
CN4004
C41 D42 D41
1
5
15
25
IC1301 10
R1306
Q1302R1305 R1315 E Q1305 R1316
9 0 5 3 1 1 3 1 C R1314 C 8 0 3 1 C
1
R1313
D1301
6 1 3 1 C
20
7 0 3 1 C
C1311 0 2 3 1 C
JA3161 PRE OUT
C1314
C1312 R1304
C1301
R1303
R1302 C1306 R1301 0 1 R1311 1 1 3 0 1 3 1 Q1303 C D1303 Q 1 Q1304 0 1 1 3 9 E 1 0 R1320 R 3 1 RD1302 R1312 D1304
8
JA3151 RCA V IN OUT
7 6
C1317
1
4
3
3 2
4
7 8
C117
5
C116
C113
R3177 R3174
R3171 R3168
C104
C2404
C1239 1 4 1 1 1 1 C C
C1313
C115
1
R111
R3214 1
3201
10
5
4
C2405
C2414
3 4 8 R C841
5
C1206
10
1
R2422 1 R2421 C1235
1 L2401
3 3 9 4 2 2 3 1 2 2 C 1 1 R C
1 3 2 1 C
C C2415
D3 C3
C1224
CN841
15
3
D2402
C1236
0 R1236 2 3 3 3 2 0 2 1 2 1 1 C C C
1
45 40 35 30 25 20 4 3 1 9 L3051 2 4 4 3 8 9 9 9 7 2 C C C C 0 5 6 0 3 C L C613 C823 2 0 8 4 3 C606 4 9 9 9 R2246 X601 1 C C C
2
1 0 1 3 P
2 4 8 R841 R
50 5 5 0 3 4 L 5 0 3 L
1
C1202 3 0 1 3 C
R112
5 R114 C112
P2001
USB IF
JA3191
C2411
IC111
R113
B
6
L3157 C3154 L3152 L3153 L3151 3 R3152 3 6 3 5 C3152 L3161 C3151 6L3165 L3164 9 1 6 2 7 1 R3153 L3166 6 5 3 7 1 4 3 1 7 4 3 1 6 7 L 1 5 C3162 C3161 3 1 3 6 D 3 1 3 3 1 L3162 1 C 6 1 1 1 3 R3178 C 3 RR3180 R 9 8 R 3 6 6 4 1 3 5 5 5 D C 6 C 1 5 5 1 1 1 2 R 1 3 1 1 3 3 3 3 7 3 3 R 1 P R C C R D3191 L 3 L3191 1 C 1 7 9 8 7 0 C3104 6 1 6 6 7 1 1 1 5 1 1 1 5 3 1 3 3 9 3 6 0 7 3 3 6 6 C 6 C C 1 Q3161 1 7 Q3163 1 C C 7 Q3162 1 1 1 3 3 3 3 3 3 R D3192 R R R R R R3164 R3162
R1308 R1307
R2015 1 0 2 3 R
5
2
1
C1223
CN3051
C5
L2
R3052 1
1 3 2 C1225 1 C1103 1 5 6 R3213 6 6 C944 R 5 R R R700 5 6 4 6 R144 R1101 0 1 1 8 1 0 0 1 8 7 6 6 R 7 6 5 6 6 3 3 1 1 R R 0 0 0 R 9 R 2 2 6 6 2 2 2 2 C614 6 1 1 2 R R 0 3 3 3 0 6 0 C143 R R 1 R620 6 R R R 6 0 R615 6 C142 3 C R R R 3 7 6 R604 4 0 7 4 3 5 1 0 0 1 3 3 R629 R 4 4 C605 C601 6 6 6 2 6 6 6 1 1 R603 R 3 C R C C R C R605 1 2 6 R IC141 4 4 8 7 3 R 1 1 0 6 5 5 0 5 5 4 0 4 5 3 0 3 5 2 0 2 5 1 0 1 5 1 4 4 R817 4 C649 6 6 1 R R R816 5 6 R R 1 5 R 5 1 5 8 2 R814 6 R R813 9 R897 7 R812 0 8 0 5 5 R IC891 2 R811 L904 9 8 R809 L906 R645 7 5 5 R808 R R644 R810 5 4 8 L908 8 3 2 4 L905 9 9 R643 0 R908 R906 1 8 8 6 2 8 0 C R C R646 R892 6 0 R891 R893 R910 R912 4 R649 C C892 2 L907 R914 R916 8 1 R894 E L909 5 5 7 R650 2 2 3 R918 2 4 R651 6 C 2 L910 6 6 C891 9 Q892 4 C 0 C 6L911R920 2 5 0 3 R827 6 2 R657 4 2 6R828 C 6 9 5 C645 C R658 C 5 IC601 R3229 2 R803 R801R806 2 1 30 15 0 1 R805 0 0 1 R800 R3228 2 4 C214 2 C R802 1 C644 IC3222 29 0 5 4 2 5 5 5 5 1 C3225 6 1 512 4 4 5 4 2 1 6 7 R R 4 C 1 2 2 514 6 6 0 0 R 1 C C642 C R215 431 2 C643 1 1 7 R749 5 5 2 3 2 0 0 0 5 2 1 4 4 1 R 4 R796 2 2 9 504 R528 L L 0 6 0 7 0 C 0 C628 R 502 C640 2 0 1 7 2 C629 1 5 10 5 9 5 3 C R739 9 6 1 C R750 L750 R794 R793 R737 130 135 140 145 150 155 160 165 170 175 180 185 190 R685 C661 L700 R751 R736 4 3 5 7 9 1 3 5 7 9 3 1 C635 2 C637 0 0 0 0 1 1 1 1 1 C638 0 0 C662 7 C660 0 7 7 7 7 7 7 7 7 7 7 7 8 L R L L L L L L L L L L 2 C650 7 2 L 2 C657 6 7 R701 C636 R602 1 L 2 4 6 8 0 2 4 6 8 C658 2 0 0 0 0 R735 1 1 1 1 4 7 7 7 7 1 7 7 7 7 0 7 R734 L L L L L L L 7 L L L 3 0 6 8 9 3 4 6 8 0 2 4 C665 C656 C653 2 2 0 0 0 1 1 1 1 1 2 2 7 R733 3 7 7 7 7 7 7 7 7 7 7 7 R 6 6C664 R R R R R R R R R R 0 8R732 L C 0 2 7 8 1 9 8 6 9 9 9 5 7 9 1 3 5 7 9 1 6 C 6 6 8 6 0 0 0 1 1 1 1 1 2 C 6 C C 7 7 7 7 7 7 7 7 7 C C R R R R R R R R R
CN403
C1226
C6
5 6 5 5 3 3 R R
D351
C4
L351 1
D C353
R359 C352 C351
R1110
C313 1
R325
C329
1
Q301 R321 D301
Q302 R320 4 0 4 L P211
L301
D302 C2512 L302 1
R2511
E
L2503 5 IC2501
C2509 1
P301 P2502
7 6 0 0 9 9 2 2 R R
R2504 C2511
C3010 C3007 C3008
R3001
R2520 R2521
C3006 1
9 0 0 3 C
3 0 5 2 R
60
55
50
45
40
CN3202 35
30
25
2 0 5 2 R
1 0 5 2 R
8 9 0 0 5 5 2 2 R R 0 7 1 0 5 5 2 2 R R
P3051 20
15
10
5
1
25 20
CN2501
5 0 5 2 R
L2501
3 1 5 2 C
4 1 5 2 C
L2502
6 0 5 2 R
5
15
30
P2501
1
10
C686
FRONT 70
80
F
90
100
110
120
130
140
150
160
17 0
C CN1952
B CN5003
A
AVH-X2700BS/XNUC 5
6
7
8
127
1
2
3
4
A MOTHER PCB A
C 1 3 0 4
1 C3173
1
B
C3175 R R 3 1 3 9 1 9 3 7
R3196
1
IC3191 1 0
C3191
R3195
R R 2 2 4 4 R C 0 0 2 2 7 8 4 4 1 1 7 0
R2418
R2409 R2401
R2413 R2420
R2412
C2412
C2402 C2401 C2406 10
5
R 6 8 6
C 1 2 1 9
C3157
1 IC603
C 6 2 3
R R 1 1 C 2 2 1 1 3 2 4 2 2 7
C 1 2 1 8
C 1 2 1 5
C 1 2 1 4
C 1 2 1 1
C1221 C 1 2 1 7
C 1 2 2 0
C1222
C 1 2 1 3
C 1 2 1 6
C 1 2 1 0
C 1 2 0 9 C 1 2 1 2
5 C655
D2401
P3161
D D 3 3 1 1 5 5 2 1
C 3 1 5 6
R688 R687
1
IC2401
R2414
C 3 1 9 2
C 3 1 6 0
C 6 5 4
R3194
R 2 4 2 R R R R 4 2 2 2 2 4 4 4 4 0 0 1 0 3 2 0 4
5 1
20
L2402 C 2 R2416 C 4 2 0 4 7 C C2403 0 8 R2405 R24062 4 0 9 R160 R162
C
5
R1206
C2416
L1201
R166
Q1271 R 1 2 1
R1208 L1202
40
R 1 2 0 9
R1287 D1272
R 1 C1279 C1278 2 7 1
C358
C361 5
C231 IC231 1 5
R1234 R1204 C1204
R233
R 1 1 3 4
C 3 5 6
R354
C335
D
R353
R R R 1 1 1 1 1 1 3 3 3 1 2 3
R357
R360
C332 C 1 1 3 8
C323 C333 C312
C 1 1 3 7
C 1 1 3 6
C1102 R308 1
C 3 3 1
C1134
R311
R324
R 3 1 8 3 1 7
3 1 6
IC301 1 0
R 3 2 3
C306 R314 C316 R315 R306 R310 R326
1 5
R309
C 3 0 3
C 3 C 2 3 0 0 2
R305
R312
C 3 0 1
R319
C328 C327
R 1 1 4 9
R
0 4
R302 R301
R274
R 1 1 4 4
C273 R273
C326
C272
R165
C325
C310 C309
C324
C311
R327
0 3
C1132
C1130
0 2
IC1101
4 5
C1129 5 1
1
5
C1131
R R 1 1 1 1 2 2 4 5
C271
1
C R 1 1 1 1 2 3 5 7
10
C 1 1 3 3
C1128 C R1118 1
R R 1 1 1 1 2 2 2 3
1
C 9 0 3
R1127
C 2 5 0 8
R 2 5 1 3
F
170
6 0 8
5 2
20
C907
L871
C906
L8 R930
R934
R L
C908 C882
C212 Q212
R863 1
R881
E
R 2 1 1
R272 R276
R854
1 R212
D 2 1 2
R853
R855
R R 8 8 5 6 9 0
L852 C858 R858 C856
R660 C652 C634
1
3 0
2 5
3 5
2 0
IC851
1 5
4 5
1 0
5 0
5
R857 C857
R2512
C 8 5 5
R726
C 8 5 4
C 6 C C 8 6 0 8 6 1 C C 8 3 6 6 7 8 4 5
C 6 C C 8 6 6 2 8 7 4 5
C852 C851
C2506
160
150
140
130
120
110
100
2
3
4
C 6 7 6
C853
R852 1
R851 1
C63
L726 L725
1
R856
C633
R727
R861 4 0
C651
C659
L851
1
AVH-X2700BS/XNUC 1
R877 R876 R875
C905
A 128
R878
C909 R931
1
C 2 5 0 5
R 6 2 2
R882
R2516
C C 2 2 5 5 0 0 1 2
C953C955 C953 C955
R619 C
R936
1
0 4
4 5 4 2
C951 R952
R795
R271
C 2 5 C 0 2 3 5
R C R 9 9 9 4 5 5 1 0 0
R798 R797
R862 1
Q211
R 9 4 3
R967 Q932 R945 E R 9 5 Q93 R C 1 E 9 9
5 3 0 3
C R 2 2 1 1 3 3
R 2 7 5 C 2 5 0 7
0 4
C R 9 9 0 R 2 4 9 5 R 2 R 9 9 R922 9 2 2 4 3 R 9 2 6 L902 R R 9 9 7 7 0 1
E
Q931 E R940
R601 L903
C912
R 9 2 1
R1117
R R 9 9 3 4 2
R938
C 3 2 3 6
C901
IC901
15
C1127
R966
L323 C3237
R948
R965
C934 9
C937
R902
5 4
5
C933 R 9 6 2
5
C932
1 0
R214
D211
IC271 D271
C 1 1 1 9
R 9 6 1
10
15
1
R3232
C 3 2 3 3
R3233
R949
R964
C3241
C3239
R935 IC3232 1 C935
C 9 3 6
C3234 1
R 2 3 4
R1126
4 0
5 1 1
5 2
C 1 1 1 7
1 C R1148 3 1 5 1 C C C C C C C C C C 1 1 1 1 1 1 1 1 1 1 1 1 4 1 1 1 1 1 1 1 1 1 R1143 0 1 0 C 5 1 1 1 1 1 2 2 2 4 0 1 6 8 0 2 4 6 8 0 2 4 1 2 6 R1147 R R R 1 1 1 R1111 1 RR1116 1 1 2 1 1 0 1 4 9 1 4 R1141 R R R 2 1 1 R 1 1 1 1 1 1 1 1 1 5 2 3 2 C211 1
R1146 R
R303 3
C322 C321
R307
C308 C307
E
2 0
5
C319 C305 C304 R313 RR322 R
5 3
C1101
C334 C330
C 1 1 1 5
R 1 R R 1 1 1 3 1 1 5 3 C 0 C 6 1 2 1 1 1 R1103 2 2 1 3
C C3238 3 2 4 3
IC931
C 2 IC3233 3 2 R 9 C 6 0 C 9 9 R R R 1 0 9 9 9 0 2 0 0 3 R 4 3 3 L901 9 3 2
R231
IC351 1
L3234 R232
C3242
C L3235 9 3 C3235R 1 R 3 9 2 6 R953 3 1 3
L3231 C3232
R1235
R1273 IC3234 1
C1280
C1277
1 X1201
C1205
C354 R352 R351
C 1 2 8 2
2 5
2 0
1 5
45
C1229 R1203
R1233 R1227 R1228
R358
C355
IC1271 1 0
R 1 2 8 6 R 1 2 7 2
C 1 2 7 1
C 1 2 8 1
C3240
R1213
C359 C360
3 0
5
C1228
1
C357
C 1 2 7 2
C 1 2 7 3
C1237
0 5 35
C 1 2 7 4
D 1 2 7 1
E
C1201 0 R1205
5 5
3 0
R 1 2 2 6
D160
IC160
IC1201
C 1 2 7 5
1
0 6
2 5
C 1 2 7 6
C1207
1
R1207
C1238
R161C161 C160
5
2 0
R1212
R2415
0 1
C 1 2 8 3
C 1 2 0 8
R1211 15
C C 1 1 3 3 1 9 0 3
P3152
5
15 1
C 1 3 1 8
C3174
L L 3 3 1 1 5 5 6 5
C 3 1 5 3
C 1 3 0 2
90
C C 6 6 7 7 9 8
5
6
7
8
SIDE B A
Q21 C21 R22 E
D32 R32
R 6 3
C62
Q31
C1
D21
R64
R21
E L31 C23
C18
R1317
D61
R54 C2
R61
L61
R23
R31
130
Q61 E
C17
C9
C7
Q51 E
L51
R 5 2
C 3 1 2 7
D51
R62 C19
R 5 3
C 3 1 3 0
C 3 1 2 8
C 3 1 2 9
R 5 1
C12
120
1
C14
1 C 1 3 0 4
C 1 3 0 2
C 1 3 1 8
C C 1 1 3 3 1 9 0 3
C 1 3 0 5
C24
C102
D2 D11
R 2 2 1 3
C 1 0 3
IC101
1
100
R 1 7
1
D12
D101
C121 R124
E
R16 D13 R14
Q12
R2017
R101
Q11
R126
Q2002 E
R122 R 2 0 1 8
R125
1 IC121
R121
R15
R 2 0 1 9
Q2003 E
R123
Q3051
3242
R2146
90
1
R3060
C C3238 3 2 4 3
C 2 R 1 2 2 0 0 2 0
C 2 R 0 2 1 0 6 2 1
R127
R3058 R3059 R3062
D C P 2 2 2 2 2 2 0 0 0 1 1 1
1
R1 3
R102 R11
R3061
C3239
C
C935
R3233 3 2 3 3
R949 C933
R948
R965
R R 9 9 3 4 C934 9 2
R938 Q931 E
R 9 4 3
L3233 R C L3053 3 3 C3237 2 IC3231 L3232 2 2 2 R3224 C 5 2
3 2 3 6
C953 C955
0 1
R627
6 0 9
C2009R2006
R638
R639
R689
R631 C616 R636
C2019
R521 51 IC604
R640
1
R653
R887
Q405 R654 R889
R2014 C2003 C2106
C2014
50 R2012
R R 4 4 3 3 4 2
D401
R508
IC2002 C2005 D2002
D403 15
L881
10
C435 C424 C433
IC881
C882
R882
1
C651
C659 R660 C652 C634
5 R883
R884
C881
R726
R497 R494
C631
C633
727
R885
C632
853 852
C 6 C C 8 6 6 2 8 7 4 5
R520
D241
R 2 4 C C 3 6 6 7 7 0 1
C C 6 C 6 6 C 6 6 9 6 7 8 7 9 8
C 2 4 1
R 2 4 1
R 2 4 4
R2003
C2108
40
C2107
Q404 R2004
L2104 R2001 C2002 C2001 IC2001
R462 R463 R464
CLKOUT R
4 R 6 4 9 6 8
C243 IC241
D2001
R2005
R525
R477 C C 6 6 7 7 6 7
R 4 3 7
1
R 1 C 2 4 8 4 8 0
R506
L726 L725
C 6 C C 8 6 0 8 6 1 C C 8 3 6 6 7 8 4 5
R409 R500 R499 R496 R493
R 4 3 6
R2009
R 4 3 5
R505 R881
D
1
R R R 4 4 4 1 1 1 1 2 8
R 4 0 3
60 C2105
R420
R 5 2 6
1
R R 8 8 R888 7 7 3 2
R R 2 2 1 1 0 0 9 8
L2103
R2007 R2008
Q403 1 R519
L871
R 2 0 1 0
C2006
R524
C630 IC871
C871 R874 R 8 L882 7 1 R886
70
C2008 IC2003 1
C821
5
R877 R876 R875
L2102
R626
C618 R642 C619
R878
R3227 R3226
R628
R637
R619 C R641 C R621 6 0 8
2
R821 R 6 R 2 C612 6 5 R624 2 3
R 6 2 2
3 2 2 1 R 8 2 6
R R R R 2 2 2 2 1 1 1 1 3 3 3 3 0 1 2 3
C 2 C 1 0 2 4 1 0 3
R3221 C3221 I C
1 C3231 R R967 15 3 Q932 R945 R3222 2 2 E R R946 3 C3223 R R R 9 8 8 R947 5 Q933 2 2 R825 8 2 R C 1 4 3 E 9 9 9 4 5 C954 R 4 2 E C C 8 6 Q821 2 C951 R952 6 1 1
R C R 9 9 9 4 5 5 1 0 0
0
C
80
R935 IC3232 1
R 9 6 2
B
C11
D1
R1 2
110
C C C C 1 C 1 1 1 6 8 0 3 5
R18
1
30
R429 C2018
TESTIN
E
C2004
R2011
20
1 R242 C C 6 6 7 7 3 2
C R 2 2 4 4 2 5
C2904 C2906
851
R2909 R2908
851
R2902 C2901 C2902
10
C2905
R2247
R2903
90
80
70
60
50
Y
40
30
20
10
X
F
0
A AVH-X2700BS/XNUC 5
6
7
8
129
1
2
3
4
11.2 SERVICE UNIT (MONITOR)
B SERVICE UNIT(MONITOR) A
A CN3202
R5204
70
B
5 0 1 0 2 0 Q5201 2 2 2 3 5 5 5 0 C C R 2 5 E C5203 R
C5217 R5231 R5232 Q5202 E
60
C5216
R5202
0 1 IC5201 1 5
R5210 L5201
C5201
R5211
5 1
2 0
3 3 4 1 3 3 0 3 3 5 5 R C 5 C5204 Q
4 7 2 1 2 2 5 5 C R
C5219 1 D5201
C
50
L5202
R5214 C5206 9 2 3 5 C5341 R
R5328 C5336 7 3 3 5 C
40
R5301
C5301 C5302
D
C5303 C5304 C5305 C5306 C5307 C5308 C5309 C5310 C5311 C5312
30
C5313 C5314
R5302 R5303 R5304 R5305 R5306
2 2 2 5 C
3 2 2 5 C
55
50
45
40
35
30
25
20
15
10
5
1
CN5003
C5218 R5341 R5340 R5337 6 3 3 5 R E R5218 Q5302
6 1 2 R5339 5 5 R 0 1 2 0 2 2 2 2 5 5 5 5 1 R R R 2 5 R
C5344
C5340
5 3 3 5 C C5334 C5333
CN5301
R5219
C5207
R5331 60 R5332 R5334 R5335
E C5202
C5342 C5339 R5349
C5338
1
5
10
15
20
25
30
35
40
45
50
55
60
R5307 R5308 R5309 R5310 R5311 R5312 R5313 R5314 5 1 R5316 3 5 R5318 R
0 2 3 5 R
1 2 2 3 2 5 3 R 5 R5319 R 5 6 7 8 9 0 1 1 1 1 1 2 3 3 3 3 3 3 5 5 5 5 5 5 C C C C C C
R5317
20
TFT LCD
E
10
R5033 R5034
Y
T
0
X
10
20
30
40
50
60
70
F
B 130
AVH-X2700BS/XNUC 1
2
3
4
5
6
7
8
SIDE A A
R5040
B R5041 R5042
D5102 10
5
C5101
1
R5102 1
2 0 1 5 C
3 0 1 5 C
4 0 1 5 C
7 0 1 5 C
1 0 1 5 D
L5102
0 1 6 7 2 1 5 1 1 1 1 1 1 5 C 5 5 C C C
C5119 R5122
C5120
R5112 C5113
R5123
R5113 C5106 5 0 1 5 C
0 1
1 5
5
IC5101 1 20
R5103
R5118 R5124
R5107 R5109
9 R5032 2 0 5 R5027 R
Q5002 E
R5028 R5025 R5024 R5026
R5114 R5115 R5116 R5117
C C5115
9 0 1 5 8 0 1 1 2 0 1 1 1 1 1 5 5 5 5 5 C R R R C
1 2 2 2 0 0 3 5 5 2 R R 0 5 R
0 1
R5030
5
E CN5501
1 Q5001 R5031
D5006 D5005 1
D
R5005
CN5004
L5002
9 0 0 0 5 1 0 1 R5015 R 5 C 1 0 R5014 IC5001 5 7 R 5 1 0 1 8 0 1 R5008 0 5 0 5 C 1 C R5013 5 R5007 0 C5008 R5006 1 0 5 C5009 R C5017 C5006
C5005 1
CN5001
CN5002 1
E R5033
C5016
R5034 C5015 TH5001
70
80
90
10 0
11 0
120
13 0
TOUCH PANEL
140
TFT LCD (BACKLIGHT) F
B AVH-X2700BS/XNUC 5
6
7
8
131
1
2
3
4
B SERVICE UNIT(MONITOR) A
B
C5012
C5011
R5101 R5119 R5120 R5121
R5104
R5106
C5114 R5105
C
D C 5 5 0 0 0 1 7 3
D
R5012
D5002
D 5 0 0 1
L5001 D5003
C C C 5 5 C D 5 5 5 0 0 0 0 0 0 0 0 2 3 0 0 4 4 1
E
140
130
120
110
100
90
80
F
B 132
AVH-X2700BS/XNUC 1
2
3
4
70
5
6
7
8
SIDE B A
C5210
D5203
C5012
D5202
C 5 2 1 1
70
B
1
1
C5212 C5011
C5221 R5207 R5208
R 5 R5212 2 1 3
C 5 2 1 5
C 5 2 1 4
C5208 D5204 1
60
R5206 C5213
R5209 L5303
IC5301 15
C5346 C5209
C
50 R5343 R5342
C5345
C5349 R5344 R5345
C5327 R5346
R5326
40
C5326 C5329
R5323 C5332
C5328 R5325
C5347
C5330
C5348
C 5 3 3 1
R 5 3 2 7
L5301 C5324 C5325
C C 5 5 3 3 2 2 1 3
D
30
20
E
10
Y
70
60
50
40
30
20
10
0
X
F
B AVH-X2700BS/XNUC 5
6
7
8
133
1
2
3
4
11.3 DVD CORE UNIT
C
DVD CORE UNIT
SIDE A
A
PU UNIT (DP11)
70 C1111
1 VR1101
RF
2 0
R1982
1 5
B
60
CN1101 1 0
VR1102
5
C1110
1
1 1
C1108
S1
VREF1
C1109
HOME 50
R1251
4 5 2 5 5 2 1 1 C R
R1533
5
R1537
2 9
R1526
40
R1258 2 0
1 0
R1527
C1519
C1518
C1517
C1516
C1513
M1 CRG(L/E) MOTOR 0 5
5 4 0 4 5 3 0 3 5 2 0 2 5 1 0 1 5 1
5 1 2
6 0
3 0
C1254
R1546
C1520
6 R1540 3 5 2 2 R1541 5 1 1 R R1525 C 5 5 R1535 R1519
R1254
C
R1223
2 5
R1252 R1253
M2 SPINDLE MOTOR
C1223
IC1251 1
C1255
1 5
R1514
R1513
C1522
2 2 R1523 C1526 5 1 R R1516
6 5 7 0 7 5 8 0 8
0 1 2 5 0 2 0 0 2 5 9 1
5
C1521
R1509
C1624
30
CN1951 0 1 5 1 0 2
C1619 C1618
R1510 R1979 R1978
R1974 R1972
1
IC1501
20
R1973
9 0 9
C1503 R1512
115
120
125
130 135140145
1
3 5
0 2
1
WHITE R1484
R1483
1 IC1480
7 8 4 1 C
1 5 0 5 1 C
4 5
R1481
0 1 C1482 1
R1485
8 8 4 1 C
4 1 0 5 1 C
150 155160
BLK C1484 1
5 0
R1480
5 C1481 R1490
1
4 0 6 1 R 8 0 6 1 C
C1601 C1603 C1605 R1602 6 0 6 C1604 1 C 2 R1601 0 6 1 C
2 7 7 2 6 0 3 4 1 1 7 7 R R 6 6 1 1 C R
1 7 6 1 C
5 1 5 1 C
R1505
C1511
C1480
C1489
L1511
RED
R1482
5 1
R1489 R1486
0 7 1
110
5 2
4 0
L1501
C1609
L1902
1
3 0
R1538
5 6 1
C1623
7 8 4 1 R
7 0 5 1 C
5 7 1
1 0 0 1 0 5
C1485
1
0 8 1
5
R1605
R1971 F1001 1
D
5 8 1
C1616
R1975
C1625
C1615 C1607 C1613 C1614 C1612
R1976 5
C1621
R1488
8 0 5 1 C
0 9 1
C1622 R1977
GREEN
9 0 5 1 C
L1904
R1504
0 9 4 1 C
10 CN1952
C1015 25
30
20
15
A CN2501 5
10
1
Y 0
10
X
20
30
40
50
60
70
80
E
F
C 134
AVH-X2700BS/XNUC 1
2
3
4
5
C
6
7
8
DVD CORE UNIT
SIDE B A
70 C1106
R1111
Q1103
R1116 R 1 1 1 7
R1114
R1103 R
R 1 1 1 8
1 1 1 3
R C R1101
R 1 1 1 1 1 0 0 1 1 5 5 0
Q1104 E C1107
R1539 R1402
R 1 5 3 6
C1113 R1106
E R1102
C 1 1 0 4
60
R1112 R 1 1 0 9
Q1102
C1112 C 1 1 0 1
R 1 5 3 4
C 1 5 2 8
R 1 1 E 0 4
B
R1115
E
Q 1 1 0 1
50
25
R1406
C1251
20
30
C1252 15
35
C1955 C1043
C 1 4 0 3
C 1 4 0 4
R1405
IC1401
C1506 C1210
1
R1542
R1524
C
R1257
5
45
40
C1253
10
40
25
R1528
R1530
R1224 20
30 C1042
15
IC1402
C1408
C1045
R1517
C
1 R1501 R1503 5
C1502
C1953
IC1953
C1954
C1510
X1501
L1903
C1016
S2
C1401
5
C1501
1
1
R1547
45
C1011
F1002
C1617
C1410 R1401
10
40 C1010
1
30
R1531 35
IC1004
C1224
C1620
R1518
C1409
C 1 8 0 4
C1040
C1806
R1802
R 1 9 8 7
1 1 5 5 0 0 7 8
R1506 C1805 C 1 8 0 3
C 1 8 0 1
R1801
C 1 6 7 4
1 C1676
C1962 R 1 9 8 3
R1671 R R
1
R1804 R1803
C 1 8 0 2
1 4 C 1 5 1 2
R 1 6 7 0
C1809
1 5
10
C1005
1
R2002
IC1801 15
R 2 0 0 3
R1990
L1905
IC1003
C1001
E Q1107
R1529
R1989 C 1 9 5 7
Q1105 E
R1992 R1988
C1018
R1603
R1004
20
R1045 C1003
R R 1 1 9 9 9 9 3 1
C1002
D
C1004
R C1956 1 9 Q1106 9 R 6 1 E 9 9 R R 7 1 1 C1960 9 9 9 9 8 5 R R2000 1 9 C R2001 9 1 R1994 9 9 5 8 R1019 R2004
R 2 0 0 5
R1007
1
12EJ
IC1002 C1041
1
S3
10
C1044
R1225 C1225
R1025
Y
80
70
60
50
40
30
20
10
0
X E
F
C AVH-X2700BS/XNUC 5
6
7
8
135
1
2
3
4
11.4 INTERFACE INTERFACE PCB
D INTERFACE PCB A
50
40 C4029 R4003 C4028
B
3 0 4 7 0 0 4 4 R R
30
C4027 R 1
C4013
JA4002 10
9
7
3
6 2
WIRED REMOTE
iDataLink
SXi
20
5
8
1
4
2
3
JA4001
3
CN4002 1
BT MIC
JA4003
3
4
2
2
1
10
1
C
Y 0
10
X
PCB D INTERFACE X
10
0
20
30
40
50
60
70
80
90
20
30
40
50
60
70
80
90
Y
D
4 3 2 3 0 0 4 3 0 D 0 4 4 L R
10
D4035
1 1
L4004
R4030 C4011 C4010
3 0 0 4 P
R4031
1 6 4 1 1 0 0 4 4 D D
20
E
30
R4045 R4038
D4017 R4044
2 7 0 4 R 9 3 0 4 R 6 0 0 4 R
R4063
40
D4027 D4026 R4059 R4061
5 2 1 1 0 0 4 4 D C
D4019 R4071
R4064
8C4003 1 0 4 D IC4002
R4060
R4062
D4025 D4024
R4042 R4041 R4040
R4037 R4036
5 3 0 4 R R4033
R4058 D4023
R4034
C4025
1
1 IC4005
IC4001
5 51 C4001 C4002 R4007
5 R4053
R4055
C4026 R4057
1
15 IC4004
Q4002
L4002 9 0 1 2 0 0 4 4 C D 1 2 0 4 L4001 D 0 C4036 2 0 4 4 C 2 0 C4038 4 C4037 C
R4047
R4046
R4056 R4054
CN4004 1
5
10
15
20
25
30
35
50
A CN30
F
D 136
AVH-X2700BS/XNUC 1
2
3
4
5
6
7
8
SIDE A A
0 3 0 4 D D4005
9 2 0 4 D
D4011 C4029
D4010 D4008
2 3 0 4 D D4031
8 2 0 4 D
3 1 0 3 4 3 D 0 4 2 D 1 0 4 D
D4006 L4007
C4027
C4041 R4008
5
10
15
20
B
25
NAVI INTERFACE
D4009
1
D4003
CN4001
R4073 1
JA4004
D4004
D4007
C4028
D4002 D4001
B. CAMERA INPUT
R4069 1 P4001 BZ4001
C
90
100
1 10
120
130
1 40
1 50
160 16
17 0
SIDE B
90
100
1 10
120
130
1 40
1 50
160 16
17 0 D
P
5 1 0 4 R
8 1 0 4 C
5 2 0 0 C4031 0 0 4 4R4050 R R
7 4 1 1 0 0 4 4 C R
3 5 6 2 1 1 1 1 0 0 0 0 4 4 4 4 R C C R
R4065 C4023
1
1
5 8 7 2 2 0 0 4 4 R R
R4010
CN4004 15
20
25
30
35
40
45
0 2 0 4 R
50
IC4003 5 C4021
R4009
R4011
7 8 6 9 1 1 1 1 0 0 0 0 4 4 4 4 R R R R
E
C4009
IC4007
1
R4025
R4024 9 6 2 2 0 0 4 4 R R
3 1 2 2 0 R4022 0 4 4 R R
2 2 0 4 D
C4014
L4006 C4022
C4039 8 4 0 4 R
0 4 0 4 C
L4005
A CN3051
F
D AVH-X2700BS/XNUC 5
6
7
8
137
1
2
3
4
11.5 SERVICE UNIT (KEYBOARD)
E
SERVICE UNIT(KEYBOARD)
RESET
A
SIDE A
E
SERVICE UNIT(KEYBOARD)
SIDE B
EJECT 1
1
S5502
S5501
C5508
90
90 U5501 1
R5509 C5509
VOL+
80 B
R5508
80
R5507
R5502
S5504 1
VOL-
70
70
S5505 1
60
60
C
MODE S5503 1
C5503
50
50
HOME
C5501
1
1
5
S5509
C5502
1
B CN5004
D5501
D
5
R5504
40
40
1 0
S5508 1
CN5501
DISP
30
30
FORWARD
R5505
E
R5506
S5506
20
20
1
REVERSE S5507 1
10
10
Y
Y
F
E 138
0
X
10
20
30
30
20
10
X
AVH-X2700BS/XNUC 1
2
3
4
0
5
6
7
8
12. ELECTRICAL PARTS LIST NOTE: Parts whose parts numbers are omitted are subject to being not supplied. sup plied. The part numbers shown below indicate chip components. Chip Resistor RS1/ _S ___ ___ J,RS1/ __ __S ___ ___ J Chip Capacitor (except for CQS.....) CKS....., CCS....., CSZS..... The > mark found on some component parts indicates the importance of the safety factor of the part. Therefore,, when replacing, be sure to use parts Therefore par ts of identical designation. Meaning of the figures and others in the parentheses in the parts list. Example) IC 301 is on the point (face A, 91 of x-axis, and 111 of y-axis) of the corresponding corresponding PC board. IC 301 (A, 91, 111) IC NJM2068V The expression expression of the unit in this manual is shown by u instead of . Please do not make a mistake. Circuit Symbol bol and No.
Part No.
A:AVH-X2700BS/XNUC B:AVH-X2700BT/XNEW5
Circuit Sy Symbol an and No No.
AD Unit Unit Numb Number er : Unit Unit Numb Number er : Unit Unit Numb Number er : Unit Unit Numb Number er : Unit Unit Numb Number er : Unit Unit Numb Number er : Unit Unit Numb Number er : Unit Unit Nam Name :
C:AVH-X2700BT/XNUW5 D:AVH-X2750BT/XNRC E:AVH-X2750BT/XNRD F:AVH-X2750BT/XNRI G:AVH-X2790BT/XNID Unit Unit Numb Number er : CXX7 CXX725 259( 9(A) A)
Part No No.
CXX7 CXX725 259( 9(A) A) CXX7 CXX725 255( 5(B) B) CXX7 CXX725 257( 7(C) C) CXX7 CXX726 260( 0(D) D) CXX7 CXX726 261( 1(E) E) CXX7 CXX726 262( 2(F) F) CXX7 CXX726 263( 3(G) G) Serv Se rviice Unit Unit((Mot Mother her I/F) /F)
C
IC 1 01 01 IC 11 1 11 IC 14 1 41 IC 1 60 60 IC 23 2 31
(B,50,102) Re Regulator IC (A,99,95) Re Regulator IC (A,124,60) Re R egulator IC (B,168,75) Re Regulator IC (B,120,69) Re R egulator IC
NJW4181U3-33B NJW4184DL3-08A MM3479A33P RP132J001B-AE MM1856A50N
IC 24 2 41 IC 27 2 71 IC 301 IC 351 IC 401
(B,74,22) Re Regulator IC (B,146,29) Re R egulator IC (B,159,41) IC (B,155,64) D C/ C/DC CONV IC (A,49,37) F la la sh sh Blank UC IC
MM3479A18P MM1856A58N AN33012UA KBD98 76 76EFJ MN103LF15RXW
Unit Unit Num Numbe berr : CWX4 CWX460 609 9
IC 601 IC603 IC603 IC 851 IC871
Unit Name
IC 881
(A,91,46) AS IC MN1AA9010Z MC74VHC1GT08DFG (B,151 ,151,,91) 91) And And Logi Logic c IC (B,104,21) R AM AM IC M12L2561616A-5TG2S (B,7 (B,78, 8,53 53)) Flash Flash Memo Memory ry IC(A IC(A)) MX25L6406EM2I-12G IC(B,C,D,E,F,G) MX25L1606EM2I-12G MX25L1606 EM2I-12G (B,78,53)Flash Memory IC(B,C,D,E,F,G) (B,78,41) F la lash Memor y IC S99-50389P
IC 891 IC 901 IC 931 IC 1101 IC1201 IC1201
(A,124,54) IC (B,110,55) IC (B,98,73) IC (B,137,50) IC (B,1 (B,137 37,7 ,79) 9) AUD AUD DSP DSP SYS SYS LSI LSI
337S3959 AK8814VQ NJM2283V AK4223VQ PM90 PM9014 14A A
IC 12 1 271 IC 1301 IC 20 2 004 IC 22 2201 IC 240 2401
(B,113,84) OP OP AMP IC (A,88,121) Power AMP IC (A,37,60) Re R egulator IC (A,40,74) Tu Tuner IC (B,1 (B,160 60,,86) 86) DC/ DC/DC CONV CONV IC
NJW1240V PA2032A MM3479A33P TEF6686HN AN33 N33014U 014UA A
Unit Unit Numb Number er : CXX7 CXX725 257( 7(C) C) Unit Unit Numb Number er : CXX7 CXX726 260( 0(D) D) Unit Unit Numb Number er : CXX7 CXX726 261( 1(E) E) Unit Unit Numb Number er : CXX7 CXX726 262( 2(F) F) Unit Unit Numb Number er : CXX7 CXX726 263( 3(G) G) : Servi ervice ce Unit Unit(M (Mot othe herr I/F) /F)
Unit Unit Num Numbe berr : CXX7 CXX727 273 3 Unit Nam Name
: Servi rvice Uni Unit(Monitor) : DVD Core Unit
Unit Unit Num Numbe berr : CXX7 CXX727 275 5 Uni Unit Name Name
: Se Serv rvic ice e Unit( nit(K Keyboa yboarrd)
Service Unit(Mother I/F) Consists of Mother PCB Interface PCB
AVH-X2700BS/XNUC 5
B
MISCELLANEOUS
Unit Unit Numb Number er : CXX7 CXX725 255( 5(B) B)
Uni Unit Name Name
A
6
7
8
D
E
F
139
1
2
Circui cuit Symbol and No.
A
B
3
Part No.
Circuit Symbol and No.
E
F
Part art No.
IC 25 2 501 IC 3191 IC 3221 IC 32 3231 IC 32 3232
(A,143,26) Lo Logic IC (B,155,100) IIn nterface IC (B,75,71) Co Comparator IC (B,83,72) V AMP IC (B,89,79) V AMP IC
TC7SZ32FUS1 STCC2540IQ TC75S57FU BH7673G BH7673G
D D D D D
3103 3104 3105 3152 3153
(A,35,113) Diode (A,32,113) Diode (A,33,108) Diode (B,142,100) Diode (A,150,106) Diode
DZ2S180C DZ2S180C DZ2J039M0 DZ2S180C DZ2S180C
IC 32 3233 IC 32 3234 IC 40 4001 IC 4002 4002 IC 4004 4004
(B,111,69) V AMP IC (B,98,81) V AMP IC (B,26,32) IC(A) (B,2 (B,22, 2,34 34)) And Logic Logic IC(A IC(A)) (B,6 (B,63, 3,37 37)) And Logic Logic IC(A IC(A))
BH7673G BH7673G TC7SH126FU
D D D D L
3154 3191 3192 4023 1
(A,158,105) Diode (A,162,101) Diode (A,162,100) Diode (B,54,28) R ec ectifier Diode(A) (A,60,103) Ch Choke Coil 600 uH
DZ2S180C EZAEG2A50AX EZAEG2A50AX DA2J101 CTH1221
IC 4005 4005 Q 11 Q 21 Q 31 Q 51
(B,5 (B,55, 5,32 32)) And Logic Logic IC(A IC(A)) MC74VHC1GT08DFG (B,72,95) Ch C hip Transistor HN1C01FU (B, (B,59,1 59,127 27)) Res Resis isto torr Built ilt-IN -IN TR LTC01 TC014 4EEB EEB (B, (B,64,1 64,124 24)) Res Resis isto torr Built ilt-IN -IN TR LTC01 TC014 4EEB EEB (B,40,124) Bi Bipolar TR LSAR523UB
L L L L
2 301 302 351
(A,158,73) (A,166,29) (A,156,28) (A,153,58)
CTH1486 CTH1381 CTH1519 CTH1524
Q Q Q Q Q
61 30 1 30 2 40 1 402 402
(B,51,127) Bi Bipolar TR LSAR523UB (A,167,42) Po Power MOS FET ATP112-H (A,157,40) Po Power MOS FET ATP112-H (A,54,55) Bi Bipolar TR LSCR523UB (A,3 (A,30, 0,35 35)) Chip Chip Trans ransis isto tor( r(D D,E,F ,E,F,G) ,G) RN49 RN4982 82
L L L L L
700 701 702 703 704
(A,76,30) (A,79,28) (A,79,26) (A,80,28) (A,81,26)
Chip Beads Chip Beads Chip Beads Chip Beads Chip Beads
VTL1126 VTL1126 VTL1126 VTL1126 VTL1126
Q Q Q Q Q
403 403 404 404 405 405 82 1 89 2
(B,5 (B,59, 9,54 54)) Chip Chip Trans ransis isto tor( r(D D,E,F ,E,F,G) ,G) RN49 RN4982 82 (B,3 (B,38, 8,36 36)) Chip Chip Trans ransis isto tor( r(D D,E,F ,E,F,G) ,G) RN49 RN4982 82 (B,6 (B,64, 4,52 52)) Chip Chip Trans ransis isto tor( r(D D,E,F ,E,F,G) ,G) RN49 RN4982 82 (B,79,66) Bi Bipolar TR LSCR523UB (A,124,50) Bipolar TR LSAR523UB
L L L L L
705 706 707 708 709
(A,81,28) (A,82,26) (A,82,28) (A,83,26) (A,84,28)
Chip Beads Chip Beads Chip Beads Chip Beads Chip Beads
VTL1126 VTL1126 VTL1126 VTL1126 VTL1126
Q Q Q Q Q
93 1 93 2 93 3 1271 1271 1301
(B,93,66) Bi Bipolar TR (B,88,69) Bi Bipolar TR (B,85,68) Bi Bipolar TR (B,1 (B,125 25,8 ,85) 5) Res Resis isto torr Buil Builtt-IN IN TR (A,96,108) Chip Transistor
LSCR523UB LSCR523UB LSCR523UB LTC04 TC044E 4EEB EB RN1903
L L L L L
710 711 712 713 714
(A,84,26) (A,85,28) (A,85,26) (A,86,28) (A,87,26)
Chip Beads Chip Beads Chip Beads Chip Beads Chip Beads
VTL1126 VTL1126 VTL1126 VTL1126 VTL1126
Q Q Q Q Q
13 03 3051 3101 31 02 31 03
(A,89,106) Bi Bipolar TR (B,78,85) Ch Chip Transistor (A,26,108) Ch Chip Transistor (A,30,108) Transistor (A,23,107) Transistor
LSCR523UB HN1B04FU 2SD2114K RN4984 RN4984
L L L L L
715 716 717 718 720
(A,87,28) (A,88,26) (A,88,28) (A,89,26) (A,91,27)
Chip Beads Chip Beads Chip Beads Chip Beads Chip Beads
VTL1126 VTL1126 VTL1126 VTL1126 VTL1126
D D D D D
1 2 3 11 12
(B,67,104) Diode (B,67,101) Diode (A,156,79) Diode (B,73,98) Diode (B,68,94) Diode
D1F60-5053 D1F60-5053 RB080L-30 DZ2J062M0 DZ2J068M0
L L L L L
725 750 851 852 871
(B,92,28) Chip Beads (A,110,34) Ch Chip Beads (B,98,33) Inductor (B,111,24) Ch Chip Beads (B,84,50) Inductor
VTL1126 VTL1128 CTF1786 VTL1128 CTF1786
D D D D D
21 32 41 41 51 61
(B,59,124) (B,66,127) (A,74,116) (B,42,122) (B,50,124)
DA2J101 DZ2J056M0 CRG03 DA2J101 DA2J101
L L L L L
881 882 901 902 903
(B,84,42) Inductor (B,84,47) Inductor (B,118,62) Inductor (B,108,44) Inductor (B,104,64) Ch Chip Beads
CTF1786 CTF1740 ATL7039 ATL7039 VTL1126
D D D D D
10 1 30 1 30 2 35 1 40 1
(B,66,93) Diode (A,162,39) Diode (A,158,33) Diode (A,154,64) Diode (B,62,49) Schottky Diode
D1F60-5053 RB056L-40 RB056L-40 RB056L-40 DB2J31400
L L L L L
904 905 906 907 908
(A,113,53) (A,109,53) (A,113,52) (A,109,52) (A,113,51)
Ch Chip Beads Ch Chip Beads Ch Chip Beads Ch Chip Beads Ch Chip Beads
VTL1126 VTL1126 VTL1126 VTL1126 VTL1126
D D D D D
40 3 1301 1302 2201 2202
(B,59,45) Schottky Diode (A,81,107) Rectifier Diode (A,92,103) Diode (B,21,102) Diode (A,36,91) Diode
DB2J31400 DA2J101 DZ2J082M0 EZAEG2A50AX EZAEG2A50AX
L L L L L
909 910 911 1201 1202
(A,109,51) (A,114,50) (A,110,50) (B,144,80) (B,129,80)
Ch Chip Beads Ch Chip Beads Ch Chip Beads Fe Ferrite Bead Fe Ferrite Bead
VTL1126 VTL1126 VTL1126 RS1/16SS0R0J RS1/16SS0R0J
D D D D D
2203 2401 24 02 3101 3102
(A,35,88) Diode (B,155,85) Diode (A,154,85) Diode (A,22,114) Diode (A,28,113) Diode
EZAEG2A50AX RB060M-30 D1F60-5053 DZ2S180C DZ2S180C
L L L L L
2201 2203 2204 2205 2401 401
(A,48,63) Inductor CTF1749 (A,32,83) Inductor LCYC150K1608 (A,33,89) Inductor CTF1389 (A,39,91) In Inductor LCMAR27J1608 (A, (A,160, 160,83 83)) SMD SMD SPL Induc nducttor CTH15 TH1524 24
MC74VHC1GT08DFG
MC74VHC1GT08DFG
C
D
4
Re Rectifier Diode Diode Diode Re Rectifier Diode Re Rectifier Diode
L 2402
140
Ch C hoke Coil 10 uH Ch Choke Coil 7 uH S MD MD SPL Inductor S MD MD SPL Inductor
(B,155,81) Inductor
CTF1793
AVH-X2700BS/XNUC 1
2
3
4
5
6
Circuit Symbol bol and No.
7
Part No.
Circuit Sy Symbol an and No No. RESISTORS
L L L L
2503 3051 3052 3053
(A,144,28) Chip Beads (A,79,71) Ch Chip Beads(A) (A,78,70) Ch Chip Beads(A) (B,75,75) Ch Chip Beads(A)
VTL1126 VTL1126 VTL1126 VTL1126
L L L L L
3054 3055 3101 3102 3103
(A,77,71) Ch Chip Beads(A) (A,76,70) Ch Chip Beads(A) (A,22,116) Chip Beads (A,32,114) Chip Beads (A,34,114) Chip Beads
VTL1126 VTL1126 VTL1126 VTL1126 VTL1126
L L L L L
3104 3151 3152 3153 3154
(A,27,114) Chip Beads (A,157,107) Ch C hip Beads (A,163,107) Ch C hip Beads (A,151,108) Ch C hip Beads (A,148,105) Ch C hip Beads
VTL1126 VTL1126 VTL1126 VTL1126 VTL1126
L L L L L
3155 3156 3157 3161 3162
(B,140,102) (B,142,103) (A,136,107) (A,141,106) (A,141,105)
Ch Chip Beads Ch Chip Beads Ch C hip Beads Ch C hip Beads Ch C hip Beads
VTL1126 VTL1126 VTL1126 VTL1126 VTL1126
L L L L L
3163 3164 3165 3166 3191
(A,133,105) (A,129,106) (A,126,106) (A,122,105) (A,160,101)
Ch C hip Beads Ch C hip Beads Ch C hip Beads Ch C hip Beads Coil
VTL1126 VTL1126 VTL1126 VTL1126 ATH7015
L L L L L L
3231 4001 4002 4003 4004 4005
(B,115,75) Inductor (B,72,31) Ch Chip Beads (B,72,26) Ch Chip Beads (B,60,10) Ch Chip Beads (B,60,15) Ch Chip Beads (B,161,46) Ch Chip Beads
L X X X P
4006 401 401 601 2201 220 1 2001
(B,159,43) Ch Chip Beads VTL1126 (A,4 (A,49, 9,53 53)) Crys Crysta tall Reso Resona nato torr 12.5 12.500 00 MHz MHz CSS1 CSS183 839 9 (A,77,65) R es esonator 24 MHz CSS1773 (A,49 (A,49,70 ,70)) Cryst Crystal al Resona Resonator tor 9.216 9.216 MHz CSS186 CSS1867 7 (A,73,86) Po Poly Switch(A) FSMD110-24R
P 2201 > P3051 P 3152 P 3161 P 4001
(B,19,102) Sufge Absorber (A,131,9) Fu Fuse 0.75 A (B,146,99) Po Poly Switch (B,101,104) Po Poly Switch (A,102,28) Po Poly Switch
ATL7015 VTL1126 VTL1126 VTL1126 VTL1126 VTL1126
IMSA-6803-01Y900 CEK1380 FSMD075-24R FSMD075-24R FSMD075-24R
P 4003 CN2501 CN2901 CN30 CN3051 51 CN3202 CN3202
(B,81,11) Poly Switch FSMD075-24R (A,150,8) 30P Connector VKN1620 (A,51,9) B TO B Connector CKS6346 (A,8 (A,89, 9,76 76)) FFC/ FFC/FP FPC C Conn Connec ecto torr CKS6 CKS664 645 5 (A,113 (A,113,10 ,10)) FFC/FP FFC/FPC C Connec Connector tor CKS66 CKS6646 46
CN4001 CN4002 CN40 CN4004 04 JA 1 JA 22 2201
(A,145,25) Connector (A,30,16) Connector(A) (B,8 (B,87, 7,45 45)) FFC/ FFC/FP FPC C Conn Connec ecto torr (A,54,121) Connector (A,13,116) An Antenna Jack
CKS4497 CKS6603 CKS6 CKS660 605 5 CKM1613 YKS5041
JA 31 3101 JA 3151 JA 3161 JA 3191 JA 4001
(A,29,131) 3. 3.5 DIA Jack (A,149,112) RC RCA Jack (A,121,111) RC RCA Jack (A,167,98) Co Connector (A,52,15) Jack
CKN1106 CKB1110 CKB1113 CKN1097 CKN1101
JA 40 4002 JA 40 4003 JA 4004 VL2201
(A,15,12) Connector(A) (A,41,14) 3. 3.5 DIA Jack (A,163,33) RC RCA Jack (A,39,84) Va Variable Coil
CKS6495 CKS6437 CKB1106 CTC1216
8
Part No No.
R R R R R
11 12 13 16 17
(B,75,97) (B,75,99) (B,72,99) (B,70,93) (B,70,94)
RS R S1/16SS103J R S1/16SS473J RS R S1/16SS472J RS R S1/16SS104J RS R S1/16SS473J RS
R R R R R
18 21 22 23 31
(B,55,107) (B,57,124) (B,62,126) (B,56,122) (B,63,122)
RS RS1/4SA102J RS1/16SS103J RS1/16SS472J RS RS1/4SA102J RS RS1/4SA102J
R R R R R
32 51 52 53 54
(B,68,124) (B,38,123) (B,38,124) (B,42,124) (B,45,124)
RS1/16SS103J RS1/16SS102J RS1/16SS473J RS1/16SS223J RS1/16SS103J
R R R R R
61 62 63 64 160 160
(B,47,124) (B,48,123) (B,53,127) (B,53,124) (B, (B,158, 158,78 78))
RS1/16SS223J RS1/16SS102J RS1/16SS473J RS1/16SS103J RS1/ RS1/16 16S SS560 5601D
R R R R R
161 161 301 302 302 303 303 304 304
(B, (B,160, 160,78 78)) (B,150,38) (B, (B,150, 150,39 39)) (B, (B,151, 151,41 41)) (B, (B,150, 150,41 41))
RS1/ RS1/16 16S SS120 1202D R S1 S1/16SS561J RS1/ RS1/16 16S SS330 3302D RS1/ RS1/16 16S SS430 4301D RS1/ RS1/16 16S SS360 3601D
R R R R R
305 306 308 309 310
(B,152,41) (B,165,36) (B,163,46) 11 mohm (B,164,35) (B,165,35)
R S1 S1/16SS123J R S1 S1/16SS103J CCN1341 R S1 S1/16SS204J R S1 S1/16SS394J
R R R R R
311 312 313 314 314 315 315
(B,157,46) 12 mohm (B,153,38) (B,167,40) (B, (B,167, 167,37 37)) (B, (B,167, 167,36 36))
CCN1321 R S1 S1/16SS224J R S1 S1/16SS472J RS1/ RS1/16 16S SS110 1101D RS1/ RS1/16 16S SS300 3000D
R R R R R
316 316 317 318 322 323
(B, (B,167, 167,39 39)) (B,169,39) (B,171,37) (B,165,39) (B,165,38)
RS1/ RS1/16 16S SS100 1002D R S1 S1/16SS511J R S1 S1/10SR0R0J R S1 S1/16SS473J R S1 S1/16SS473J
R R R R R
351 351 352 352 353 353 354 359
(B, (B,152, 152,58 58)) (B, (B,152, 152,59 59)) (B, (B,151, 151,61 61)) (B,155,59) (A,150,50)
RS1/ RS1/16 16S SS470 4701D RS1/ RS1/16 16S SS470 4702D RS1/ RS1/16 16S SS220 2202D R S1 S1/16SS332J RS RS1 /8 /8SQ0R0J
R R R R R
360 401 402 403 405
(B,154,55) (A,63,52) (A,61,49) (B,61,50) (A,59,51)
RS RS1 /8 /8SQ331J RS1/16SS472J RS RS1/16SS102J RS RS1 /1 RS /16SS103J RS1/16SS471J RS
R R R R R
406 407 408 411 412
(A,58,53) (A,58,51) (A,57,53) (B,53,48) (B,52,48)
RS R S1/16SS473J RS1/16SS471J RS RS1/16SS473J RS RS1 /1 RS /16SS472J RS1 /1 RS /16SS472J
R 413 R 414 R 415
(A,55,51) (A,54,58) (A,54,51)
RS R S1/16SS473J RS1/16SS473J RS RS1/16SS473J RS
6
B
C
D
E
F
AVH-X2700BS/XNUC 5
A
7
8
141
1
2
Circui cuit Symbol and No.
A
B
C
D
E
F
3
Part No.
Circuit Symbol and No.
R 41 7 R 41 8
(A,53,52) (B,51,48)
RS1/16SS104J RS RS R S1/16SS102J
R R R R R
41 9 42 0 42 1 42 2 42 3
(A,49,50) (B,43,52) (A,43,56) (A,41,50) (A,40,52)
RS1/16SS0R0J RS RS R S1/16SS102J RS1/16SS104J RS RS1/16SS473J RS RS1/16SS473J RS
R R R R R
42 4 42 5 42 6 43 0 43 1
(A,39,52) (A,38,52) (A,37,52) (A,35,44) (A,35,46)
RS R S1/16SS121J RS1/16SS104J RS RS1/16SS121J RS RS1/16SS102J RS RS1/16SS473J RS
R R R R
43 5 43 7 44 1 44 7
R 44 8 R 45 3
(B,40,41) (B,38,41) (A,35,40) (A,35,36) (A,B,C) (A,35,36) (D (D,E,F,G) (A,33,36) (D (D,E,F,G) (A,36,32)
RS1/16SS682J RS RS R S1/16SS0R0J RS1/16SS0R0J RS RS1/16SS102J RS1/16SS1001D RS1/16SS6800D RS1/16SS101J RS
R R R R R
45 7 45 8 46 0 46 3 46 4
(A,39,24) (A,40,24) (A,44,24) (B,43,29) (B,43,28)
RS R S1/16SS822J RS1/16SS471J RS RS1/16SS473J RS RS1/16SS104J RS RS1/16SS473J RS
R R R R R
46 5 46 6 46 8 47 1 47 2
(A,47,24) (A,36,39) (B,50,23) (A,52,24) (A,53,24)
RS R S1/16SS473J RS1/16SS222J RS RS1/16SS473J RS RS1/16SS221J RS RS1/16SS221J RS
R R R R R
47 4 47 5 47 6 47 7 47 8
(A,55,24) (A,56,24) (A,57,22) (B,57,26) (A,57,24)
RS R S1/16SS221J RS1/16SS221J RS RS1/16SS221J RS RS1/16SS104J RS RS1/16SS221J RS
R R R R R R R R
47 9 48 0 48 1 48 2 48 3 48 4 48 5 48 6
(A,58,22) (A,66,23) (A,64,23) (A,66,24) (A,64,24) (A,66,26) (A,64,26) (A,66,27)
RS R S1/16SS104J RS1/16SS104J RS1/16SS104J RS1/16SS104J RS1/16SS104J RS1/16SS104J RS1/16SS104J RS1/16SS104J RS
R 48 8 R 49 3 R 49 4
(A,66,29) (B,57,32) (B,60,32)
RS1/16SS104J RS RS R S1/16SS103J RS1/16SS221J RS
R R R R R
49 5 49 6 49 7 49 9 50 0
(A,64,33) (B,57,33) (B,60,33) (B,57,34) (B,57,35)
RS1/16SS104J RS RS R S1/16SS103J RS1/16SS221J RS RS1/16SS104J RS RS1/16SS104J RS
R R R R R
50 1 50 2 50 3 50 4 50 5
(A,64,35) (A,65,36) (A,64,36) (A,65,37) (B,60,38)
RS R S1/16SS101J RS1/16SS221J RS RS1/16SS221J RS RS1/16SS221J RS RS1/16SS104J RS
R R R R R
50 6 50 8 51 0 51 1 51 2
(B,53,30) (B,59,46) (A,61,26) (A,64,44) (A,65,42)
RS R S1/16SS0R0J RS1/16SS103J RS RS1/16SS473J RS RS1/16SS471J RS RS1/16SS472J RS
142
(F,G) (B,C,D,E) (D,E) (B,C,F,G) (C,E,G) (B,D,F)
4
Part art No.
R R R R R R R R
513 514 515 518 519 524 525 526
(A,63,45) (A,65,41) (A,64,46) (A,37,47) (B,62,52) (B,63,55) (B,36,34) (B,60,52) (B,60,52)
R R R R R
602 603 605 614 615
(A,112,27) (A,106,61) (A,108,61) (A,98,64) (A) (A,97,64) (A)
R S1 S1/10SR0R0J R S1 S1/16SS473J R S1 S1/16SS473J RS1/16SS0R0J RS1/16SS0R0J
R R R R R
616 619 620 621 622
(A,96,64) (B,84,60) (A,90,65) (B,83,60) (B,84,61)
RS1/16SS473J RS RS R S1/16SS0R0J RS1/16SS1R0J RS RS1/16SS1R0J RS RS1/16SS0R0J RS
R R R R R
623 625 627 628 629
(B,83,61) (B,81,61) (B,78,64) (B,76,62) (A,78,63)
RS R S1/16SS0R0J RS1/16SS473J RS RS1/16SS473J RS RS1/16SS0R0J RS RS1/16SS105J RS
R R R R R
630 631 632 633 636
(A,80,64) (B,72,61) (A,73,59) (A,76,60) (B,72,59)
RS1/16SS102J RS RS R S1/16SS102J RS1/16SS0R0J RS RS1/16SS0R0J RS RS1/16SS104J RS
R R R R R
637 639 641 642 643
(B,76,60) (B,76,58) (B,80,59) (B,80,58) (A,72,53)
RS R S1/16SS473J RS1/16SS473J RS RS1/16SS103J RS RS1/16SS103J RS R S1 S1/16SS4701D
R R R R R
644 645 646 647 648
(A,72,54) (A,74,54) (A,73,52) (A,68,61) (A) (A,67,61) (A)
R S1 S1/16SS1201D RS1/16SS0R0J RS RS1/16SS0R0J RS RS1/16SS0R0J RS1/16SS0R0J
R R R R R
651 653 654 660 685
(A,72,49) (B,69,50) (B,70,49) (B,91,32) (A) (A,112,32)
RS1/16SS0R0J RS RS R S1/16SS101J RS1/16SS101J RS RS1/16SS473J R S1 S1/10SR0R0J
R R R R R
686 687 688 700 701
(B,154,91) (B,151,93) (B,153,93) (A,97,66) (A) (A,76,27)
R S1 S1/16SS473J R S1 S1/16SS103J R S1 S1/16SS473J RS1/16SS473J RS1/16SS560J RS
R R R R R
703 704 705 706 707
(A,78,28) (A,79,24) (A,79,23) (A,80,24) (A,81,23)
RS R S1/16SS473J RS1/16SS390J RS RS1/16SS390J RS RS1/16SS390J RS RS1/16SS390J RS
R R R R R
708 709 710 711 712
(A,81,24) (A,82,23) (A,82,24) (A,83,23) (A,84,24)
RS R S1/16SS390J RS1/16SS390J RS RS1/16SS390J RS RS1/16SS390J RS RS1/16SS390J RS
R 713 R 714
(A,84,23) (A,85,24)
RS R S1/16SS390J RS1/16SS390J RS
(D (D,E,F,G) (D (D,E,F,G) (D (D,E,F,G) (A,B,C) (D (D,E,F,G)
RS R S1/16SS471J RS1/16SS472J RS RS1/16SS221J RS RS1/16SS0R0J RS RS1/16SS6800D RS1/16SS8201D RS1/16SS8201D RS1/16SS102J RS1/16SS1001D
AVH-X2700BS/XNUC 1
2
3
4
5
Circuit Symbol bol and No.
6
7
Part No.
R 715 R 716 R 717
(A,85,2 3) 3) (A,86,2 4) 4) (A,87,2 3) 3)
RS R S1/16SS390J RS1/16SS390J RS RS1/16SS390J RS
R R R R R
718 719 720 721 726
(A,87,2 4) 4) (A,88,2 3) 3) (A,88,2 4) 4) (A,89,2 3) 3) (B,92,30)
RS R S1/16SS390J RS1/16SS390J RS RS1/16SS390J RS RS1/16SS390J RS RS1/16SS101J RS
R R R R R
727 730 736 739 792
(B,94,31) (A,91,2 5) 5) (A,107,31) (A,112,34) (A,111,35) (A (A,D,F,G) (A,111,35) (B,C)
R R R R R
793 794 795 797 798
R R R R R
Circuit Sy Symbol an and No No.
8
Part No No.
R R R R
895 896 897 898
(A,127,54) (A,121,55) (A,114,56) (A,120,53)
R S1 S1/16SS222J R S1 S1/16SS222J R S1 S1/16SS220J R S1 S1/16SS222J
R R R R R
902 904 906 908 910
(B,106,64) (B,114,61) (A,115,53) (A,111,53) (A,115,52)
R S1 S1/16SS820J R S1 S1/16SS103J R S1 S1/16SS561J R S1 S1/16SS561J R S1 S1/16SS561J
RS R S1/16SS0R0J RS1/16SS151J RS R S1 S1/16SS472J R S1 S1/16SS330J RS1/16SS150J RS1/16SS330J
R R R R R
912 914 916 918 920
(A,111,52) (A,115,51) (A,111,51) (A,115,50) (A,112,50)
R S1 S1/16SS561J R S1 S1/16SS561J R S1 S1/16SS561J R S1 S1/16SS561J R S1 S1/16SS561J
(A,107,32) (A,109,32) (B,104,38) (B,105,40) (B,105,41)
R S1 S1/16SS472J R S1 S1/16SS472J R S1 S1/16SS472J R S1 S1/16SS472J R S1 S1/16SS472J
R R R R R
921 922 923 924 925
(B,113,48) (B,113,47) (B,112,48) (B,110,47) (B,111,48)
R S1 S1/16SS103J R S1 S1/16SS271J R S1 S1/16SS271J R S1 S1/16SS181J R S1 S1/16SS103J
803 805 806 813 814
(A,116,45) (A,112,44) (A,113,47) (A,109,57) (A,109,58)
R S1 S1/16SS103J R S1 S1/16SS473J R S1 S1/16SS473J R S1 S1/16SS472J R S1 S1/16SS0R0J
R R R R R
926 930 931 931 932 933
(B,112,46) (B,106,47) (B, (B,104, 104,53 53)) (B,111,61) (B,112,61)
R S1 S1/16SS103J R S1 S1/10SR0R0J RS1/ RS1/16 16S SS680 6801D R S1 S1/16SS104J R S1 S1/16SS104J
R R R R R
815 816 821 822 823
(A,112,58) (A,111,58) (B,81,64) (B,77,66) (B,75,66)
R S1 S1/16SS473J R S1 S1/16SS0R0J RS1/16SS103J RS RS1/16SS0R0J RS RS1/16SS104J RS
R R R R R
934 935 938 941 944
(B,104,45) (B,92,78) (B,93,69) (B,92,65) (B,89,67)
R S1 S1/16SS0R0J RS1 /1 RS /16SS0R0J RS1 /1 RS /16SS0R0J RS1 /1 RS /16SS471J RS1 /1 RS /16SS471J
R R R R R
824 825 827 828 841
(B,76,66) (B,79,68) (A,112,48) (A,110,48) (A,111,82)
RS R S1/16SS153J RS1/16SS471J RS R S1 S1/16SS0R0J R S1 S1/16SS0R0J RAB4CQ103J
R R R R R
947 948 949 950 951
(B,82,69) (B,90,72) (B,94,76) (B,90,65) (B,86,67)
RS R S1 /1 /16SS471J RS1 /1 RS /16SS104J RS1 /1 RS /16SS104J RS1 /1 RS /16SS0R0J RS1 /1 RS /16SS0R0J
R R R R R
851 852 853 854 855
(B,95,15) (B,95,18) (B,105,34) (B,102,34) (B,100,34)
RAB4CQ101J RAB4CQ101J RAB4CQ181J RAB4CQ181J RAB4CQ181J
R R R R R
952 953 960 970 971
(B,84,66) (B,99,78) (B,117,65) (B,114,44) (B,113,44)
RS R S1 /1 /16SS0R0J RS1 /1 RS /16SS104J R S1 S1/16SS0R0J R S1 S1/16SS222J R S1 S1/16SS222J
R R R R R
856 857 858 859 860
(B,113,14) (B,113,19) (B,112,22) (B,113,28) (B,112,28)
RAB4CQ101J RAB4CQ101J R S1 S1/16SS121J R S1 S1/16SS181J R S1 S1/16SS181J
R R R R R
1113 1113 1114 1114 1115 1115 1116 1116 1117 1117
(B,1 (B,139 39,3 ,39) 9) (B,1 (B,137 37,4 ,40) 0) (B,1 (B,135 35,3 ,39) 9) (B,1 (B,133 33,4 ,41) 1) (B,1 (B,126 26,4 ,46) 6)
RS1/ RS1/16 16SS SS75 75R0 R0D D RS1/ RS1/16 16SS SS10 104J 4J RS1/ RS1/16 16SS SS75 75R0 R0D D RS1/ RS1/16 16SS SS22 2200 00D D RS1/ RS1/16 16SS SS0R 0R0J 0J
R R R R R
861 862 863 872 873
(B,97,23) (B,114,34) (B,111,34) (B,76,49) (B,77,49)
RS1/16SS101J RS RAB4CQ181J RAB4CQ181J RS1/16SS0R0J RS RS1/16SS0R0J RS
R R R R R
1118 1118 1119 1119 1120 1120 1122 1122 1123 1123
(B,1 (B,131 31,4 ,46) 6) (B,1 (B,136 36,4 ,40) 0) (B,1 (B,135 35,4 ,40) 0) (B,1 (B,140 40,4 ,40) 0) (B,1 (B,139 39,4 ,40) 0)
RS1/ RS1/16 16SS SS75 75R0 R0D D RS1/ RS1/16 16SS SS10 101J 1J RS1/ RS1/16 16SS SS10 101J 1J RS1/ RS1/16 16SS SS10 101J 1J RS1/ RS1/16 16SS SS10 101J 1J
R R R R R
877 878 882 883 884
(B,83,53) (B,83,55) (B,84,37) (B,80,34) (B,75,34)
RS R S1/16SS101J RS1/16SS101J RS RS1/16SS101J RS RS1/16SS0R0J RS RS1/16SS101J RS
R R R R R
1124 1124 1125 1125 1131 1131 1132 1132 1133 1133
(B,1 (B,142 42,4 ,40) 0) (B,1 (B,141 41,4 ,40) 0) (B,1 (B,146 46,5 ,57) 7) (B,1 (B,144 44,5 ,57) 7) (B,1 (B,143 43,5 ,57) 7)
RS1/ RS1/16 16SS SS10 101J 1J RS1/ RS1/16 16SS SS10 101J 1J RS1/ RS1/16 16SS SS10 101J 1J RS1/ RS1/16 16SS SS10 101J 1J RS1/ RS1/16 16SS SS10 101J 1J
R R R R R
885 886 887 888 892
(B,74,34) (B,82,47) (B,84,45) (B,75,47) (A,128,52)
RS R S1/16SS101J RS1/16SS271J RS RS1/16SS101J RS RS1/16SS101J RS R S1 S1/16SS473J
R 893
(A,124,52)
R S1 S1/16SS183J
R R R R R R R
1134 1134 1135 1135 1136 1136 1141 1142 1142 1143 1143 1144
(B,1 (B,134 34,6 ,60) 0) (B,1 (B,133 33,6 ,60) 0) (B,1 (B,132 32,6 ,60) 0) (B,143,39) (C ( C,D,E,F) (B,1 (B,134 34,3 ,39) 9) (B,1 (B,131 31,4 ,45) 5) (B,144,44) (C ( C,D,E,F)
RS1/ RS1/16 16SS SS10 101J 1J RS1/ RS1/16 16SS SS10 101J 1J RS1/ RS1/16 16SS SS10 101J 1J RS1/16SS0R0J RS1/ RS1/10 10SR SR0R 0R0J 0J RS1/ RS1/16 16SS SS47 470J 0J RS1/16SS104J
A
B
AVH-X2700BS/XNUC 5
6
7
8
C
D
E
F
143
1
Circui cuit Symbol and No.
A
B
C
D
E
F
2
3
Part No.
Circuit Symbol and No.
4
Part art No.
R 11 45
(B,145,44) (C ( C,D,E,F)
RS1/16SS101J
R 2516 2516
(B,1 (B,147 47,1 ,15) 5)
RS1/ RS1/10 10SR SR0R 0R0J 0J
R R R R R
11 48 11 49 1214 1214 1228 1228 1232 1232
(B,141,44) (A,B,G) (B,143,47) (A,B,G) (B,1 (B,135 35,9 ,96) 6) (B,1 (B,140 40,6 ,69) 9) (B,1 (B,134 34,9 ,96) 6)
RS1/16SS0R0J RS1/16SS0R0J RS1/ RS1/16 16SS SS0R 0R0J 0J RS1/ RS1/16 16SS SS0R 0R0J 0J RS1/ RS1/16 16SS SS0R 0R0J 0J
R R R R R
2901 2901 2906 2906 2908 2908 2912 2912 2913 2913
(A,6 (A,63, 3,16 16)) (A,6 (A,69, 9,16 16)) (B,4 (B,47, 7,11 11)) (A,5 (A,55, 5,15 15)) (A,5 (A,55, 5,16 16))
RS1/ RS1/16 16SS SS10 102J 2J RS1/ RS1/16 16SS SS10 101J 1J RS1/ RS1/16 16SS SS10 102J 2J RS1/ RS1/16 16SS SS27 271J 1J RS1/ RS1/16 16SS SS27 271J 1J
R R R R R
1236 1236 1271 1271 1272 1272 1286 1286 1287 1287
(A,1 (A,127 27,8 ,84) 4) (B,1 (B,124 24,8 ,83) 3) (B,1 (B,119 19,8 ,80) 0) (B,1 (B,119 19,8 ,82) 2) (B,1 (B,119 19,8 ,85) 5)
RS1/ RS1/10 10SR SR0R 0R0J 0J RS1/ RS1/16 16SS SS10 103J 3J RS1/ RS1/16 16SS SS68 684J 4J RS1/ RS1/16 16SS SS10 100J 0J RS1/ RS1/16 16SS SS10 102J 2J
R R R R R
2915 2915 2917 2917 2918 2918 2919 2919 2920 2920
(A,5 (A,55, 5,17 17)) (A,4 (A,49, 9,16 16)) (A,4 (A,46, 6,16 16)) (A,4 (A,48, 8,18 18)) (A,4 (A,44, 4,16 16))
RS1/ RS1/16 16SS SS27 271J 1J RS1/ RS1/16 16SS SS0R 0R0J 0J RS1/ RS1/16 16SS SS22 222J 2J RS1/ RS1/16 16SS SS0R 0R0J 0J RS1/ RS1/16 16SS SS10 102J 2J
R R R R R
1301 1301 1302 1302 1303 1303 1304 1304 1306 1306
(A,9 (A,96, 6,11 110) 0) (A,9 (A,98, 8,11 110) 0) (A,9 (A,97, 7,11 112) 2) (A,9 (A,97, 7,11 113) 3) (A,7 (A,74, 4,11 111) 1)
RS1/ RS1/16 16SS SS68 683J 3J RS1/ RS1/16 16SS SS68 683J 3J RS1/ RS1/16 16SS SS15 152J 2J RS1/ RS1/16 16SS SS10 101J 1J RS1/ RS1/16 16SS SS10 103J 3J
R R R R R
2921 2921 3058 3058 3059 3059 3060 3060 3061 3061
(A,4 (A,43, 3,16 16)) (B,8 (B,80, 0,87 87)) (B,7 (B,78, 8,87 87)) (B,7 (B,78, 8,83 83)) (B,7 (B,76, 6,83 83))
RS1/ RS1/16 16SS SS10 102J 2J RS1/ RS1/16 16SS SS56 562J 2J RS1/ RS1/16 16SS SS33 332J 2J RS1/ RS1/16 16SS SS10 103J 3J RS1/ RS1/16 16SS SS10 103J 3J
R R R R R
1308 1308 1309 1309 1310 1310 1314 1314 1315 1315
(A,9 (A,92, 2,10 101) 1) (A,8 (A,87, 7,10 106) 6) (A,8 (A,86, 6,10 107) 7) (A,8 (A,81, 1,11 110) 0) (A,8 (A,81, 1,11 112) 2)
RS1/ RS1/16 16SS SS10 103J 3J RS1/ RS1/16 16SS SS10 104J 4J RS1/ RS1/16 16SS SS47 473J 3J RS1/ RS1/16 16SS SS47 473J 3J RS1/ RS1/16 16SS SS10 102J 2J
R R R R R
3062 3062 3118 3118 3119 3119 3126 3126 3127 3127
(B,8 (B,80, 0,85 85)) (A,3 (A,30, 0,11 111) 1) (A,3 (A,31, 1,11 111) 1) (A,3 (A,30, 0,11 110) 0) (A,3 (A,32, 2,10 106) 6)
RS1/ RS1/10 10SR SR22 222J 2J RS1/ RS1/16 16SS SS22 223J 3J RS1/ RS1/16 16SS SS22 223J 3J RS1/ RS1/16 16SS SS10 103J 3J RS1/ RS1/16 16SS SS12 122J 2J
R R R R R
1316 1316 2009 2009 2015 2204 2204 2206 2206
(A,7 (A,76, 6,11 111) 1) (B,3 (B,34, 4,41 41)) (A,69,85) (A) (A,4 (A,45, 5,72 72)) (A,4 (A,44, 4,72 72))
RS1/ RS1/16 16SS SS0R 0R0J 0J RS1/ RS1/16 16SS SS10 102J 2J RS1/4SA0R0J RS1/ RS1/16 16SS SS10 103J 3J RS1/ RS1/16 16SS SS10 103J 3J
R R R R R
3128 3128 3129 3129 3152 3152 3153 3153 3162 3162
(A,2 (A,28, 8,10 108) 8) (A,2 (A,23, 3,11 110) 0) (A,1 (A,148 48,1 ,107 07)) (A,1 (A,147 47,1 ,106 06)) (A,1 (A,144 44,1 ,104 04))
RS1/ RS1/16 16SS SS15 152J 2J RS1/ RS1/16 16SS SS0R 0R0J 0J RS1 RS1/1 /16S 6SS2 S223 23J J RS1 RS1/1 /16S 6SS2 S223 23J J RS1 RS1/1 /16S 6SS2 S223 23J J
R R R R R
2207 2207 2208 2208 2209 2209 2210 2210 2212 2212
(A,4 (A,44, 4,68 68)) (A,4 (A,43, 3,66 66)) (A,4 (A,43, 3,70 70)) (A,4 (A,42, 2,70 70)) (A,3 (A,30, 0,83 83))
RS1/ RS1/16 16SS SS47 472J 2J RS1/ RS1/16 16SS SS47 472J 2J RS1/ RS1/16 16SS SS10 101J 1J RS1/ RS1/16 16SS SS10 101J 1J RS1/ RS1/16 16SS SS39 391J 1J
R R R R R
3164 3164 3168 3168 3171 3171 3174 3174 3177 3177
(A,1 (A,142 42,1 ,104 04)) (A,1 (A,135 35,1 ,103 03)) (A,1 (A,133 33,1 ,103 03)) (A,1 (A,125 25,1 ,103 03)) (A,1 (A,124 24,1 ,103 03))
RS1 RS1/1 /16S 6SS2 S223 23J J RS1 RS1/1 /16S 6SS2 S223 23J J RS1 RS1/1 /16S 6SS2 S223 23J J RS1 RS1/1 /16S 6SS2 S223 23J J RS1 RS1/1 /16S 6SS2 S223 23J J
R R R R R
2213 2213 2214 2214 2242 2242 2243 2243 2244 2244
(B,2 (B,22, 2,10 102) 2) (A,2 (A,29, 9,89 89)) (A,4 (A,47, 7,74 74)) (A,4 (A,40, 0,79 79)) (A,3 (A,39, 9,79 79))
RS1/ RS1/16 16SS SS10 105J 5J RS1/ RS1/16 16SS SS10 105J 5J RS1/ RS1/16 16SS SS0R 0R0J 0J RS1/ RS1/16 16SS SS0R 0R0J 0J RS1/ RS1/16 16SS SS0R 0R0J 0J
R R R R R
3193 3193 3194 3194 3195 3195 3196 3196 3197 3197
(B,1 (B,154 54,1 ,104 04)) (B,1 (B,155 55,9 ,98) 8) (B,1 (B,152 52,1 ,102 02)) (B,1 (B,158 58,1 ,103 03)) (B,1 (B,155 55,1 ,104 04))
RS1 RS1/1 /16S 6SS1 S103 03J J RS1/ RS1/16 16SS SS24 2402 02D D RS1 RS1/1 /16S 6SS1 S102 02J J RS1 RS1/1 /16S 6SS1 S103 03J J RS1 RS1/1 /16S 6SS1 S103 03J J
R R R R R
2246 2246 224 2247 2401 2401 2402 2402 2403 2403
(A,8 (A,81, 1,65 65)) (B, (B,81, 81,7) (B,1 (B,165 65,9 ,91) 1) (B,1 (B,158 58,9 ,96) 6) (B,1 (B,159 59,9 ,96) 6)
RS1/ RS1/10 10SR SR0R 0R0J 0J RS1/ RS 1/1 10SR0 0SR0R0 R0J J RS1/ RS1/16 16SS SS75 752J 2J RS1/ RS1/16 16SS SS10 102J 2J RS1/ RS1/16 16SS SS10 102J 2J
R R R R R
3221 3221 3222 3222 3223 3223 3224 3224 3225 3225
(B,7 (B,73, 3,73 73)) (B,7 (B,79, 9,71 71)) (B,7 (B,78, 8,70 70)) (B,7 (B,75, 5,73 73)) (B,7 (B,78, 8,72 72))
RS1/ RS1/16 16SS SS0R 0R0J 0J RS1/ RS1/16 16SS SS27 271J 1J RS1/ RS1/16 16SS SS68 684J 4J RS1/ RS1/16 16SS SS18 1802 02D D RS1/ RS1/16 16SS SS13 1302 02D D
R R R R R
2404 2404 2405 2405 2406 2406 2407 2407 2408 2408
(B,1 (B,156 56,9 ,96) 6) (B,1 (B,163 63,8 ,80) 0) (B,1 (B,160 60,8 ,80) 0) (B,1 (B,162 62,9 ,93) 3) (B,1 (B,161 61,9 ,93) 3)
RS1/ RS1/16 16SS SS10 102J 2J RS1/ RS1/16 16SS SS22 224J 4J RS1/ RS1/16 16SS SS12 1202 02D D RS1/ RS1/16 16SS SS15 152J 2J RS1/ RS1/16 16SS SS33 3302 02D D
R R R R R
3226 3226 3227 3227 3229 3229 3231 3231 3232 3232
(B,7 (B,72, 2,70 70)) (B,7 (B,72, 2,71 71)) (A,7 (A,72, 2,46 46)) (B,9 (B,98, 8,79 79)) (B,1 (B,107 07,6 ,67) 7)
RS1/ RS1/16 16SS SS68 682J 2J RS1/ RS1/16 16SS SS10 103J 3J RS1/ RS1/16 16SS SS0R 0R0J 0J RS1/ RS1/16 16SS SS10 101J 1J RS1/ RS1/16 16SS SS10 101J 1J
R R R R R
2409 2409 2410 2410 2413 2413 2414 2414 2416 2416
(B,1 (B,165 65,9 ,92) 2) (B,1 (B,157 57,9 ,96) 6) (B,1 (B,167 67,8 ,87) 7) (B,1 (B,166 66,8 ,87) 7) (B,1 (B,160 60,8 ,81) 1)
RS1/ RS1/16 16SS SS82 8201 01D D RS1/ RS1/16 16SS SS10 102J 2J RS1/ RS1/16 16SS SS39 394J 4J RS1/ RS1/16 16SS SS20 204J 4J RS1/ RS1/16 16SS SS0R 0R0J 0J
R R R R R
3233 3233 4008 4008 4009 4009 4010 4010 4011 4011
(B,9 (B,91, 1,76 76)) (A, (A,94,2 94,27) 7) (B,1 (B,128 28,3 ,38) 8) (B,1 (B,127 27,3 ,37) 7) (B,1 (B,124 24,3 ,38) 8)
RS1/ RS1/16 16SS SS10 101J 1J RAB4C RAB 4CQ7 Q75 50J RS1/ RS1/16 16SS SS22 223J 3J RS1/ RS1/16 16SS SS22 223J 3J RS1/ RS1/16 16SS SS56 562J 2J
R R R R R
2420 2420 24 21 2505 2505 2506 2506 2507 2507
(B,1 (B,167 67,8 ,86) 6) (A,170,84) 0.039 ohm (A,1 (A,157 57,1 ,14) 4) (A,1 (A,156 56,1 ,12) 2) (A,1 (A,155 55,1 ,12) 2)
RS1/ RS1/16 16SS SS10 104J 4J CCN1325 RS1/ RS1/16 16SS SS47 471J 1J RS1/ RS1/16 16SS SS22 221J 1J RS1/ RS1/16 16SS SS22 221J 1J
R R R R R
4012 4012 4013 4013 4014 4014 4015 4015 4019 4019
(B,1 (B,153 53,2 ,20) 0) (B,1 (B,148 48,2 ,20) 0) (B,1 (B,146 46,2 ,20) 0) (B,1 (B,140 40,2 ,20) 0) (B,1 (B,125 25,4 ,40) 0)
RS1/ RS1/16 16SS SS10 102J 2J RS1/ RS1/16 16SS SS10 102J 2J RS1/ RS1/16 16SS SS47 471J 1J RS1/ RS1/16 16SS SS47 471J 1J RS1/ RS1/16 16SS SS27 272J 2J
R R R R
2508 2508 2509 2509 2510 2510 2511 2511
(A,1 (A,154 54,1 ,16) 6) (A,1 (A,153 53,1 ,15) 5) (A,1 (A,152 52,1 ,12) 2) (A,1 (A,144 44,3 ,30) 0)
RS1/ RS1/16 16SS SS22 221J 1J RS1/ RS1/16 16SS SS22 221J 1J RS1/ RS1/16 16SS SS22 221J 1J RS1/ RS1/10 10SR SR12 121J 1J
R R R R
4020 4020 4033 4034 4035
(B,1 (B,123 23,4 ,40) 0) (B,46,28) (A) (B,43,28) (A) (B,44,27) (A)
RS1/ RS1/16 16SS SS27 272J 2J RS1/16SS471J RS1/16SS223J RS1/16SS223J
144
AVH-X2700BS/XNUC 1
2
3
4
5
6
Circuit Symbol bol and No.
7
Part No.
R 4036
(B,42,29) (A)
RS1/16SS181J
R R R R R
4037 4038 4039 4045 4048 4048
(B,42,27) (A) (B,7,30) (A) (B,20,31) (A) (B,7,28) (A) (B,1 (B,156 56,4 ,45) 5)
RS1/16SS181J RS1/10SR822J RS1/10SR471J RS1/16SS104J RS1/ RS1/16 16SS SS75 75R0 R0D D
R R R R R
4054 4055 4058 4059 4060
(B,67,38) (B,61,33) (B,51,26) (B,30,24) (B,31,20)
(A) (A) (A) (A) (A)
RS1/16SS101J RS1/16SS103J RS1/16SS104J RS1/16SS0R0J RS1/16SS0R0J
R R R R
4061 4062 4064 4065 4065
(B,30,25) (A) (B,33,20) (A) (B,17,38) (A) (B,1 (B,142 42,2 ,26) 6)
RS1/16SS102J RS1/16SS102J RS1/16SS471J RS1/ RS1/16 16SS SS10 103J 3J
CAPACITORS C C C C C
1 4 5 6 7
(B,66,124) (A,163,61) 4 700 uF/16 V (A,166,73) 10 uF (A,164,71) (B,49,120)
CKSRYB104K50 CCH1328 CCG1236 CKSSYB102K50 CCSSCH102J50
C C C C C
8 9 10 11 12
(B,50,108) (B,47,120) (B,49,108) (B,53,106) (B,44,120)
CCSSCH102J50 CCSSCH102J50 CCSSCH102J50 CKSSYB102K50 CCSSCH102J50
C C C C C
13 14 15 16 17
(B,48,108) (B,42,120) (B,47,108) (B,51,108) (B,52,120)
CCSSCH102J50 CCSSCH102J50 CCSSCH102J50 CKSSYB102K50 CKSSYB102K50
C C C C C
18 19 21 23 24
(B,59,122) (B,54,120) (B,61,127) (B,66,122) (B,68,106)
CKSSYB102K50 CKSSYB102K50 CKSRYB105K10 CKSSYB102K50 CKSSYB102K50
C C C C C
41 101 102 102 103 104
(A,71,119) (A,60,9 0) 0) (B,4 (B,49, 9,1 105) 05) (B,47,101) (A,69,92)
CKSSYB104K16 X CE CEHAT331M16 CKS CKSRYB104K 104K50 50 C KS KSSYB104K10 C EV EVW470M16
C C C C C
111 112 114 115 116
(A,93,90) (A,100,88) (A,95,9 0) 0) (A,110,91) 4.7 uF (A,112,95)
CKSQYB105K25 CK C KS KSSYB104K16 CKSRYB104 K5 CK K50 CCG1222 C CS CSRCH101J50
C C C C C
141 142 143 160 161
(A,121,59) (A,123,63) (A,125,63) (B,160,74) 10 uF (B,158,75) 10 uF
C KS KSRYB105 K1 K1 0 C KS KSRYB105 K1 K1 0 C KS KSSYB104K10 DCH1201 DCH1201
C C C C C
231 231 232 232 241 242 243
(B,1 (B,123 23,,69) 69) (B,1 (B,117 17,,69) 69) (B,78,23) (B,75,18) (B,72,25)
CKS CKSRYB105K 105K10 10 CKS CKSRYB105K 105K10 10 CKSRYB105 K1 CK K10 CKSRYB105 K1 CK K10 CKSSYB104K10 CK
C 271 271 C 272 272
(B,1 (B,146 46,,25) 25) (B,1 (B,146 46,,31) 31)
CKS CKSRYB105K 105K16 16 CKS CKSRYB105K 105K16 16
Circuit Sy Symbol an and No No.
8
Part No No.
C 301 C 302 C 303
(B,151,39) (B,152,42) (B,154,41)
C CS CSSCH471J50 C KS KSSYB103K16 C CS CSSCH8R0D50
C C C C C
304 305 306 307 308
(B,165,40) (B,167,41) (B,167,38) (B,164,31) (B,164,32)
C CS CSSCH8R0D50 C KS KSSYB103K16 C CS CSSCH102J50 C KS KSSYB102K50 C KS KSSYB104K10
C C C C C
309 310 311 316 319
(B,163,27) 10 uF (B,163,29) 10 uF (B,163,24) 47 uF (B,165,37) (B,165,42)
CCG1236 CCG1236 CCG1229 C KS KSSYB104K10 C KS KSSYB104K16
C C C C C
320 321 322 324 325
(B,151,43) (B,153,37) (B,152,39) (B,156,27) 47 uF (B,157,30) 10 uF
C KS KSSYB104K16 C KS KSSYB104K10 CKSRYB105K10 CCG1229 CCG1192
C C C C C
326 327 328 330 331
(B,157,32) 10 uF (B,158,33) (B,158,34) (B,161,46) (B,159,46)
CCG1192 C KS KSSYB104K10 C KS KSSYB102K50 CKSRYB473K50 C KS KSSYB102K50
C C C C C
334 351 352 353 356
(B,159,49) 10 uF (A,159,51) (A,153,52) (A,153,53) 10 uF (B,154,59)
CCG1236 CEVW470M16 C KS KSSYB103K16 CCG1192 C KS KSSYB682K25
C C C C C
357 358 359 401 402
(B,158,60) (B,160,69) 10 uF (B,156,70) (A,52,53) (A,47,50)
C KS KSSYB103K16 CCG1236 CKSRYB103K50 CCSSCH100D50 CC CCSSCH120J50 CC
C C C C C
403 404 405 406 407
(A,45,53) (A,45,52) (A,42,53) (A,43,52) (A,44,50)
CK C KSRYB105K10 CKSSYB104K10 CK CKSRYB105K10 CK CKSSYB104K10 CK CKSSYB102K50 CK
C C C C C
408 409 410 414 415
(A,35,45) (A,37,29) (A,35,29) (A,50,25) (A,49,23)
CK C KSSYB104K10 CKSSYB104K10 CK CKSRYB105K10 CK CKSSYB104K10 CK CKSRYB105K10 CK
C C C C C
419 420 421 422 423
(A,63,50) 0.1 uF (A,65,51) (A,64,51) (A,62,43) (A,63,42)
CCG1321 CKSSYB103K16 CK CCSSCH102J50 CC CKSSYB104K10 CK CKSRYB105K10 CK
C C C C C
424 425 427 429 430
(B,58,42) (A,62,48) (A,62,53) (A,65,43) (A,65,45)
CK C KSSYB104K10 CKSSYB104K10 CK CKSSYB104K10 CK CKSSYB104K10 CK CKSSYB104K10 CK
C C C C C
432 433 436 601 602
(A,63,39) (B,58,41) (A,62,37) (A,102,63) (A,101,64)
CKSSYB104K10 CK CK C KSSYB104K10 CCSSCH471J50 CC C KS KSSYB104K10 C KS KSRYB104K16
(A,97,62) (A,96,63)
CK C KSSYB104K10 CKSSYB104K10 CK
C 603 C 604
AVH-X2700BS/XNUC 5
6
7
8
A
B
C
D
E
F
145
1
Circui cuit Symbol and No.
A
B
C
D
E
F
2
3
Part No.
Circuit Symbol and No.
4
Part art No.
C 60 5 C 60 6 C 60 7
(A,93,62) (A,91,65) (A,90,67)
CK C KSSYB104K10 CKSSYB104K10 CK CKSRYB105K10 CK
C 677 C 678 C 679
(B,84,22) (B,86,16) (B,85,16)
CC C CSSCH560J50 CCSSCH560J50 CC CCSSCH560J50 CC
C C C C C
60 8 60 9 61 0 61 1 61 2
(B,84,58) (B,82,58) (B,83,64) (B,82,64) (B,78,63)
CKSSYB104K10 CK CK C KSRYB105K10 CKSSYB104K10 CK CKSSYB104K10 CK CKSSYB104K10 CK
C C C C C
680 681 682 683 684
(B,90,24) (B,89,23) (B,91,18) (B,91,23) (B,90,17)
CC C CSSCH560J50 CCSSCH560J50 CC CCSSCH560J50 CC CCSSCH560J50 CC CCSSCH560J50 CC
C C C C C
61 3 61 4 61 6 61 7 61 8
(A,80,66) (A,74,64) (B,72,60) (A,74,60) (B,79,58)
CC C CSSCH120J50 CCSSCH100D50 CC CKSSYB104K10 CK CKSSYB104K10 CK CKSSYB104K10 CK
C C C C C
685 700 82 8 21 823 824
(B,87,22) (A,109,33) (B,75,65) 10 uF (A,84,65) (A,83,68)
CCSSCH560J50 CC C CS CSSCH8R0D50 CCG1192 CKSRYB105K10 CK CKSRYB105K10 CK
C C C C C
61 6 19 62 6 20 62 1 62 2 62 4
(B,77,56) 1 uF (A,75,53) 1 uF (A,74,52) (A,75,51) (A,73,48)
DCH1246 DCH1246 CKSSYB104K10 CK CKSSYB104K10 CK CKSSYB104K10 CK
C C C C C
851 852 853 854 855
(B,96,11) (B,96,13) (B,95,21) (B,97,20) (B,97,31)
CK C KSSYB104K10 CKSSYB104K10 CK CKSSYB104K10 CK CKSSYB104K10 CK CKSSYB104K10 CK
C C C C C
62 5 62 6 62 7 62 8 62 9
(A,75,47) (A,74,42) (A,75,42) (A,75,36) (A,74,35)
CK C KSSYB104K10 CKSSYB104K10 CK CKSSYB104K10 CK CKSSYB104K10 CK CKSSYB104K10 CK
C C C C C
856 857 858 871 882
(B,111,20) (B,111,15) (B,113,23) (B,83,50) (B,84,40)
C KS KSSYB104K10 C KS KSSYB104K10 C CS CSSCH8R0D50 CKSSYB104K10 CK CKSSYB104K10 CK
C C C C C
63 1 63 2 63 3 63 4 63 5
(B,81,31) (B,84,31) (B,86,31) (B,89,31) (A,93,29)
CK C KSRYB104K16 CKSSYB104K10 CK CKSRYB104K16 CK CKSRYB104K16 CK CKSRYB104K16 CK
C C C C C
891 892 893 901 902
(A,121,50) (A,122,52) (A,121,53) (B,109,61) (B,116,61) 10 uF
C KS KSSYB104K10 C KS KSSYB104K10 C KS KSSYB103K16 C CS CSSCH560J50 CCG1192
C C C C C
63 6 63 7 63 8 63 9 64 1
(A,98,27) (A,98,29) (A,101,29) (A,108,34) (A,108,37)
CKSSYB104K10 CK CK C KSRYB104K16 C KS KSRYB104K16 C KS KSRYB104K16 C KS KSRYB104K16
C C C C C
903 904 905 906 907
(B,115,55) (B,108,49) (B,104,51) (B,104,49) 10 uF (B,106,50)
C KS KSSYB104K10 C KS KSSYB103K16 C KS KSSYB103K16 CCG1192 C KS KSSYB103K16
C C C C C
64 2 64 3 64 4 64 5 64 6
(A,109,40) (A,108,41) (A,108,42) (A,108,45) (A,109,49)
C KS KSRYB104K16 C KS KSSYB104K10 C KS KSRYB104K16 C KS KSRYB104K16 C KS KSSYB104K10
C C C C C
908 909 910 912 93 9 31
(B,105,44) 10 uF (B,104,55) (B,111,62) (B,109,60) (B,95,79) 10 uF
CCG1192 C KS KSSYB103K16 C KS KSSYB104K10 C KS KSSYB104K10 CCG1192
C C C C C
64 7 64 8 64 9 65 1 65 2
(A,108,50) (A,107,53) (A,107,59) (B,87,34) 0.1 uF (B,92,32)
C KS KSSYB104K10 C KS KSSYB104K10 C KS KSSYB104K10 CCG1321 CCSSCH330J50 CC
C C C C C
932 93 9 33 93 9 34 93 9 35 936
(B,104,67) 10 uF (B,90,74) 10 uF (B,93,71) 10 uF (B,95,77) 10 uF (B,101,77) 10 uF
CCG1192 CCG1192 CCG1192 CCG1192 CCG1192
C C C C C
65 3 654 654 65 5 65 6 65 7
(A,75,26) (B, (B,151, 151,95 95)) (B,151,88) (A,108,25) (A,108,28) 0.1 uF
CCSSCH330J50 CKS CKSRYB10 YB105K 5K10 10 C KS KSSYB104K10 C CS CSRCH102J50 CCG1321
C C C C C
937 938 939 940 941
(B,100,66) (A,88,64) (A,88,68) (A,87,64) (A,86,68)
C KS KSSYB103K16 CKSRYB105K10 CK CKSRYB105K10 CK CKSRYB105K10 CK CKSRYB105K10 CK
C C C C C
65 8 66 1 66 4 66 8 66 9
(A,109,28) (A,111,30) 10 uF (A,111,25) 10 uF (B,84,17) (B,82,17)
C CS CSRCH102J50 DCH1201 DCH1201 CCSSCH560J50 CC CCSSCH560J50 CC
C C C C C
942 943 944 1101 1101 1102 1102
(A,85,64) (A,85,68) (A,118,65) (B,1 (B,144 44,5 ,50) 0) (B,1 (B,144 44,4 ,49) 9)
CK C KSRYB105K10 CKSRYB105K10 CK CEVW470M16 CKSR CKSRYB YB10 105K 5K10 10 CKSS CKSSYB YB10 104K 4K10 10
C C C C C
67 0 67 1 67 2 67 3 67 4
(B,82,21) (B,81,21) (B,80,18) (B,79,18) (B,89,22)
CC C CSSCH560J50 CCSSCH560J50 CC CCSSCH560J50 CC CCSSCH560J50 CC CCSSCH560J50 CC
C C C C C
1106 1106 1108 1108 1110 1110 1112 1112 1114 1114
(B,1 (B,142 42,4 ,42) 2) (B,1 (B,141 41,4 ,42) 2) (B,1 (B,140 40,4 ,42) 2) (B,1 (B,139 39,4 ,42) 2) (B,1 (B,138 38,4 ,42) 2)
CKSS CKSSYB YB10 104K 4K10 10 CKSS CKSSYB YB10 104K 4K10 10 CKSS CKSSYB YB10 104K 4K10 10 CKSS CKSSYB YB10 104K 4K10 10 CKSS CKSSYB YB10 104K 4K10 10
C 67 5 C 67 6
(B,89,17) (B,85,22)
CC C CSSCH560J50 CCSSCH560J50 CC
C 1115 1115 C 1116 1116
(B,1 (B,134 34,5 ,58) 8) (B,1 (B,137 37,4 ,42) 2)
CKSR CKSRYB YB10 105K 5K10 10 CKSS CKSSYB YB10 104K 4K10 10
146
AVH-X2700BS/XNUC 1
2
3
4
5
6
Circuit Symbol bol and No.
7
Part No.
C 1117 1117 C 1118 1118 C 1119 1119
(B,1 (B,133 33,5 ,58) 8) (B,1 (B,136 36,4 ,42) 2) (B,1 (B,132 32,5 ,58) 8)
CKSR CKSRYB YB10 105K 5K10 10 CKSS CKSSYB YB10 104K 4K10 10 CKSR CKSRYB YB10 105K 5K10 10
C C C C C
1120 1120 1122 1122 1124 1124 1126 1126 1127
(B,1 (B,135 35,4 ,42) 2) (B,1 (B,134 34,4 ,42) 2) (B,1 (B,133 33,4 ,42) 2) (B,1 (B,132 32,4 ,42) 2) (B,127,48) 10 uF
CKSS CKSSYB YB10 104K 4K10 10 CKSS CKSSYB YB10 104K 4K10 10 CKSS CKSSYB YB10 104K 4K10 10 CKSS CKSSYB YB10 104K 4K10 10 CCG1192
C C C C C C
1128 1128 1129 1129 1132 1133 1134 1135 1135
(B,1 (B,131 31,4 ,47) 7) (B,1 (B,131 31,4 ,48) 8) (B,130,53) 10 uF (B,129,49) 10 uF (B,145,47) (C,D,E,F) (B,1 (B,130 30,4 ,45) 5)
C C C C C
1136 1136 1137 1137 1138 1138 1201 120 1202
C C C C C
Circuit Sy Symbol an and No No.
8
Part No No.
C C C C
1283 1301 1302 1302 1303 1303
(B,127,89) 1 uF (A,100,112) 4.7 uF (B,9 (B,91, 1,10 107) 7) (B,8 (B,85, 5,10 107) 7)
CCG1325 CCG1201 CKSR CKSRYB YB10 103K 3K50 50 CKSR CKSRYB YB10 103K 3K50 50
C C C C C
1304 1304 1305 1305 1306 1306 1307 1308 1308
(B,9 (B,93, 3,10 108) 8) (B,8 (B,83, 3,10 108) 8) (A,9 (A,93, 3,11 111) 1) (A,87,111) 4.7 uF (A,8 (A,82, 2,10 109) 9)
CKSR CKSRYB YB47 474K 4K16 16 CKSR CKSRYB YB47 474K 4K16 16 CKSQ CKSQYB YB22 225K 5K16 16 CCG1291 CKSR CKSRYB YB10 104K 4K50 50
CKSS CKSSYB YB10 104K 4K10 10 CKSS CKSSYB YB10 104K 4K10 10 CCG1192 CCG1192 CKSSYB104K10 CCSS CCSSCH CH18 181J 1J50 50
C C C C C
1313 1315 1316 1318 1318 1319 1319
(A,82,97) 4 700 uF/16 V (A,85,112) 0.1 uF (A,84,108) 10 uF (B,8 (B,89, 9,10 107) 7) (B,8 (B,87, 7,10 107) 7)
CCH2085 CCG1311 CCG1192 CKSQ CKSQYB YB47 474K 4K25 25 CKSQ CKSQYB YB47 474K 4K25 25
(B,1 (B,143 43,5 ,54) 4) (B,1 (B,144 44,5 ,54) 4) (B,1 (B,145 45,5 ,54) 4) (B,130,85) (A) (A,135 ,135,8 ,88) 8)
CKSR CKSRYB YB10 105K 5K10 10 CKSR CKSRYB YB10 105K 5K10 10 CKSR CKSRYB YB10 105K 5K10 10 CKSRYB105K10 CEV CEVW470 W470M M16
C C C C C
1320 2010 2010 2011 2011 2017 2017 2202 2202
(A,89,111) 4.7 uF (A,3 (A,34, 4,57 57)) (A,4 (A,42, 2,59 59)) (A,3 (A,34, 4,60 60)) (A,5 (A,50, 0,61 61))
CCG1291 CKSR CKSRYB YB10 105K 5K10 10 CKSR CKSRYB YB10 105K 5K10 10 CKSS CKSSYB YB10 104K 4K10 10 CKSS CKSSYB YB10 104K 4K10 10
1203 1203 120 1206 1207 1208 1208 1209 1209
(A,1 (A,131 31,8 ,83) 3) (A,12 ,125,77 5,77)) (B,132,86) (A) (B,1 (B,131 31,8 ,89) 9) (B,1 (B,133 33,8 ,89) 9)
CKSS CKSSYB YB10 104K 4K10 10 CEV CEVW47 W470M16 0M16 CKSRYB105K10 CKSR CKSRYB YB10 105K 5K10 10 CKSR CKSRYB YB10 105K 5K10 10
C C C C C
2203 2203 2204 2205 2206 2206 2208 2208
(A,5 (A,50, 0,65 65)) (A,51,64) 10 uF (A,40,65) 10 uF (A,4 (A,43, 3,77 77)) (A,4 (A,41, 1,78 78))
CKSS CKSSYB YB10 104K 4K10 10 DCH1201 DCH1201 CKSS CKSSYB YB10 104K 4K10 10 CKSS CKSSYB YB22 224K 4K6R 6R3 3
C C C C C
1210 1210 1211 1211 1212 1212 1213 1213 1214 1214
(B,1 (B,133 33,9 ,92) 2) (B,1 (B,134 34,9 ,92) 2) (B,1 (B,135 35,8 ,89) 9) (B,1 (B,136 36,8 ,89) 9) (B,1 (B,137 37,9 ,92) 2)
CKSR CKSRYB YB10 105K 5K10 10 CKSR CKSRYB YB10 105K 5K10 10 CKSR CKSRYB YB10 105K 5K10 10 CKSR CKSRYB YB10 105K 5K10 10 CKSR CKSRYB YB10 105K 5K10 10
C C C C C
2209 2209 2210 2210 2212 2212 2213 2213 2216 2216
(A,4 (A,41, 1,79 79)) (A,3 (A,37, 7,77 77)) (A,3 (A,36, 6,90 90)) (A,3 (A,36, 6,89 89)) (A,4 (A,40, 0,70 70))
CKSS CKSSYB YB10 102K 2K50 50 CKSS CKSSYB YB10 104K 4K10 10 CCSS CCSSCH CH22 220J 0J50 50 CCSS CCSSCH CH27 271J 1J50 50 CKSS CKSSYB YB10 104K 4K10 10
C C C C C
1215 1215 1216 1216 1217 1217 1218 1218 1219 1219
(B,1 (B,138 38,9 ,92) 2) (B,1 (B,138 38,8 ,89) 9) (B,1 (B,140 40,8 ,89) 9) (B,1 (B,140 40,9 ,92) 2) (B,1 (B,141 41,9 ,92) 2)
CKSR CKSRYB YB10 105K 5K10 10 CKSR CKSRYB YB10 105K 5K10 10 CKSR CKSRYB YB10 105K 5K10 10 CKSR CKSRYB YB10 105K 5K10 10 CKSR CKSRYB YB10 105K 5K10 10
C C C C C
2219 2219 2220 2220 2224 2224 2234 2234 2238 2238
(A,3 (A,32, 2,80 80)) (A,3 (A,33, 3,92 92)) (A,3 (A,35, 5,75 75)) (A,3 (A,34, 4,93 93)) (A,5 (A,51, 1,78 78))
CCSS CCSSCH CH10 102J 2J50 50 CCSS CCSSCH CH47 471J 1J50 50 CKSS CKSSYB YB15 152K 2K50 50 CCSS CCSSCH CH10 100D 0D50 50 CKSS CKSSYB YB10 102K 2K50 50
C C C C C
1220 1220 1221 1222 122 1223 1224
(B,1 (B,142 42,8 ,89) 9) (B,144,88) (A) (B,145,85) (A) (A,14 ,143,77 3,77)) (A,133,76) 10 uF
CKSR CKSRYB YB10 105K 5K10 10 CKSRYB105K10 CKSRYB105K10 CEV CEVW47 W470M16 0M16 CCG1332
C C C C C
2401 2401 2402 2402 2403 2403 240 2404 240 2405
(B,1 (B,166 66,9 ,90) 0) (B,1 (B,165 65,9 ,90) 0) (B,1 (B,157 57,8 ,81) 1) (A,1 (A,15 59,92 9,92)) (A,1 (A,16 67,92 7,92))
CKSS CKSSYB YB22 222K 2K50 50 CCSS CCSSCH CH27 270J 0J50 50 CKSS CKSSYB YB10 104K 4K16 16 CEV CEVW470 W470M M16 CEV CEVW101 W101M M16
C C C C C
1225 1225 122 1226 1228 1228 1229 1229 1231 1231
(A,1 (A,130 30,6 ,69) 9) (A,13 ,134,67 4,67)) (B,1 (B,139 39,7 ,72) 2) (B,1 (B,135 35,7 ,72) 2) (A,1 (A,129 29,8 ,82) 2)
CKSS CKSSYB YB10 104K 4K10 10 CEV CEVW47 W470M16 0M16 CKSS CKSSYB YB10 104K 4K10 10 CKSS CKSSYB YB10 104K 4K10 10 CCSS CCSSCH CH15 151J 1J50 50
C C C C C
2406 2406 2407 2407 2408 2408 2409 2409 2410 2410
(B,1 (B,166 66,8 ,88) 8) (B,1 (B,162 62,8 ,80) 0) (B,1 (B,164 64,8 ,80) 0) (B,1 (B,159 59,8 ,80) 0) (B,1 (B,163 63,9 ,92) 2)
CKSR CKSRYB YB10 105K 5K10 10 CKSS CKSSYB YB10 102K 2K50 50 CKSS CKSSYB YB47 472K 2K25 25 CKSS CKSSYB YB10 104K 4K16 16 CCSS CCSSCH CH68 681J 1J50 50
C C C C C
1232 1232 1234 1234 1237 1238 1239 1239
(A,1 (A,129 29,8 ,83) 3) (A,1 (A,142 42,8 ,83) 3) (B,126,78) 0.1 uF (B,147,79) 0.1 uF (A,1 (A,142 42,9 ,94) 4)
CKSS CKSSYB YB10 102K 2K50 50 CCSS CCSSCH CH15 151J 1J50 50 CCG1311 CCG1311 CKSS CKSSYB YB10 102K 2K50 50
C C C C C
2412 2414 2414 2415 2504 2504 2506 2506
(B,160,92) 0.1 uF (A,1 (A,170 70,8 ,87) 7) (A,166,84) 22 uF (B,1 (B,163 63,1 ,13) 3) (B,1 (B,154 54,9 ,9))
CCG1286 CKSS CKSSYB YB10 104K 4K10 10 CCG1254 CKSS CKSSYB YB10 104K 4K16 16 CCSS CCSSCH CH22 221J 1J50 50
C C C C C
1271 1272 1273 1274 1275
(B,104,84) (B,118,89) (B,120,89) (B,122,89) (B,124,89)
1 uF 1 uF 1 uF 1 uF 1 uF
CCG1255 CCG1325 CCG1325 CCG1325 CCG1325
C C C C C
2509 2509 2512 2512 2513 2514 2902
(A,1 (A,141 41,2 ,25) 5) (A,1 (A,143 43,3 ,32) 2) (A,166,15) 10 uF (A,167,15) 10 uF (B,46,9) 4.7 uF
CKSS CKSSYB YB10 104K 4K10 10 CCSS CCSSCH CH39 390J 0J50 50 DCH1201 DCH1201 CCG1201
C C C C C
1276 1277 1278 1279 1280
(B,125,89) (B,118,75) (B,120,80) (B,122,80) (B,106,80)
1 uF 1 uF 1 uF 1 uF 1 uF
CCG1325 CCG1255 CCG1255 CCG1255 CCG1255
C C C C C
2904 2905 2905 2906 2906 290 2907 2909 2909
(B,49,13) 4.7 uF (B,4 (B,46, 6,7) 7) (B,4 (B,45, 5,13 13)) (A,3 (A,31 1,20) ,20) (A,4 (A,47, 7,16 16))
CCG1201 CKSS CKSSYB YB10 104K 4K10 10 CKSS CKSSYB YB10 104K 4K10 10 CEVW221 CE W221M M16 CKSR CKSRYB YB10 105K 5K10 10
(B,102,84) 1 uF
CCG1255
C 30 3 006
(A,94,9) 10 uF
CCG1192
A
B
C 1282
AVH-X2700BS/XNUC 5
6
7
8
C
D
E
F
147
1
2
Circui cuit Symbol and No.
A
3
Part No.
Circuit Symbol and No.
D
E
F
Part art No.
B
C C C C
3007 3007 3125 3125 3126 3126 3127 3127
(A, (A,85, 85,10) 10) (A,3 (A,32, 2,10 108) 8) (A,5 (A,52, 2,62 62)) (B,2 (B,25, 5,12 129) 9)
CEVW10 CE VW101M 1M1 16 CKSS CKSSYB YB47 471K 1K50 50 CCSS CCSSCH CH10 102J 2J50 50 CKSR CKSRYB YB10 102K 2K50 50
C C C C C
3128 3128 3129 3129 3130 3130 3151 3151 3152 3152
(B,3 (B,32, 2,12 129) 9) (B,3 (B,34, 4,12 129) 9) (B,2 (B,26, 6,12 129) 9) (A,1 (A,161 61,1 ,105 05)) (A,1 (A,151 51,1 ,105 05))
CKSR CKSRYB YB10 102K 2K50 50 CKSR CKSRYB YB10 102K 2K50 50 CCSS CCSSCH CH10 101J 1J50 50 CKS CKSR RYB10 YB104K 4K50 50 CKS CKSR RYB10 YB104K 4K50 50
C C C C C
3154 3154 3156 3156 3157 3157 3161 3162
(A,1 (A,137 37,1 ,107 07)) (B,1 (B,144 44,9 ,97) 7) (B,1 (B,145 45,9 ,92) 2) (A,144,105) (A) (A,142,105) (A)
CKS CKSR RYB10 YB104K 4K50 50 CCSS CCSSCH CH27 271J 1J50 50 CKSR CKSRYB YB10 102K 2K50 50 CCSSCH270J50 CCSSCH270J50
C C C C C
3163 3164 3165 3166 3167
(A,135,104) (A,133,104) (A,125,104) (A,124,104) (A,147,103)
(A) (A) (A) (A) 4.7 uF
CCSSCH270J50 CCSSCH270J50 CCSSCH270J50 CCSSCH270J50 CCG1201
C C C C C
3168 3169 3170 3171 3172
(A,139,103) (A,137,103) (A,130,103) (A,128,103) (A,121,103)
4.7 uF 4.7 uF 4.7 uF 4.7 uF 4.7 uF
CCG1201 CCG1201 CCG1201 CCG1201 CCG1201
C C C C C
3191 3192 3192 3221 3221 3222 3222 3231 3231
(B,160,98) 10 uF (B,1 (B,154 54,9 ,97) 7) (B,7 (B,75, 5,72 72)) (B,7 (B,77, 7,72 72)) (B,8 (B,80, 0,72 72))
DCH1201 CKSS CKSSYB YB10 104K 4K10 10 CKSS CKSSYB YB10 104K 4K10 10 CKSS CKSSYB YB10 104K 4K10 10 CKSS CKSSYB YB10 104K 4K10 10
C C C C C
3232 3233 3233 3234 3234 3235 3235 3236 3236
(B,113,73) 10 uF (B,8 (B,88, 8,76 76)) (B,1 (B,113 13,7 ,71) 1) (B,9 (B,99, 9,79 79)) (B,8 (B,86, 6,72 72))
CCG1192 CKSS CKSSYB YB10 104K 4K10 10 CKSS CKSSYB YB10 104K 4K10 10 CKSS CKSSYB YB10 104K 4K10 10 CKSR CKSRYB YB10 105K 5K10 10
C C C C C
3237 3237 3238 3238 3239 3239 3240 3240 3241 3241
(B,8 (B,86, 6,74 74)) (B,9 (B,92, 2,81 81)) (B,8 (B,89, 9,81 81)) (B,1 (B,110 10,7 ,72) 2) (B,1 (B,108 08,6 ,68) 8)
CKSR CKSRYB YB10 105K 5K10 10 CKSR CKSRYB YB10 105K 5K10 10 CKSR CKSRYB YB10 105K 5K10 10 CKSR CKSRYB YB10 105K 5K10 10 CKSR CKSRYB YB10 105K 5K10 10
C C C C C
3242 3242 3243 3243 40 01 40 02 4010 4010
(B,9 (B,95, 5,82 82)) (B,9 (B,95, 5,81 81)) (B,28,34) (A) (B,22,36) (A) (B,6 (B,62, 2,14 14))
CKSR CKSRYB YB10 105K 5K10 10 CKSR CKSRYB YB10 105K 5K10 10 CKSSYB104K10 CKSSYB104K10 CKSS CKSSYB YB10 102K 2K50 50
R R R R R
5006 5006 5010 5010 5011 5011 5012 5012 5021 5021
(A,1 (A,117 17,1 ,19) 9) (A,1 (A,118 18,2 ,21) 1) (A,1 (A,118 18,2 ,23) 3) (B,1 (B,119 19,2 ,24) 4) (A,1 (A,105 05,3 ,37) 7)
RS1/ RS1/16 16SS SS24 241J 1J RS1/ RS1/16 16SS SS68 681J 1J RS1/ RS1/16 16SS SS18 181J 1J RS1/ RS1/16 16SS SS56 560J 0J RS1/ RS1/16 16SS SS68 680J 0J
C C C C C
4011 4011 40 13 4014 4014 4015 4015 4016 4016
(B,6 (B,61, 1,12 12)) (A,9,27) (A) (B,1 (B,143 43,4 ,40) 0) (B,1 (B,150 50,2 ,20) 0) (B,1 (B,151 51,2 ,20) 0)
CKSS CKSSYB YB10 102K 2K50 50 CKSRYB104K50 CKSS CKSSYB YB10 102K 2K50 50 CKSS CKSSYB YB10 102K 2K50 50 CKSS CKSSYB YB10 102K 2K50 50
R R R R R
5022 5022 5024 5024 5025 5025 5027 5027 5028 5028
(A,1 (A,106 06,3 ,37) 7) (A,1 (A,101 01,3 ,34) 4) (A,1 (A,101 01,3 ,35) 5) (A,9 (A,98, 8,39 39)) (A,9 (A,98, 8,37 37))
RS1/ RS1/16 16SS SS56 560J 0J RS1/ RS1/16 16SS SS68 680J 0J RS1/ RS1/16 16SS SS56 560J 0J RS1/ RS1/16 16SS SS68 680J 0J RS1/ RS1/16 16SS SS56 560J 0J
C C C C C
4017 4017 4018 4018 4019 4019 4020 4020 4023 4023
(B,1 (B,144 44,2 ,20) 0) (B,1 (B,142 42,2 ,20) 0) (B,7 (B,73, 3,27 27)) (B,7 (B,73, 3,30 30)) (B,1 (B,144 44,2 ,27) 7)
CCSS CCSSCH CH18 180J 0J50 50 CCSS CCSSCH CH18 180J 0J50 50 CKSS CKSSYB YB10 102K 2K50 50 CKSS CKSSYB YB10 102K 2K50 50 CKSS CKSSYB YB10 102K 2K50 50
R R R R R
5030 5030 5031 5031 5032 5032 5033 5033 5040 5040
(A,1 (A,105 05,3 ,36) 6) (A,1 (A,103 03,3 ,34) 4) (A,9 (A,98, 8,40 40)) (A, (A,77,9 77,9)) (A,9 (A,97, 7,72 72))
RS1/ RS1/16 16SS SS27 272J 2J RS1/ RS1/16 16SS SS27 272J 2J RS1/ RS1/16 16SS SS27 272J 2J RS1/1 1/16SS1 6SS183 83J J RS1/ RS1/16 16SS SS0R 0R0J 0J
C C C C C
40 24 40 26 4039 4039 4040 4040 4041 4041
(B,66,36) (A) (B,56,34) (A) (B,1 (B,157 57,4 ,44) 4) (B,1 (B,158 58,4 ,45) 5) (A,1 (A,126 26,3 ,30) 0)
CKSSYB104K10 CKSSYB104K10 CKSS CKSSYB YB22 221K 1K50 50 CKSS CKSSYB YB10 102K 2K50 50 CCSR CCSRCH CH10 102J 2J50 50
R R R R R
5104 5104 5105 5105 5106 5106 5107 5107 5109 5109
(B,1 (B,109 09,5 ,56) 6) (B,1 (B,105 05,5 ,50) 0) (B,1 (B,102 02,5 ,55) 5) (A,1 (A,106 06,5 ,50) 0) (A,1 (A,106 06,4 ,48) 8)
RS1/ RS1/16 16SS SS10 104J 4J RS1/ RS1/16 16SS SS10 104J 4J RS1/ RS1/16 16SS SS10 102J 2J RS1/ RS1/16 16SS SS22 223J 3J RS1/ RS1/16 16SS SS56 563J 3J
R 5110 5110
(A,1 (A,109 09,4 ,48) 8)
RS1/ RS1/16 16SS SS10 104J 4J
B
C
4
148
Unit Unit Num Numbe berr : CXX7 CXX727 273 3 Unit Nam Name : Service Uni Unit(Monitor) MISCELLANEOUS IC 50 5 001 IC 51 5 101 IC 5201 Q 5001 Q 5002
(A,115,22) In Interface IC (A,108,53) Di Display IC (A,27,57) D C/ C/DC CONV IC (A,103,36) Ch Chip Transistor (A,101,39) Bi Bipolar TR
AK4187VN OZ527ILN R129 0K 0K103A HN1C01FU LSCR523UB
Q Q Q Q D
5201 5201 5202 5301 5302 5001
(A,3 (A,32, 2,63 63)) Resi Resist stor or Buil Builtt-IN IN TR (A,20,59) Transistor (A,38,58) Bipolar TR (A,41,54) Bipolar TR (B,120,16) Diode
LTC02 TC024E 4EEB EB 2SAR502UB LSAR523UB LSCR523UB DZ2S068C
D D D D D
5002 5003 5004 5005 5006
(B,119,19) (B,116,18) (B,115,16) (A,109,32) (A,109,33)
DZ2S068C DZ2S068C DZ2S068C DZ2S068C DZ2S068C
D D D D D
5101 5102 5201 5202 5203
(A,107,59) Diode (A,80,59) Diode (A,22,50) Sc Schottky Diode (B,22,67) Sc Schottky Diode (B,24,66) Sc Schottky Diode
RB060M-30 CRG03 RB162M-40 DB3S308F0 DB3S308F0
D 5204 L 5102 L 5201 L 5301 TH5001
(B,19,61) Sc Schottky Diode (A,102,60) Inductor (A,21,54) C ho hoke Coil 22 uH (B,14,38) Inductor (A,78,5) Thermistor
DB3S308F0 ATH7068 CTH1426 CTF1635 CCX1084
CN5001 CN5001 CN5002 CN50 CN5003 03 CN5004 CN53 CN5301 01
(A,117 (A,117,11 ,11)) FFC/FP FFC/FPC C Connec Connector tor CKS66 CKS6625 25 (A,134,17) Connector CKS4428 (A,6 (A,60, 0,63 63)) FFC/F FFC/FPC PC Conn Connec ecto torr CKS6 CKS664 646 6 (A,116,36) Connector CKS6063 (A,3 (A,34, 4,36 36)) FFC/F FFC/FPC PC Conn Connec ecto torr CKS6 CKS664 646 6
Diode Diode Diode Diode Diode
RESISTORS
AVH-X2700BS/XNUC 1
2
3
4
5
Circuit Symbol bol and No.
6
7
Part No.
R R R R
5111 5111 5112 5112 5113 5113 5114 5114
(A,1 (A,110 10,4 ,48) 8) (A,1 (A,112 12,5 ,57) 7) (A,1 (A,112 12,5 ,55) 5) (A,1 (A,113 13,5 ,55) 5)
RS1/ RS1/16 16SS SS10 101J 1J RS1/ RS1/16 16SS SS10 102J 2J RS1/ RS1/16 16SS SS27 2702 02D D RS1/ RS1/16 16SS SS39 3901 01D D
R R R R R
5119 5119 5121 5121 5123 5123 5201 5201 5202 5202
(B,1 (B,114 14,5 ,57) 7) (B,1 (B,114 14,5 ,55) 5) (A,1 (A,105 05,5 ,56) 6) (A,2 (A,29, 9,63 63)) (A,2 (A,29, 9,61 61))
RS1/ RS1/16 16SS SS10 105J 5J RS1/ RS1/16 16SS SS15 154J 4J RS1/ RS1/8S 8SQ2 Q2R2 R2J J RS1/ RS1/16 16SS SS82 8201 01D D RS1/ RS1/16 16SS SS68 6800 00D D
R R R R R
5203 5203 5206 5206 5207 5207 5208 5208 5209 5209
(A,3 (A,30, 0,62 62)) (B,2 (B,23, 3,58 58)) (B,2 (B,29, 9,60 60)) (B,3 (B,30, 0,59 59)) (B,3 (B,30, 0,55 55))
RS1/ RS1/16 16SS SS15 1502 02D D RS1/ RS1/16 16SS SS91 9102 02D D RS1/ RS1/16 16SS SS18 1802 02D D RS1/ RS1/16 16SS SS20 203J 3J RS1/ RS1/16 16SS SS10 104J 4J
R R R R R
5210 5210 5211 5211 5212 5212 5213 5213 521 5214
(A,2 (A,22, 2,58 58)) (A,3 (A,33, 3,58 58)) (B,2 (B,26, 6,61 61)) (B,2 (B,27, 7,62 62)) (A,2 (A,20, 0,50 50))
RS1/ RS1/16 16SS SS10 103J 3J RS1/ RS1/16 16SS SS47 472J 2J RS1/ RS1/16 16SS SS10 1003 03D D RS1/ RS1/16 16SS SS91 9101 01D D RS1 RS1/8S /8SQ2R2 Q2R2J J
R R R R R
5216 5216 5217 5217 5218 5218 5219 5219 5220 5220
(A,3 (A,31, 1,53 53)) (A,3 (A,31, 1,54 54)) (A,3 (A,33, 3,54 54)) (A,3 (A,30, 0,53 53)) (A,2 (A,29, 9,51 51))
RS1/ RS1/16 16SS SS12 1203 03D D RS1/ RS1/16 16SS SS30 3001 01D D RS1/ RS1/16 16SS SS15 1502 02D D RS1/ RS1/16 16SS SS47 472J 2J RS1/ RS1/16 16SS SS0R 0R0J 0J
R R R R R
5231 5231 5232 5232 5301 5301 5302 5302 5303 5303
(A,2 (A,21, 1,63 63)) (A,1 (A,17, 7,61 61)) (A,1 (A,10, 0,39 39)) (A,1 (A,10, 0,37 37)) (A,9 (A,9,3 ,37) 7)
RS1/ RS1/16 16SS SS10 103J 3J RS1/ RS1/16 16SS SS33 332J 2J RS1/ RS1/16 16SS SS3R 3R9J 9J RS1/ RS1/16 16SS SS27 27R0 R0D D RS1/ RS1/16 16SS SS22 2200 00D D
R R R R R
5304 5304 5305 5305 5307 5307 5309 5309 5310 5310
(A,1 (A,10, 0,36 36)) (A,9 (A,9,3 ,35) 5) (A,9 (A,9,3 ,33) 3) (A,9 (A,9,3 ,31) 1) (A,1 (A,10, 0,30 30))
RS1/ RS1/16 16SS SS75 75R0 R0D D RS1/ RS1/16 16SS SS56 56R0 R0D D RS1/ RS1/16 16SS SS51 51R0 R0D D RS1/ RS1/16 16SS SS15 1500 00D D RS1/ RS1/16 16SS SS27 27R0 R0D D
R R R R R
5311 5311 5312 5312 5313 5313 5314 5314 5315 5315
(A,9 (A,9,2 ,29) 9) (A,1 (A,10, 0,28 28)) (A,9 (A,9,2 ,27) 7) (A,1 (A,10, 0,26 26)) (A,9 (A,9,2 ,25) 5)
RS1/ RS1/16 16SS SS13 1300 00D D RS1/ RS1/16 16SS SS13 1300 00D D RS1/ RS1/16 16SS SS15 1500 00D D RS1/ RS1/16 16SS SS24 24R0 R0D D RS1/ RS1/16 16SS SS33 33R0 R0D D
R R R R R
5316 5316 5317 5317 5318 5318 5319 5319 5320 5320
(A,1 (A,10, 0,24 24)) (A,1 (A,10, 0,22 22)) (A,1 (A,11, 1,23 23)) (A,1 (A,12, 2,22 22)) (A,1 (A,13, 3,23 23))
RS1/ RS1/16 16SS SS27 27R0 R0D D RS1/ RS1/16 16SS SS51 51R0 R0D D RS1/ RS1/16 16SS SS22 220J 0J RS1/ RS1/16 16SS SS15 1500 00D D RS1/ RS1/16 16SS SS15 1500 00D D
R R R R R
5321 5321 5322 5322 5323 5323 5325 5325 5331 5331
(A,1 (A,14, 4,22 22)) (A,1 (A,16, 6,22 22)) (B,2 (B,27, 7,39 39)) (B,3 (B,32, 2,36 36)) (A,4 (A,42, 2,59 59))
RS1/ RS1/16 16SS SS33 33R0 R0D D RS1/ RS1/16 16SS SS1R 1R0J 0J RS1/ RS1/16 16SS SS47 473J 3J RS1/ RS1/16 16SS SS47 473J 3J RS1/ RS1/16 16SS SS15 153J 3J
R R R R R
5333 5333 5335 5335 5336 5336 5337 5337 533 5339
(A,3 (A,39, 9,60 60)) (A,4 (A,40, 0,57 57)) (A,3 (A,38, 8,55 55)) (A,3 (A,37, 7,54 54)) (A,3 (A,35, 5,50 50))
RS1/ RS1/16 16SS SS10 105J 5J RS1/ RS1/16 16SS SS15 153J 3J RS1/ RS1/16 16SS SS47 472J 2J RS1/ RS1/16 16SS SS10 101J 1J RS1 RS1/8S /8SQ0R0 Q0R0J J
R R R R R
5340 5340 5341 5341 5344 5344 5345 5345 5346 5346
(A,4 (A,41, 1,56 56)) (A,3 (A,39, 9,56 56)) (B,3 (B,32, 2,43 43)) (B,3 (B,33, 3,42 42)) (B,3 (B,31, 1,40 40))
RS1/ RS1/16 16SS SS27 273J 3J RS1/ RS1/16 16SS SS47 474J 4J RS1/ RS1/16 16SS SS47 473J 3J RS1/ RS1/16 16SS SS47 473J 3J RS1/ RS1/16 16SS SS47 473J 3J
R 5349 5349
(A,3 (A,30, 0,40 40))
RS1/ RS1/16 16SS SS47 473J 3J
Circuit Sy Symbol an and No No.
8
Part No No.
CAPACITORS C C C C C
5001 5001 5002 5002 5003 5003 5004 5004 5005
(B,1 (B,119 19,1 ,16) 6) (B,1 (B,118 18,1 ,16) 6) (B,1 (B,117 17,1 ,16) 6) (B,1 (B,116 16,1 ,16) 6) (A,114,18) 10 uF
CKSS CKSSYB YB10 103K 3K16 16 CKSS CKSSYB YB10 103K 3K16 16 CKSS CKSSYB YB10 103K 3K16 16 CKSS CKSSYB YB10 103K 3K16 16 CCG1244
C C C C C
5006 5007 5007 5008 5008 501 5015 501 5016
(A,110,27) 10 uF (A,1 (A,112 12,2 ,22) 2) (A,1 (A,115 15,1 ,19) 9) (A,7 (A,78 8,6) ,6) (A,7 (A,78 8,9) ,9)
CCG1244 CKSS CKSSYB YB10 104K 4K10 10 CKSS CKSSYB YB10 104K 4K10 10 CKS CKSSYB10 YB104K 4K10 10 CKS CKSSYB10 YB104K 4K10 10
C C C C C
5017 5018 5101 5103 5104
(A,115,18) 1 uF (A,111,22) 1 uF (A,84,58) 10 uF (A,94,58) 10 uF (A,96,58) 10 uF
DCH1246 DCH1246 CCG1236 CCG1236 CCG1236
C C C C C
5105 5105 5106 5106 5108 5108 5109 5109 5110
(A,1 (A,104 04,5 ,51) 1) (A,1 (A,103 03,5 ,53) 3) (A,1 (A,107 07,4 ,48) 8) (A,1 (A,108 08,4 ,48) 8) (A,112,60) 10 uF
CKSR CKSRYB YB10 105K 5K16 16 CKSR CKSRYB YB10 105K 5K16 16 CKSR CKSRYB YB10 105K 5K10 10 CCSS CCSSCH CH10 101J 1J50 50 CCG1236
C C C C C
5113 5113 5120 5120 5201 5201 5203 5203 5204 5204
(A,1 (A,114 14,5 ,57) 7) (A,1 (A,103 03,5 ,57) 7) (A,3 (A,34, 4,59 59)) (A,3 (A,34, 4,62 62)) (A,3 (A,34, 4,60 60))
CKSR CKSRYB YB22 224K 4K16 16 CKSS CKSSYB YB33 332K 2K50 50 CKSS CKSSYB YB22 224K 4K6R 6R3 3 CKSR CKSRYB YB10 105K 5K10 10 CKSS CKSSYB YB22 224K 4K6R 6R3 3
C C C C C
5205 5205 5206 5206 5207 5207 5208 5208 5209 5209
(A,2 (A,27, 7,62 62)) (A,1 (A,19, 9,48 48)) (A,2 (A,27, 7,52 52)) (B,1 (B,18, 8,63 63)) (B,3 (B,30, 0,53 53))
CKSR CKSRYB YB22 224K 4K16 16 CKSS CKSSYB YB47 472K 2K50 50 CKSS CKSSYB YB10 102K 2K50 50 CKSR CKSRYB YB10 105K 5K16 16 CKSR CKSRYB YB10 105K 5K10 10
C C C C C
5210 5210 5212 5212 5213 5213 5214 5214 5215 5215
(B,2 (B,24, 4,68 68)) (B,2 (B,26, 6,65 65)) (B,2 (B,21, 1,59 59)) (B,2 (B,22, 2,65 65)) (B,2 (B,24, 4,64 64))
CKSQ CKSQYB YB10 105K 5K25 25 CKSQ CKSQYB YB10 105K 5K25 25 CKSR CKSRYB YB10 104K 4K50 50 CKSR CKSRYB YB10 104K 4K50 50 CKSR CKSRYB YB10 104K 4K50 50
C C C C C
521 5217 5218 5218 5219 5220 5220 5221 5221
(A,2 (A,24 4,63) ,63) (A,3 (A,33, 3,56 56)) (A,18,52) 4.7 uF (A,2 (A,28, 8,63 63)) (B,2 (B,26, 6,62 62))
CKS CK SYB475 B475K K16 CKSR CKSRYB YB68 682K 2K50 50 CCG1212 CCSS CCSSCH CH10 101J 1J50 50 CKSS CKSSYB YB56 561K 1K50 50
C C C C C
522 5222 5224 5224 530 5301 5302 530 5309
(A,2 (A,24 4,49) ,49) (A,3 (A,30, 0,54 54)) (A,8 (A,8,,38) 38) (A,7,36) 4.7 uF (A,7 (A,7,,29) 29)
CKS CK SYB475 B475K K16 CKSS CKSSYB YB15 152K 2K50 50 CKS CKSSYB10 YB104K 4K16 16 CCG1222 CKS CKSSYB10 YB102K 2K50 50
C C C C C
531 5310 531 5311 531 5312 5319 5319 5320 5320
(A,7 (A,7,,28) 28) (A,7 (A,7,,27) 27) (A,7 (A,7,,26) 26) (A,1 (A,14, 4,21 21)) (A,1 (A,15, 5,21 21))
CKS CKSSYB10 YB104K 4K16 16 CKS CKSSYB10 YB102K 2K50 50 CKS CKSSYB10 YB104K 4K10 10 CKSS CKSSYB YB10 102K 2K50 50 CKSS CKSSYB YB10 104K 4K10 10
C C C C C
5321 5321 5323 5323 5325 5326 5326 5328 5328
(B,1 (B,17, 7,32 32)) (B,1 (B,16, 6,32 32)) (B,13,33) 10 uF (B,1 (B,14, 4,40 40)) (B,4 (B,45, 5,36 36))
CKSS CKSSYB YB10 102K 2K50 50 CKSS CKSSYB YB10 104K 4K16 16 CCG1236 CKSS CKSSYB YB10 102K 2K50 50 CKSS CKSSYB YB10 102K 2K50 50
(B,2 (B,29, 9,38 38)) (B,2 (B,20, 0,35 35))
CKSS CKSSYB YB10 102K 2K50 50 CKSS CKSSYB YB10 104K 4K10 10
C 5329 5329 C 5330 5330
AVH-X2700BS/XNUC 5
6
7
8
A
B
C
D
E
F
149
1
2
Circui cuit Symbol and No.
A
B
3
Part No.
Circuit Symbol and No.
(B,18,35) 10 uF (A,1 (A,19, 9,41 41)) (A,18,43) 4.7 uF
CCG1192 CKSS CKSSYB YB10 104K 4K16 16 CCG1222
R 1110 1110 R 1111 1111 R 1112 1112
(B,1 (B,16, 6,54 54)) (B,6 (B,6,6 ,63) 3) (B,5 (B,5,5 ,58) 8)
RS1/ RS1/16 16SS SS3R 3R3J 3J RS1/ RS1/10 10SR SR3R 3R3J 3J RS1/ RS1/10 10SR SR3R 3R3J 3J
C C C C C
5337 5337 5339 5339 5340 5340 5341 5341 5342
(A,1 (A,16, 6,43 43)) (A,2 (A,22, 2,41 41)) (A,2 (A,22, 2,43 43)) (A,2 (A,22, 2,45 45)) (A,28,41) 2.2 uF
CKSQ CKSQYB YB22 225K 5K16 16 CKSR CKSRYB YB10 104K 4K50 50 CKSQ CKSQYB YB33 334K 4K50 50 CKSR CKSRYB YB10 103K 3K50 50 CCG1218
R R R R R
1113 1113 1114 1114 1115 1115 1116 1116 1117 1117
(B,1 (B,15, 5,59 59)) (B,1 (B,19, 9,57 57)) (B,6 (B,6,6 ,61) 1) (B,6 (B,6,6 ,62) 2) (B,1 (B,18, 8,59 59))
RS1/ RS1/10 10SR SR3R 3R9J 9J RS1/ RS1/10 10SR SR3R 3R3J 3J RS1/ RS1/10 10SR SR2R 2R7J 7J RS1/ RS1/10 10SR SR2R 2R7J 7J RS1/ RS1/10 10SR SR3R 3R9J 9J
C C C C C
5343 5343 5344 5347 5347 5348 5348 5349 5349
(A,4 (A,40, 0,60 60)) (A,37,52) 10 uF (B,2 (B,28, 8,35 35)) (B,4 (B,47, 7,35 35)) (B,3 (B,34, 4,44 44))
CKSS CKSSYB YB10 104K 4K10 10 CCG1236 CKSS CKSSYB YB10 102K 2K50 50 CKSS CKSSYB YB10 102K 2K50 50 CKSR CKSRYB YB10 105K 5K10 10
R R R R R
1118 1118 1223 1223 1225 225 1251 1251 1252 1252
(B,1 (B,16, 6,59 59)) (A,4 (A,42, 2,50 50)) (B, (B,29, 29,7) (A, (A,6,48 6,48)) (A, (A,6,47 6,47))
RS1/ RS1/10 10SR SR3R 3R9J 9J RS1/ RS1/16 16SS SS56 561J 1J RS1/1 RS1/ 16SS 6SS471J 471J RS1/1 S1/16S 6SS3 S333 33J J RS1/1 S1/16S 6SS4 S473 73J J
R R R R R
1253 1253 1254 1254 1255 1255 1256 1256 1257 257
(A, (A,6,46 6,46)) (A, (A,6,45 6,45)) (A,2 (A,22, 2,48 48)) (A,2 (A,21, 1,45 45)) (B, (B,8,3 8,37)
RS1/1 S1/16S 6SS3 S333 33J J RS1/1 S1/16S 6SS4 S473 73J J RS1/ RS1/16 16SS SS18 183J 3J RS1/ RS1/16 16SS SS15 153J 3J RS1/1 RS1/ 16SS 6SS221J 221J
R R R R R
1258 1258 1401 1401 1402 1402 1405 1405 1406 1406
(A,1 (A,19, 9,39 39)) (B,3 (B,34, 4,28 28)) (B,3 (B,35, 5,47 47)) (B,5 (B,55, 5,35 35)) (B,3 (B,39, 9,45 45))
RS1/ RS1/16 16SS SS22 221J 1J RS1/ RS1/16 16SS SS22 221J 1J RS1/ RS1/16 16SS SS10 104J 4J RS1/ RS1/16 16SS SS10 104J 4J RS1/ RS1/16 16SS SS47 472J 2J
R R R R R
1480 1480 1481 1481 1482 1482 1483 1483 1484 1484
(A, (A,73,2 73,24) 4) (A, (A,73,2 73,28) 8) (A, (A,73,3 73,32) 2) (A, (A,73,3 73,35) 5) (A, (A,73,3 73,39) 9)
RAB R AB4C 4CQ5 Q56 60J RAB4C RAB 4CQ5 Q56 60J RAB4C RAB 4CQ5 Q56 60J RAB4C RAB 4CQ5 Q56 60J RAB4C RAB 4CQ5 Q56 60J
R R R R R
1485 1485 1486 1486 1487 1487 1488 1488 1489 1489
(A, (A,55,2 55,22) 2) (A, (A,56,2 56,27) 7) (A, (A,56,3 56,37) 7) (A, (A,56,4 56,40) 0) (A,5 (A,54, 4,29 29))
RAB R AB4C 4CQ5 Q56 60J RAB4C RAB 4CQ5 Q56 60J RAB4C RAB 4CQ5 Q56 60J RAB4C RAB 4CQ5 Q56 60J RS1/ RS1/16 16SS SS56 560J 0J
R R R R R
1490 1490 1501 1501 1503 1503 1504 1504 1509 1509
(A,7 (A,73, 3,21 21)) (B,4 (B,49, 9,20 20)) (B,4 (B,47, 7,20 20)) (A,5 (A,50, 0,17 17)) (A,2 (A,21, 1,34 34))
RS1/ RS1/16 16SS SS56 560J 0J RS1/ RS1/16 16SS SS12 122J 2J RS1/ RS1/16 16SS SS10 105J 5J RS1/ RS1/16 16SS SS12 121J 1J RS1/ RS1/16 16SS SS10 102J 2J
R R R R R
1510 1510 1512 1512 1513 1513 1514 1514 1516 1516
(A,1 (A,11, 1,29 29)) (A,5 (A,55, 5,31 31)) (A,2 (A,23, 3,38 38)) (A,2 (A,25, 5,40 40)) (A,2 (A,25, 5,36 36))
RS1/ RS1/16 16SS SS10 102J 2J RS1/ RS1/16 16SS SS47 470J 0J RS1/ RS1/16 16SS SS20 203J 3J RS1/ RS1/16 16SS SS18 183J 3J RS1/ RS1/16 16SS SS10 104J 4J
CKS6025
R R R R R
1517 1517 1518 1518 1522 1522 1523 1523 1524 1524
(B,5 (B,58, 8,22 22)) (B,3 (B,34, 4,31 31)) (A,2 (A,21, 1,37 37)) (A,2 (A,23, 3,37 37)) (B,2 (B,29, 9,33 33))
RS1/ RS1/16 16SS SS10 103J 3J RS1/ RS1/16 16SS SS10 103J 3J RS1/ RS1/16 16SS SS10 104J 4J RS1/ RS1/16 16SS SS22 221J 1J RS1/ RS1/16 16SS SS47 472J 2J
C Unit Unit Num Numbe berr :
CWX4 CWX460 609 9 : DVD Core Unit
MISCELLANEOUS IC 10 1 002 IC 1004 IC 1251 IC 1401 IC 1402
(B,15,13) (B,64,28) (A,12,41) (B,28,40) (B,46,28)
Re R egulator IC IC IC Flash ROM Unit Flash ROM Unit
MM1886A50P NJM2855DL1-33 BA5839FP CWW8811 CWW8812
IC 14 1 480 IC 1501 IC 1953 Q 1101 Q 1102
(A,65,30) (A,39,33) (B,57,17) (B,13,59) (B,14,56)
RAM IC IC IC Bipolar TR Bipolar TR
M12L64164A-5TG2Y MN2DS0018MA S-1135D12-A6 LSCR523UB LSCR523UB
Q Q L L L
1103 1104 1501 1511 1902
(B,10,62) (B,22,54) (A,54,30) (A,48,17) (A,18,17)
Transistor Transistor Inductor Ch Chip Beads Inductor
2SB1132 2SB1132 CTF1743 VTL1126 CTF1487
L L X F F
1903 1904 1501 1001 1002
(B,64,16) (A,68,18) (B,48,18) (A,14,19) (B,64,18)
Inductor Re Resistor Cr Cr ys ystal Resonator Ch Chip EMI Filter Ch Chip EMI Filter
CTF1558 RS1/16SS0R0J CSS1823 DTF1106 DTL1106
C
S 1 S 3 VR1101 VR1102 VR1102 CN11 CN1101 01
(A,47,55) Lever Switch CSN1090 (B,26,13) Lever Switch CSN1089 (A,7,63) Semi-fixed CCP1447 (A,7,5 (A,7,59) 9) Semi Semi-fi -fixe xed d 15 kohm( kohm(B) B) CCP144 CCP1449 9 (A,2 (A,21, 1,63 63)) FFC/ FFC/FP FPC C Conn Connec ecto torr CKS6 CKS663 631 1
CN1952
(A,42,11) Co Connector
E
RESISTORS
F
Part art No.
C 5331 C 5334 5334 C 5335
Unit Name
D
4
R R R R R
1004 1004 1007 1007 1019 1019 1025 1025 1027 1027
(B,1 (B,12, 2,20 20)) (B,1 (B,12, 2,21 21)) (B, (B,34, 34,7) (B, (B,36, 36,6) (A,4 (A,40, 0,18 18))
RS1/ RS1/16 16SS SS47 4702 02F F RS1/ RS1/16 16SS SS68 6801 01F F RS1/16S RS1 /16SS1 S101 01J J RS1/16S RS1 /16SS1 S101 01J J RS1/ RS1/16 16SS SS10 101J 1J
R R R R R
1525 1525 1526 1526 1527 1527 1528 1528 1529 1529
(A,2 (A,25, 5,44 44)) (A,2 (A,23, 3,40 40)) (A,3 (A,35, 5,48 48)) (B,2 (B,20, 0,33 33)) (B,3 (B,35, 5,21 21))
RS1/ RS1/16 16SS SS10 103J 3J RS1/ RS1/16 16SS SS10 103J 3J RS1/ RS1/16 16SS SS68 682J 2J RS1/ RS1/16 16SS SS10 103J 3J RS1/ RS1/16 16SS SS10 103J 3J
R R R R R
1101 1101 1102 1102 1103 1103 1104 1104 1105 1105
(B,1 (B,15, 5,57 57)) (B,1 (B,11, 1,56 56)) (B,1 (B,14, 4,61 61)) (B,1 (B,11, 1,58 58)) (B,1 (B,17, 7,54 54))
RS1/ RS1/16 16SS SS10 104J 4J RS1/ RS1/16 16SS SS10 104J 4J RS1/ RS1/16 16SS SS43 4300 00F F RS1/ RS1/16 16SS SS51 5100 00F F RS1/ RS1/16 16SS SS43 4300 00F F
R R R R R
1530 1530 1531 1531 1533 1533 1534 1534 1535 1535
(B,1 (B,18, 8,33 33)) (B,3 (B,34, 4,30 30)) (A,2 (A,29, 9,48 48)) (B,2 (B,29, 9,48 48)) (A,2 (A,22, 2,44 44))
RS1/ RS1/16 16SS SS10 103J 3J RS1/ RS1/16 16SS SS10 103J 3J RS1/ RS1/16 16SS SS10 104J 4J RS1/ RS1/16 16SS SS22 221J 1J RS1/ RS1/16 16SS SS10 104J 4J
R 1106 1106 R 1109 1109
(B,1 (B,10, 0,57 57)) (B, (B,6,57 6,57))
RS1/ RS1/16 16SS SS56 5600 00F F RS1/1 S1/16S 6SS3 S3R3 R3J J
R 1536 1536 R 1537 1537
(B,3 (B,32, 2,48 48)) (A,2 (A,25, 5,46 46))
RS1/ RS1/16 16SS SS10 104J 4J RS1/ RS1/16 16SS SS10 104J 4J
150
AVH-X2700BS/XNUC 1
2
3
4
5
Circuit Symbol bol and No.
6
7
Part No.
R 1538 1538 R 1539 1539 R 1540 1540
(A,5 (A,56, 6,35 35)) (B,3 (B,34, 4,48 48)) (A,2 (A,26, 6,46 46))
RS1/ RS1/16 16SS SS10 104J 4J RS1/ RS1/16 16SS SS10 104J 4J RS1/ RS1/16 16SS SS22 221J 1J
R R R R R
1541 1541 1542 1542 1546 1546 1601 1601 1602 1602
(A,2 (A,26, 6,45 45)) (B,2 (B,27, 7,34 34)) (A,3 (A,33, 3,48 48)) (A,3 (A,32, 2,17 17)) (A,3 (A,32, 2,18 18))
RS1/ RS1/16 16SS SS22 221J 1J RS1/ RS1/16 16SS SS10 103J 3J RS1/ RS1/16 16SS SS68 682J 2J RS1/ RS1/16 16SS SS12 123J 3J RS1/ RS1/16 16SS SS12 123J 3J
R R R R R
1603 1603 1604 1604 1605 1605 1670 1670 1671 1671
(B,3 (B,31, 1,20 20)) (A,2 (A,24, 4,21 21)) (A,2 (A,22, 2,23 23)) (B,4 (B,40, 0,19 19)) (B,4 (B,43, 3,19 19))
RS1/ RS1/16 16SS SS10 1002 02D D RS1/ RS1/16 16SS SS10 105J 5J RS1/ RS1/16 16SS SS10 105J 5J RS1/ RS1/16 16SS SS10 1002 02D D RS1/ RS1/16 16SS SS24 2402 02D D
R R R R R
1672 1672 1674 1674 1982 1982 1983 1983 1990 1990
(A,3 (A,39, 9,18 18)) (A,3 (A,38, 8,17 17)) (A,1 (A,10, 0,62 62)) (B,4 (B,41, 1,19 19)) (B,3 (B,35, 5,19 19))
RS1/ RS1/16 16SS SS20 2000 00D D RS1/ RS1/16 16SS SS30 3002 02D D RS1/ RS1/16 16SS SS82 822J 2J RS1/ RS1/16 16SS SS10 1000 00D D RS1/ RS1/16 16SS SS20 2000 00D D
R R R R R
1991 1991 1996 1996 1997 1997 2002 2002 200 2003
(B,3 (B,31, 1,16 16)) (B,3 (B,36, 6,13 13)) (B,3 (B,36, 6,10 10)) (B,4 (B,43, 3,10 10)) (B,4 (B,43 3,8) ,8)
RS1/ RS1/16 16SS SS10 101J 1J RS1/ RS1/16 16SS SS20 2000 00D D RS1/ RS1/16 16SS SS10 101J 1J RS1/ RS1/16 16SS SS20 2000 00D D RS1/ RS1/16 16SS SS10 101J 1J
CAPACITORS C C C C C
1002 1002 1003 1003 1004 1005 1005 1010 1010
(B,1 (B,13, 3,17 17)) (B,1 (B,16, 6,18 18)) (B,15,17) 4.7 uF (B,4 (B,41, 1,11 11)) (B,6 (B,60, 0,23 23))
CKSS CKSSYB YB10 104K 4K16 16 CKSS CKSSYB YB10 104K 4K16 16 CCG1201 CKSR CKSRYB YB10 105K 5K16 16 CKSQ CKSQYB YB22 225K 5K10 10
C C C C C
1011 1011 101 1015 1016 1016 1018 1018 1040 1040
(B,6 (B,64, 4,22 22)) (A,2 (A,26 6,7) ,7) (B,6 (B,64, 4,15 15)) (B,1 (B,14, 4,21 21)) (B,5 (B,59, 9,12 12))
CKSR CKSRYB YB10 105K 5K10 10 CKS CKSSYB SYB102 102K50 K50 CKSS CKSSYB YB10 102K 2K50 50 CKSS CKSSYB YB10 104K 4K10 10 CCSR CCSRCH CH82 821J 1J50 50
C C C C C
1041 1041 1101 1104 1104 1105 1105 1106 1106
(B,1 (B,19, 9,12 12)) (B,15,53) 10 uF (B,8 (B,8,5 ,57) 7) (B,1 (B,18, 8,54 54)) (B,8 (B,8,6 ,66) 6)
CCSR CCSRCH CH27 271J 1J50 50 CCG1192 CKSS CKSSYB YB10 104K 4K10 10 CKSS CKSSYB YB10 104K 4K10 10 CKSS CKSSYB YB10 103K 3K16 16
C C C C C
1107 1107 1108 1108 1109 1109 1110 1110 1111 1111
(B,2 (B,26, 6,53 53)) (A,2 (A,20, 0,56 56)) (A,7 (A,7,5 ,57) 7) (A,1 (A,18, 8,58 58)) (A,9 (A,9,6 ,66) 6)
CKSS CKSSYB YB10 103K 3K16 16 CKSS CKSSYB YB10 103K 3K16 16 CKSR CKSRYB YB22 224K 4K16 16 CKSS CKSSYB YB10 103K 3K16 16 CKSR CKSRYB YB22 224K 4K16 16
C C C C C
1112 11 1 113 1210 1210 125 1251 1252
(B,17,52) 22 uF (B,9,58) 22 uF (B,7 (B,77, 7,33 33)) (B,1 (B,13 3,41) ,41) (B,8,41) 4.7 uF
DCH1256 DCH1256 CKSS CKSSYB YB10 104K 4K16 16 CEVW101 CE W101M M16 CCG1222
C C C C C
1253 1253 125 1254 1255 1255 1401 1401 1403 1403
(B,8 (B,8,3 ,39) 9) (A,6 (A,6,,37) 37) (A,1 (A,19, 9,37 37)) (B,3 (B,34, 4,27 27)) (B,3 (B,39, 9,40 40))
CKSS CKSSYB YB10 104K 4K16 16 CKS CKSSYB SYB104 104K16 K16 CKSS CKSSYB YB10 104K 4K16 16 CKSS CKSSYB YB10 104K 4K16 16 CKSS CKSSYB YB10 104K 4K10 10
C C C C C
1408 1408 1410 1410 1480 1480 1481 1481 1482 1482
(B,5 (B,58, 8,27 27)) (B,3 (B,34, 4,29 29)) (A,7 (A,71, 1,19 19)) (A,7 (A,73, 3,22 22)) (A,7 (A,72, 2,26 26))
CKSS CKSSYB YB10 104K 4K10 10 CKSS CKSSYB YB10 104K 4K16 16 CKSS CKSSYB YB10 104K 4K10 10 CKSS CKSSYB YB10 104K 4K10 10 CKSS CKSSYB YB10 104K 4K10 10
Circuit Sy Symbol an and No No.
8
Part No No.
C C C C C
1484 1484 1485 1485 1487 1487 1488 1488 1489
(A,7 (A,73, 3,30 30)) (A,7 (A,73, 3,41 41)) (A,5 (A,58, 8,29 29)) (A,5 (A,57, 7,25 25)) (A,65,17) 10 uF
CKSS CKSSYB YB10 104K 4K10 10 CKSS CKSSYB YB10 104K 4K10 10 CKSS CKSSYB YB10 104K 4K10 10 CKSS CKSSYB YB10 104K 4K10 10 CCG1192
C C C C C
1490 1490 1501 1502 1503 1503 1504 1504
(A,6 (A,66, 6,18 18)) (B,62,20) 10 uF (B,55,19) 10 uF (A,5 (A,54, 4,33 33)) (A,5 (A,54, 4,24 24))
CKSS CKSSYB YB10 102K 2K50 50 CCG1192 CCG1192 CKSS CKSSYB YB10 104K 4K10 10 CKSS CKSSYB YB10 104K 4K10 10
C C C C C
1505 1505 1506 1506 1507 1507 1508 1508 1509 1509
(A,5 (A,54, 4,27 27)) (B,5 (B,53, 3,34 34)) (A,5 (A,54, 4,36 36)) (A,5 (A,54, 4,38 38)) (A,5 (A,54, 4,42 42))
CKSS CKSSYB YB10 104K 4K10 10 CKSS CKSSYB YB10 104K 4K10 10 CKSS CKSSYB YB10 104K 4K10 10 CKSS CKSSYB YB10 104K 4K10 10 CKSS CKSSYB YB10 104K 4K10 10
C C C C C
1510 1510 1511 1511 1512 1512 1513 1513 1514 1514
(B,5 (B,51, 1,18 18)) (A,4 (A,49, 9,18 18)) (B,4 (B,46, 6,18 18)) (A,4 (A,48, 8,47 47)) (B,4 (B,45, 5,20 20))
CCSS CCSSCH CH12 120J 0J50 50 CKSS CKSSYB YB10 104K 4K10 10 CCSS CCSSCH CH12 120J 0J50 50 CKSS CKSSYB YB10 104K 4K10 10 CKSS CKSSYB YB10 104K 4K10 10
C C C C C
1515 1515 1516 1516 1517 1517 1518 1518 1519 1519
(A,4 (A,44, 4,19 19)) (A,4 (A,44, 4,47 47)) (A,4 (A,42, 2,47 47)) (A,3 (A,38, 8,47 47)) (A,3 (A,34, 4,47 47))
CKSS CKSSYB YB10 104K 4K10 10 CKSS CKSSYB YB10 104K 4K10 10 CKSS CKSSYB YB10 104K 4K10 10 CKSS CKSSYB YB10 104K 4K10 10 CKSS CKSSYB YB10 104K 4K10 10
C C C C C
1520 1520 1521 1521 1522 1522 1523 1523 1524 1524
(A,2 (A,27, 7,47 47)) (A,2 (A,25, 5,33 33)) (A,2 (A,25, 5,38 38)) (A,2 (A,20, 0,45 45)) (A,2 (A,21, 1,48 48))
CKSS CKSSYB YB10 104K 4K10 10 CKSS CKSSYB YB10 104K 4K10 10 CKSS CKSSYB YB10 104K 4K10 10 CKSS CKSSYB YB10 104K 4K10 10 CKSS CKSSYB YB47 473K 3K16 16
C C C C C
1526 1526 1528 1528 1601 1601 1602 1602 1603 1603
(A,2 (A,25, 5,37 37)) (B,3 (B,30, 0,48 48)) (A,3 (A,32, 2,19 19)) (A,3 (A,34, 4,17 17)) (A,3 (A,34, 4,18 18))
CKSS CKSSYB YB10 103K 3K16 16 CCSS CCSSCH CH47 471J 1J50 50 CKSS CKSSYB YB10 103K 3K16 16 CCSS CCSSCH CH10 101J 1J50 50 CCSS CCSSCH CH10 101J 1J50 50
6
B
C
D
C C C C C
1604 1604 1605 1605 1606 1606 1607 1608
(A,3 (A,30, 0,17 17)) (A,3 (A,30, 0,18 18)) (A,3 (A,35, 5,19 19)) (A,20,24) 10 uF (A,28,18) 4.7 uF
CCSS CCSSCH CH68 680J 0J50 50 CCSS CCSSCH CH68 680J 0J50 50 CKSS CKSSYB YB10 104K 4K10 10 CCG1192 CCG1201
C C C C C
1609 1609 1612 1612 1613 1613 1614 1614 1615 1615
(A,2 (A,26, 6,22 22)) (A,2 (A,24, 4,24 24)) (A,2 (A,25, 5,25 25)) (A,2 (A,23, 3,24 24)) (A,2 (A,23, 3,26 26))
CKSS CKSSYB YB10 104K 4K10 10 CKSS CKSSYB YB10 104K 4K10 10 CKSS CKSSYB YB10 104K 4K10 10 CKSS CKSSYB YB10 104K 4K10 10 CKSS CKSSYB YB10 104K 4K10 10
C C C C C
1616 1616 1617 1617 1618 1618 1619 1619 1620 1620
(A,2 (A,25, 5,27 27)) (B,2 (B,27, 7,28 28)) (A,2 (A,23, 3,29 29)) (A,2 (A,23, 3,30 30)) (B,2 (B,27, 7,30 30))
CKSS CKSSYB YB10 104K 4K10 10 CKSS CKSSYB YB10 104K 4K10 10 CCSS CCSSCH CH10 101J 1J50 50 CKSS CKSSYB YB56 562K 2K25 25 CKSS CKSSYB YB22 224K 4K6R 6R3 3
C C C C C
1621 1621 1622 1622 1623 1623 1624 1624 1625 1625
(A,2 (A,23, 3,31 31)) (A,2 (A,25, 5,31 31)) (A,2 (A,27, 7,20 20)) (A,2 (A,25, 5,32 32)) (A,2 (A,25, 5,29 29))
CKSS CKSSYB YB22 224K 4K6R 6R3 3 CKSS CKSSYB YB33 333K 3K16 16 CKSR CKSRYB YB10 105K 5K10 10 CKSS CKSSYB YB10 104K 4K10 10 CKSS CKSSYB YB10 104K 4K10 10
C C C C C
1671 1671 1673 1673 1674 1674 1676 1676 1809 1809
(A,4 (A,42, 2,19 19)) (A,3 (A,37, 7,17 17)) (B,4 (B,42, 2,20 20)) (B,3 (B,38, 8,20 20)) (B,4 (B,40, 0,17 17))
CKSS CKSSYB YB10 104K 4K10 10 CKSS CKSSYB YB10 104K 4K10 10 CKSS CKSSYB YB10 104K 4K10 10 CKSR CKSRYB YB10 105K 5K10 10 CKSS CKSSYB YB10 102K 2K50 50
AVH-X2700BS/XNUC 5
A
7
8
E
F
151
1
Circui cuit Symbol and No.
A
C C C C
1953 1953 1954 1954 1955 1955 1962 1962
(B,6 (B,60, 0,17 17)) (B,5 (B,55, 5,17 17)) (B,7 (B,77, 7,40 40)) (B,4 (B,40, 0,20 20))
2
3
4
3
4
Part No. CKSR CKSRYB YB10 105K 5K10 10 CKSR CKSRYB YB10 105K 5K10 10 CKSS CKSSYB YB10 104K 4K16 16 CKSR CKSRYB YB10 105K 5K10 10
E
Unit Unit Num Numbe berr : CXX7 CXX727 275 5 Unit nit Name Name : Se Serv rviice Uni Unit(K t(Keyboa yboarrd) MISCELLANEOUS
B
D S S S S
55 01 5504 5505 5506 5507
(A,4,45) LED (A,11,77) Push Switch (A,11,69) Push Switch (A,11,21) Push Switch (A,11,13) Push Switch
SMLVN6RGB2UK(B) CSG1155 CSG1155 CSG1155 CSG1155
S S U S S
5508 5509 5501 5501 5502
(A,11,38) Push Switch (A,13,45) Push Switch (A,7,92) I R RC Rec Module (A,14,93) Push Switch (A,24,94) Push Switch
CSG1155 CSG1155 PNJ4833M CSG1155 CSG1155
(A,11,52) Push Switch (B,14,43) Co Connector
CSG1155 CKS6063
S 5503 CN5501 C
RESISTORS R R R R R
5502 5502 5504 5504 5505 5505 5506 5506 5507 5507
(B,1 (B,11, 1,77 77)) (A,1 (A,14, 4,41 41)) (A,1 (A,15, 5,24 24)) (A,1 (A,15, 5,22 22)) (A,1 (A,15, 5,78 78))
RS1/ RS1/16 16SS SS47 470J 0J RS1/ RS1/16 16SS SS39 392J 2J RS1/ RS1/16 16SS SS47 472J 2J RS1/ RS1/16 16SS SS12 123J 3J RS1/ RS1/16 16SS SS18 182J 2J
R 5508 5508 R 5509 5509
(A,1 (A,15, 5,80 80)) (A,1 (A,15, 5,82 82))
RS1/ RS1/16 16SS SS22 222J 2J RS1/ RS1/16 16SS SS47 472J 2J
CAPACITORS D
C 5508
(B,8,93) 10 uF
CCG1192
E
F
152
AVH-X2700BS/XNUC 1
2