• Please use this service manual whenreferringtotheoperatinginstructionswithoutfail.
• Some illustrations usedinthisservicemanualareslightlydifferentfromtheactualproduct.
MECHANICAL
REPAIR INFORMATION
UPDATING
Page 2
BEFORE SERVICING THIS UNIT
Before Servicing
SAFETY PRECAUTIONS
NOTE FOR SCHEMATIC DIAGRAM
HANDLING THE SEMICONDUCTOR AND OPTICS
ONLINE PARTS LIST
Accessing the Parts List
Searching Part Numbers or Ref. Numbers
NOTE FOR PARTS LIST
SERIAL NUMBER
Serial Number Organization
SKU Code of this Unit
POST-SERVICE PRECAUTIONS
This Unit
ElectricalMechanicalRepair InformationUpdating
Initializing this Unit AVR-S540BT
Initializing this Unit AVR-X550BT
2
Page 3
SAFETY PRECAUTIONS
The following items should be checked for continued protection of the customer and the service technician.
Leakage current check
Before returning the set to the customer, be sure to carry out either (1) a leakage current check or (2) a line to chassis resistance check. If the leakage current exceeds 0.5 milliamps, or if the resistance from chassis to either side of the power cord is less than 460 kohms, the set is defective.
Be sure to test for leakage current with the AC plug in both polarities, in addition, when the set's power is in each state (on, off and standby mode), if applicable.
Before Servicing
This Unit
CAUTION
Please heed the following cautions and instructions during servic-
ing and inspection.
◎ Heed the cautions!
Cautions which are delicate in particular for servicing are labeled on the cabinets, the parts and the
chassis, etc. Be sure to heed these cautions and the cautions described in the handling instructions.
◎ Cautions concerning electric shock!
(1) An AC voltage is impressed on this set, so if you touch internal metal parts when the set is energized,
you may get an electric shock. Avoid getting an electric shock, by using an isolating transformer and
wearing gloves when servicing while the set is energized, or by unplugging the power cord when
replacing parts, for example.
(2) There are high voltage parts inside. Handle with extra care when the set is energized.
◎ Caution concerning disassembly and assembly!
Through great care is taken when parts were manufactured from sheet metal, there may be burrs on the
edges of parts. The burrs could cause injury if ngers are moved across them in some rare cases. Wear
gloves to protect your hands.
◎ Use only designated parts!
The set's parts have specic safety properties (re resistance, voltage resistance, etc.). Be sure to use
parts which have the same properties for replacement. The burrs have the same properties. In particular,
for the important safety parts that are indicated by the z mark on schematic diagrams and parts lists,
be sure to use the designated parts.
◎ Be sure to mount parts and arrange the wires as they were originally placed!
For safety seasons, some parts use tapes, tubes or other insulating materials, and some parts are mounted away from the surface of printed circuit boards. Care should also be taken with the positions of the
wires by arranging them and using clamps to keep them away from heating and high voltage parts, so
be sure to set everything back as it was originally placed.
◎ Make a safety check after servicing!
Check that all screws, parts and wires removed or disconnected when servicing have been put back
in their original positions, check that no serviced parts have deteriorated the area around. Then make
an insulation check on the external metal connectors and between the blades of the power plug. And
otherwise check that safety is ensured.
(Insulation check procedure)
Unplug the power cord from the power outlet, disconnect the antenna, plugs, etc., and on the power.
Using a 500V insulation resistance tester, check that the insulation resistance value between the inplug
and the externally exposed metal parts (antenna terminal, headphones terminal, input terminal, etc.) is
1M Ω or greater. If it is less, the set must be inspected and repaired.
CAUTION
Many of the electric and the structural parts used in the set have special safety properties. In most cases
these properties are difcult to distinguish by sight, and the use of replacement parts with higher ratings (rated power and withstand voltage) does not necessarily guarantee that safety performance will
be preserved. Parts with safety properties are indicated as shown below on the wiring diagrams and the
parts list in this service manual. Be sure to replace them with the parts which have the designated part
number.
(1) Schematic diagrams Indicated by the z mark.
(2) Parts lists Indicated by the z mark.
The use of parts other than the designated parts could cause electric shocks, res or other dangerous
situations.
Concerning important safety parts
ElectricalMechanicalRepair InformationUpdating
3
Page 4
NOTE FOR SCHEMATIC DIAGRAM
WARNING:
Parts indicated by the z mark have critical characteristics. Use ONLY replacement parts recommended
by the manufacturer.
CAUTION:
Before returning the set to the customer, be sure to carry out either (1) a leakage current check or (2)
a line to chassis resistance check. If the leakage current exceeds 0.5 milliamps, or if the resistance from
chassis to either side of the power cord is less than 460 kohms, the set is defective.
WARNING:
DO NOT return the set to the customer unless the problem is identied and remedied.
Before Servicing
This Unit
NOTICE:
(1) ALL RESISTANCE VALUES IN OHM. k=1,000 OHM / M=1,000,000 OHM
(2) ALL CAPACITANCE VALUES ARE EXPRESSED IN MICRO FARAD, UNLESS OTHERWISE INDICATED. P
INDICATES MICRO-MICRO FARAD. N INDICATES NANO FARAD.
(3) EACH VOLTAGE AND CURRENT ARE MEASURED AT NO SIGNAL INPUT CONDITION.
(4) CIRCUIT AND PARTS ARE SUBJECT TO CHANGE WITHOUT PRIOR NOTICE.
HANDLING THE SEMICONDUCTOR AND OPTICS
Electrostatic breakdown of the semi-conductors or optical pickup may occur due to a potential difference caused by electrostatic charge during unpacking or repair work.
1. Ground for Human Body
Be sure to wear a grounding band (1 M ohm) that is properly grounded to remove any static electricity
that may be charged on the body.
2. Ground for Workbench
Be sure to place a conductive sheet or copper plate with proper grounding (1 M ohm) on the workbench or other surface, where the semi-conductors are to be placed. Because the static electricity
charge on clothing will not escape through the body grounding band, be careful to avoid contacting
semi-conductors with your clothing
<Incorrect>
<Correct>
CBA
1MΩ
Grounding Band
CBA
Conductive Sheet or
Copper Plate
1MΩ
ElectricalMechanicalRepair InformationUpdating
4
Page 5
ONLINE PARTS LIST
Accessing the Parts List
(1) Access from the Service Manual
・ Click the URL link on the cover of the service manual.
Examples of display
Searching Part Numbers or Ref. Numbers
You can search a Parts List for part numbers or Ref. numbers.
(1) Enter the part number or Ref. number in the search window of the Parts List, and press the search
button.
(2) The search results are displayed.
The name of the sheet in which the search part is used and the part’s line are displayed.
Before Servicing
This Unit
ElectricalMechanicalRepair InformationUpdating
NOTE : If the web browser does not open automatically, copy the URL and paste it into the address bar
of the web browser and then press Enter.
(2) Accessing the Part List from the Model Asset Screen.
・ Display Model Asset from New SDI.
・ Click the section displayed as ▼ Link to Part Lists under the model name.
NOTE : If the ▼ Link to Parts List section is not displayed, download the parts table from the Asset list.
(3) Next, click the "Sheet" section of the search results.
NOTE FOR PARTS LIST
1. Parts indicated by "
2. When ordering a part, make a clear distinction between "1" and "I" (i) to avoid mis-supplying.
3. A part ordered without specifying its part number can not be supplied.
4. Part indicated by "@" mark is not illustrated in the exploded and packaging view.
WARNING: Parts indicated by the z mark have critical characteristics. Use ONLY replacement parts
recommended by the manufacturer.
nsp
" on this table cannot be supplied.
5
Page 6
SERIAL NUMBER
Serial Number Organization
The 14-digit serial number that contains the code of the manufacturing plant and the manufacturing
date.
14 digits
Before Servicing
This Unit
SKU
code
Factory
code
The last
2digit of year
SKU Code of this Unit
Product SKU SKU Code
AVRS540BTBKE3
AVRX550BTBKE2
AVRX550BTBKE1C
AVRX550BTK
Manufactured
Year, month
Month
(01 ~ 12)
Cumulative
serial number
AZB
AZC
AZD
AZE
ElectricalMechanicalRepair InformationUpdating
6
Page 7
POST-SERVICE PRECAUTIONS
Initializing this Unit
Make sure to initialize this unit after replacing the microcomputer or any peripheral equipment, or the
digital PCB.
AVR-S540BT
Initializing this Unit
Make sure to initialize this unit after replacing the microcomputer or any peripheral equipment, or the
digital PCB.
AVR-X550BT
Before Servicing
This Unit
1. Press the power button to turn off the power.
2. While holding down buttons "
the power button to turn on the power.
3. Release the buttons after conrming that the display ashes at 1-second intervals.
* The unit is initialized.
NOTE: • If the unit fails to enter the service mode in step 3, repeat the procedure from step 1.
• Initializing the device restores the customized settings to the factory settings. Write down
your settings in advance and recongure the settings after initialization.
AVR-S540BT
SOUND MODE
SOUND
X
MODE
1
" and "
1
TUNER
PRESET CH +
TUNER PRESET CH+
" simultaneously, press
MASTER VOLUME
1. Press the power button to turn off the power.
2. While holding down buttons "
button to turn on the power.
3. Release the buttons after conrming that the display ashes at 1-second intervals.
* The unit is initialized.
NOTE: • If the unit fails to enter the service mode in step 3, repeat the procedure from step 1.
• Initializing the device restores the customized settings to the factory settings. Write down
your settings in advance and recongure the settings after initialization.
CU P12957Z-5
AV R-X250B T S540B T/X550B T NO T US ED
AV R-S640H /AVR -S740H/ X1500H U SE
0
33K
10K
100
10K
+-O
2.2K
OPEN
CM2
0.1uF
R1412
R1411
4321
V-
+
100
R1406
C1405
10/50V
(SMALL)
OPEN
R1437
C1402
1/50V
(SMALL)
1K
100K
100P
OPEN
(SMALL)
10K
R1431
1/50V
C1406
C1410
C1404
C1403
R1404
0.047uF
D1008
CDS3 C05HD MI1
0.1uF
C1053
D1020
KDS160
D1019
KDS160
OPEN
C1051
0.1uF
C1050
220/10V
C1052
(SMALL)
R1040
2.2K
CDS3 C05HD MI1
D1011
CDS3 C05HD MI1
D1010
OPEN
C1049
CDS3 C05HD MI1
D1009
OPEN
C1048
OPEN
OPEN
0
27P
0.1uF
0.047uF
OPEN
C1401
Z5.1V
D1401
33P 33P
00OPEN
R1054
OPEN
R1401
L1401
CB03YT YH 600
100
100K
R1402
MICD ET
1
2.2K
7
6
L1402
CB03YT YH600
3
MIC
MIC
2
R1405
4
5
CJJ2D049ZD
JK105
KDS160
D1404
KDS160
D1405
100K
C1413
OPEN
C1414
0.1uF
C1415
1000P
R1403
C1416
OPEN
JAC K IN : SW OPEN
CHASSI S
META L PLA TE
JK101
4.DGND
3.DA TA+
1 2 3 4
2.DA TA-
1.VBU S
0
0
L1003
L1005
L1004
iP OD /U SB
CB08YT YH 600
This Unit
ElectricalMechanicalRepair InformationUpdating
GND LINE
POWER+ LINE
POWER- LINE
AUDIO SIGNAL
DIGITAL AUDIO
TMDS SIGNAL
ANALOG VIDEO
STBY POWER
18
Page 19
SCH11_REGULATOR
Before Servicing
This Unit
REGULATOR PART
FRO M TR ANS
1.AC _S2
3.RT N_GND
5.AC _S2
2.NC
4.NC
CN302
12345
FUS E OP TION
AVR -S740H/ X1500H
AVR -S540BT /S640H
AVR -X250BT /X550B T
MOD EL
FU SE O PTIO N
T 1.25A L 250V
T 1.25A L 250V
F3004
F3002
OPEN
F3001
OPEN
F3003
Ver
E3
E2
E1C
K
ALL
AC120~ 230V
C3004
C3003
MOD EL
AVR -S640H
AVR -S740H/ X1500H
AVR -S540BT /X550BT
AVR -X250BT
AC
AC120V
AC230V
AC220V
AC100V
OPEN
OPEN
C3005
0.1uF (M)
OPE NOPEN
218Seri es
OPE NOPEN
D3001 UF4004
D3002 UF4004
D3003 UF4004
D3004 UF4004
C3006
25V/6800uF
25V/4700uF
F3002F3001F3003F 3004
932Seri es932Se ries
218Seri es
OPE NOPEN
932Seri es932Se ries
OPEN
C3024
ElectricalMechanicalRepair InformationUpdating
D3101
OPEN
IC305
CVIKI A7805BPI
IN
OUT
123
GND
OPEN
C3001
OPEN
C3002
IC301
CVIKI A7812BPI
IN
OUT
123
GND
OPEN
C3006
C3010
4700/25V
OPEN
C3007
C3011
3300/25V
GND
IN
OUT
213
IC302
HVIK IA7912PI
OPEN
OPEN
C3008
C3009
D3108
470/50V
OPEN
C3014
C3012
D3103
470/50V
1SS133MT
C3013
C3015
D3104
470/50V
1SS133MT
BN301
BN301
5.D A+5 V
OPEN
BK303
CMD1 A387
BRAC KET
4.VGND (RE T_GND)
3.+ 12V
2.RL Y_GND
1 2 3 4 5
1.-12V
TO CN771
BK301
CMD1 A569
BRAC KET
TO DIGI TAL B 'D
2mm 5 PIN W IRE
INP UT/V OLU ME PA RT
Bra cke t
No connec tion
GND LINE
POWER+ LINE
POWER- LINE
AUDIO SIGNAL
DIGITAL AUDIO
TMDS SIGNAL
ANALOG VIDEO
STBY POWER
19
Page 20
SCH12_SMPS
Before Servicing
This Unit
OP TIO N
CY601
CY602
400V/470pF
!!
!
C6001
250V/0.01u F
!
F6002
AVR -S740H/ X1500H
AC100~ 120V T 6.3A L 250V
AC220~ 230V T 3.15A L 250V
AVR -S540BT /X550BT /X250B T
AVR -S640H
AC120V T 5A L 250V
AC220~ 230V T 2.5A L 250V
OP TIO N
AVR S740H/X 1500H
AC
AC120V
AC220~ 230V
AC100V
AC100~ 120V T 2A L 250V
AC220~ 230V T 1.6A L 250V
F6001
!
400V/470pF
1
324
RY601
HF36FD /5-H LT
F6001F 6002
2A L 250V
1.6A L 250V
2A L 250V
*O PT ION
8.2M
8.2M
R6027
R6029
!
CX601
0.1uF ,275V
8.2M
8.2M
LF602
R6030
R6028
E3,K :LF-4 ZB-E273H
E2,E 1C:L F-4ZB -E503H
D6009
1SS133MT
C6021
Q6003
50V/0.1 uF
CVT2 SC3052
R6024
10K(1608)
C6022
6.3A L 250V
3.15A L 250V
6.3A L 250V
OPEN
J6014
OPEN
J6015
OPEN
AVR S540BT/ X550BT /X250B T/S640H
F6001F6002
2A L 250V
1.6A L 250V
-
BK602
BRAC KET
CMD1 A834
12
YAW 396-NNV
CN601
BK601
BRAC KET
CMD1 A834
CN602
YW396-NNB
12
TO POW ER T RANS
OP TIO N
VerVer
E3
E1C /E2
K
R6025
4.7K( 1608)
5A L 250V
2.5A L 250V
C6002 250V/0.01u F
D6001 1N 4007
D6002 1N 4007
OPEN
D6003 1N 4007
CX602
D6004 1N 4007
D6005 1N 4007
D6006 1N 4007
J6002
JUMPE R
C6003
250V/0.01u F
1
R603
1M(2125)
R6032
1M(2125)
R6033
1M(2125)
*O PTIO N
OPEN
C6009
50V/0.22u F
C6007 50V/0.1 uF
R6004 330K
C6005
C6006 OPEN
*O PT ION
E1C /E2
-
*O PT ION
*O PT ION
Z22V
ZD611
Z39V
R6008
C6004
200V/100uF
J6003
JUMPE R
Q6002
ZD621
2N7002KA
Z7.5V
D
G
S
R6006
1M(1608)
ZD621
AC
E3
K
AC120V
AC220~ 230V
AC100V
ZJ7.5 B
ZJ16B
ZJ5.6 B
ZD608
Z22V
2.2M( 0.2W )
ZD612
Z39V
ZD609
Z22V
ZD613
C6011
R6009
Z39V
ZD610
Z22V
2.2M( 0.2W )
ZD614
1KV/ 1000pF (S MD)
Z22V
ZD615
Z22V
ZD616
R6010
1M(0 .2W)
Z22V
E3, K:100UF /200V
E1C ,E2 : 100UF/400V
*O PT ION
ZD601
Z12V
4 3 2 1
6
F
D
IC601
CVITO P268VG
S
S S S S S
7
9
8
ZD608ZD 609ZD610
ZJ39B
OPE NOPENOPE NO PENOPE NOP EN
ZJ39B
ZD617
R6011
10(1608)
C6026
D6012
1N4007
1KV/ 47pF
D6007
ZD618
1N4007
Z27V
270K
R6012
VXC
R6015
R6013
6.8(0 .2W)
22K(1608)
1211
10
AVR S540BT/ X550BT /X250B T, S640H , S740H /X1500H OPT ION L IST
ZJ39B
ZJ39B
*O PTIO N
C6013
C6012
R6014
1K(1608)
47/25V(N XA)
R6008R6009R6010R6012
ZJ39B
2M2 (0.2W )
2M2 (0.2W )
ZJ39B
2M2 (0.2W )
2M2 (0.2W )
C6027
R6034
OPEN
OPEN
OPEN
C6028
1
2
T6001
VLT9 Z132ZW
1
2
3
4
5
D6008
6
)
UF4004
7
C6008
50V/10UF( NXA
Z39V
ZD620
400V/2200pF
0.1uF (1608)
1M( 0.2W )
1M( 0.2W )
3
D6013
RBQ30T 65A
14
J6001
13
OPEN
12
11
10
9
8
12
3 4
IC602
EL817-B
C6023
BK603
CMD1A629
BRACKE T
R6013 R6014
270K
22K
1K
56K
22K
3K
270K
22K
1K
4.7uF (1608)
C6015
C6014 0.1uF(1608)
**OP TIO N
C6024 0.1uF (1608)
R6026
OPEN (1608)
C6025 OPEN (1608)
C6004
100UF/200V
100UF/400V
100UF/200V
100/50V
R6016
56(0.2W )
C6019 5600uF/6.3V (NX A)
C6017
C6018 5600uF/6.3V (NX A)
R6017
R6018
5.6K( 0.2W ) C6020
3.3K( 0.2W )
D6010 OPEN
IC603 K IA2431AP
321
**OP TIO N
Ref N o.
LF602
C6017
E273H
503H
E273H
R6019
22K/F(1608)
0.1uF (1608)
REF
CATHO DE
ANODE
OPEN
R6023
C6029
0.1uF (1608)
AVR S640H/S 740H/X 1500H
100/50V
R6020
OPEN (1608)
6.8K/ F
R6022
CVIPS T8448NR_ A
R6021
OPEN (0.2W )
Z6.8V
ZD619
OPEN
C6010
C6030
15N(1608)
4
NC
CD
IC604
GND
VDD
OUT
2
1 5
3
AVR S540BT/ X550BT
AVR X250BT
OPE N
** IMPO RTAN T SA FETY NOT ICE.
COMP ONEN T ID ENTIF IED B Y MARK HAV E SPE CIAL CHAR ACT ERISIC S.
IMPOR TAN T FOR SAFE TY. WHE N REP LACING ANY OF TH ESE COMP ONEN TS
USE O NLY MANUFA CTUR ER'S S PECI FIED P ART S.
** THE UNIT OF RE SIST ANCE IS OH M.
K = 1000 O HM. M = 1000KOH M.
** THE UNIT OF C APAC ITAN CE IS MICRO FARA D(u F)
pF = 10 uF
** THIS SCH EMATIC DIAG RAM MAY M ODI FIED A T AN Y TI ME W ITH T HE
IMPRO VEME NT O F PER FORMANC E.
BN601
12
D5.2 V
D5.2 V
L6001
3456
M_RES ET
0
DGND
DGND
MAINPOW ER
BN601
TO DIGI TAL B 'D
DIG ITAL POW ER P ART
TO CN751
-6
ElectricalMechanicalRepair InformationUpdating
GND LINE
POWER+ LINE
POWER- LINE
AUDIO SIGNAL
DIGITAL AUDIO
TMDS SIGNAL
ANALOG VIDEO
STBY POWER
20
Page 21
PRINTED CIRCUIT BOARDS
DIGITAL, USB WIRE GUIDE, VIDEO, TUNER, PHONE WIRE GUIDE, FRONT CABLE GUIDE
Lead-free Solder
When soldering, use the Lead-free Solder (Sn-Ag-Cu).
DIGITAL (A SIDE)DIGITAL (B SIDE)
MEDIA PLAYER
5.DA+5V
4.VGND(RET_GND)
3.+12V
2.RLY_GND
1.-12V
IN
D7322
D7321
T7226
CEC_COM
D7324D7323
R7364
R7363
R7362
R7361
D7331
D7330
RN731
RN732
A
C7341
C7340
C7339
R7367
R7366
C7358
L7305
L7301
C7361
L7306
L7308
C7356
C7350
L7302
L7303
C7344
L7309
C7365
C7396
L7310
L7307
C7367
R7145
R7772
R7148
R7773
R7147
R7722
R7759
51
CN771
CN771
R7762
R7763
C7441
C7439
C7472
C7440
C7438
CN751
L7503
L7502
L7501
16
CN751
6.MAIN_POWER
5.D_GND
4.D_GND
3.M_RESET
2.D5.2V
1.D5.2V
MONITOR
GAME(4K)
SCL
SDA
CEC
T7324
T7323
T7321
A
+5V
T7325
JK726
JK725
D7315
D7316
D7320
D7326D7325
D7319
UTIL
D7328
T7322
T7326
T7309
HPD
RN735
D7327
RN733
T7315
SD2
T7314
SD1
T7313
SD3
SD0
R7359
R7358
R7357
T7312
T7311
T7335
T7333
T7332
C7397
L7513
L7512
C7561
C7562
C7560
R7760
R7767
R7766
R7721
C7502
C7503
C7506
CUP12964Z_DIGITAL_MP
D7314
D7317
D7318
D7332
R7365
R7368
C7337
RN734
SDA
X731
T7328
C7338
T7331
SCL
H_MCLK
IC731
T7327
109144
H_SCLK
10873
T7319
27MHz
T7317
T7318
R7350
H_LRCK
R7351
T7316
R7356
R7338
R7336
R7337
36
T7310
C7395
R7379
IC732
MN864788_ROM
26
4
CN731
85
7
R7384
R7396
C7399
R7381
R7398
R7397
R7382
T7337
L7511
T7336
R7383
T7339
T7338
C7524
C7558
IC752
Q7506
C7553
R7508
C7559
Q7503
L7510
L7509
C7556
C7557
C7555
R7512
R7513
R7511
R7527
R7526
C7597
Q7504
C7515
C7516
C7514
C7510
C7509
L7507
L7506
C7512
L7505
C7501
L7484
L7504
IC751
C7511
ET761
R7505
C7518
R7506
C7513
R7504
C7505
C7504
R7501
C7507
C7640
C7508
Q7509
R7534
R7533
C7527
C7742
C7641
C7733
C7743
C7732
Q7510
C7528
DIPPING
R7257
R7256
T7201
MCU UPDATE
SCL
Q7202Q7201
R7255
R7254
R7260
C7270
D7206
D7205
R7259
C7121
C7707
C7474
C7473
R7757
C7709
3217
T7404
T7403
T7402
T7401
C7734
C7735
C7453
C7615
R7417
R7416
R7411
R7410
R7409
R7413
R7407
RN743
38
C7404
R7403
C7403
R7402
RN742
RN741
128103
R7424
R7423
R7422
C7406
L7402
L7125
L7130
L7119
L7124
L7123
L7122
L7120
10202
4.POWER_KEY
5.+12V
6.-12V
7.MIC_SIGNAL
8.AGND
9.NC
10.H/P_DET
11.VSEL_A
12.VSEL_B
13.KEY_3
COAX IN
1267
CN716
1.RESET
2.MCU+3V3
3.TX
4.RX
5.DGND
6.N.C
7.BOOT
C7816
JK784
R7258
R7811
D7803
C7629
R7741
R7743
C7704
R7744
R7625
R7638
R7624
R7742
R7732
C7706
R7745
R7758
8
4
5
IC766
R7670
C7652
R7671
C7658
IC762
R7672
C7659
C7653
R7680
R7673
R7681
C7662
R7725
R7694
R7686
R7695
C7678
C7668
C7674
R7687
IC763
R7688
C7675
C7124
R7689
C7679
C7669
R7696
R7710
R7711 R7697
C7685
R7702
C7694
C7691
R7703
IC764
X741
24.576MHz
R7704
C7692
R7713
R7712
R7705
C7695
R7723
C7686
C7126
Q7608
C7142
C7120
R7735
C7141
C7405
C7143
C7125
CN772
C7792
C7791
C7147
L7127
L7126
C7148
FL
T7609
111
MIRPFCT2FCT1ICTMIRPFCT2FCT1ICT
CN711
1.ISEL_A
2.ISEL_B
3.MIC_DET
T7208
HPD
C7271
R7272
D7222
D7226
D7223
R7268
R7267
D7218D7219
D7225 D7224
D7221
D7220
Q7521
C
R7285
R7286
C7279
D7232
C7209
R7281
CN741
D7231
R7280
8 2
C7240
19
C7569
C7568
C7570
28.636MHz
L7515
L7514
CN741
IC753
9.OPT2_IN
8.DGND
7.OPT1_IN
C7571
6.+5VD
5.CVBS_SW5
4.CVBS_SW2
3.-12V
2.VGND
C7573
C7574
C7530
1.+12V
L7516
C7429
C7549
R7525
C7550
R7524
Q7502
C7430
C7431
C7427
Q7518
C7432
C7587
Q7517
25
BAR CODE LABEL
X550E1C
X550K
X250E1C
CUP12964Z_DIGITAL_MP
10K
10K
10K
C7803
+5V
T7207
R7273
C7591
C7520
C7801
C7444
C7437
IC745
IC743
DVD/Blu-ray
SDA
T7206
T7205
R7270
L7527
Q7522
L7508
C7468
C7802
C7470
RN749
RN748
RN751
RN750
L7101
L7102
C7122
L7104
C7793
C7149
CN716
SCL
R7269
SDA
T7202
T7203
+5V
JK721
HPD
D7209
D7210
D7213
T7204
L7403
D7214
D7212
D7207
D7208
D7211
C7454
R7557
C7459
R7558
C7590
C7455
4833
C7467
C7465
C7466
C7463
C7461
C7464
C7462
C7460
C7458
L7404
C7521
C7728
R7484
R7471
R7472
R7473
R7474
R7475
6449
R7476
C7447
16
IC744
9 16
R7478
R7193
R7479
R7477
C7451
C7423
8
C7446
R7415
R7414
R7408
IC741
6439
50
10265
26
R7418
R7430
C7434
RN747
R7419
RN744
RN745
RN746
C7442
L7105
L7116
L7115
L7114
L7113
L7112
L7111
L7110
L7109
L7108
L7107
L7106
L7117
L7103
C7123
212627
CN711
22.FL_DATA
24.MCU+5V
27.NC
25.MCU_3V3
26.DGND
23.CPU_POWER
14.KEY_2
15.KEY_1
16.RED_LED
17.W/G_LED
19.FL_RST
19.FL_RST
20.FL_CE
21.FL_CLK
CBL/SAT(4K)
BD(4K)
T7302
R7312
D7309
R7233
ADV7623 ROM
CEC_OUT
R7139
R7548
R7549
D7504
D7503
T7106
Q7113
T7301
SDA
SCL
T7304T7303
+5V
HPD
JK724
R7303
R7307
D7308
D7307
D7304
R7301
R7304
D7301
R7302
R7308
D7240
R7306
C7301
R7305
D7302
D7239
D7303
D7306
D7305
R7287
R7290
R7295
IC721
36
R7201
R7202
C7220
R7203
R7211
R7212
R7217
7237
R7206
R7210
R7209
4
C7233
R7245
R7244
R7246
T7220
HDMI_SDA
85
R7230
T7213
R7224
IC722
OSD_HOLD
R7228
C7281
C7282
R7223
R7116
R7115
RN712 RN711
R7177
R7176
R7175
R7174
R7222
R7173
T7102
R7235
R7234
CN721
73108
T7103
T7104
C7114
R7127
109
IC711
T7108
298
R7170
Q7514
CN715
CN715
1.MCU+3V3
R7152
EMULATOR
2.DGND
3.RESET
4.JTDO
5.JTCK
C7545
R7545
R7546
6.JTMS
Q7112
7.JTDI
8.NJTRST
9.DGND
Q7512
L7521
R7541
C7551
D7502
IC755
R7547
L7129
C7543
C7578
R7544
C7544
C7788
C7542
T7306
T7305
SCL
SDA
+5V
T7307
B
191919191919
HPD
T7308
R7314
R7313
R7318
R7317
D7311
R7311
B
D7310
R7315
R7316
D7313
D7312
C7302
OSDTX_SCL
T7218
T7219
OSDTX_SDA
7237
T7330
T7329
OSD_MO
OSD_CS
OSD_MI
T7216
T7214
T7217
OSD_CLK
T7215
CN721
1.SCK
26
R7232
2.DGND
3.MOSI
4.VCC
5./CS
6.MISO
7.DGND
26
7
CN714
1.RESET
2.MCU+3V3
3.TX
4.RX
5.DGND
7
6.N.C
CN714
7.BOOT
MCU UPDATE
R7166
C7132
R7167
Q7513
Q7515
R7168
R7550
R7551
Q7516
C7133
T7105
R7178
R7179
C7134
R7185
D7102
Pb
MEDIA PLAYER
T7210
T7209
SDA
SCL
R7282
+5V
T7211
R7283
JK723
JK722
C
D7234
D7233
D7237
D7238
HPD
T7212
D7227
D7236
D7235
109144
10873
R7250
R7296
R7251
X721
T7225
7623_RST
R7555
C7241
R7556
R7241
Q7520
R7240
T7224
R7238
R7239
C7588
T7222
T7223
C7285
T7221
HDMI_SCL
R7218
R7520
R7517
L7518
C7531
R7518
L7517
C7532
C7572
R7322
C7232
R7519
R7321
Q7501
R7514
C7529
3772
C7443
C7104C7103
L7401
36
L7522
R7552
R7108
C7583
C7582
8MHz
R7107
X711
T7101
144
C7119
R7114
R7113
X550E2
S540E3
X250E2
4K7
X
R7113
10K
R7114
10K X
R7751
SET OPTION
R7750
R7746
R7749
C7746
VERSION
IC756
C7745
R7761
C7581
SW
1
1
R7627
C7702
C7703
R7765
R7764
2
JK772
5
Q7611Q7610
C7638
R7614
D7604
C7639
D7603
R7623
C7642
C7643
R7727
R7752
C7710
R7729
R7753
C7617
C7627
5240
8
4
R7678
R7679
5 8
5 8
5 8
1.FL
T7608
IC761
5
R7728
IC767
R7730
C7661
R7726
4
R7682
C7663
C7665
Q7604
C7667C7666
C7664
4
R7719
R7698 R7683
C7682
C7680
Q7605
R7699
C7684C7683
R7718
C7681
4
R7714
C7699
R7724
C7696
C7698
Q7606
C7697
R7715
C7700
Q7609
R7734
C7717
Q7614
D7605
C7144
R7652
C7577
11.RLY_GND
13.DGND
3.SL
5.CEN
12.MUTE_+B
2.AGND
4.AGND
6.AGND
7.SR
8.AGND
9.FR
10.+12V
T7603
T7604
SL
+12V
T7606
SR
CEN
FR
T7605
T7607
RLY_GND
T7601
DGND
CN772
C7714
T7602
MUTE_+B
1317
CN712
1.HI-B_RLY
2.H/P_RLY
3.FRONT_RLY
4.C/S_RLY
3
41 63
42
R7622
R7619
R7621
3927
C7623
13
R7640
R7639
R7667
R7666
R7665
R7668
R7664
C7650
C7644
C7630
C7645
R7647
R7648
Q7612
Q7613
C7632
R7669
ET751
R7649
D7607
D7606
C7576
C7575
CN712
C7784
C7785
C7594
C7592
5.+/-B DETECT
6.ASO_DET
7.DC_PROT
8.THERMALDET_A
9.THERMALDET_B
CBL/SAT
OUT
257
R7738
R7655
C7621
C7622
R7659
R7658
JK771
R7617
C7624
R7620
R7606
2614
R7605
CN713
11.USB_EN
10.USB_DAC_MUTE
9.BX_RST
8.USB_RX
7.USB_TX
6.USB_POWER1
5.USB3V3
4.DGND
3.DGND
2.D5V
1.D5V
R7650
R7156
D7609
Q7105
C7129
R7165
C7593
T7112
T7110
H/P_RLY
TU771
1.CH_GND
2.INT
3./RST
R7618
R7740
R7654
4./CE
C7611
5.SDIO
R7634
C7612
R7616
6.SCLK
C7620
C7619
R7615
C7610
7.VCC
R7633
C7613
8.R-OUT
C7614
9.L-OUT
C7721
4
6
R7603
R7601
C7720
R7602
91
R7604
C7605
TU771
C7649
C7648
R7784R7783
C7608
R7656
R7651
R7776
R7775
R7653
R7782
CN752
5.USB/BT_L
4.DA_GND
3.USB_/BT_R
L7601
2.DA_GND
1.+5VA
CN717
1.BT_RESET
2.BT_3V3
3.BT_TX
CN752
4.BT_RX
5.DGND
6.N.C
C7631
7.BOOT(SDA)
26
R7737
R7736
C7716
C7713
C7601
C7127
D7601
D7602
D7608
C7790
C7789
C7600C7599
R7158
R7160R7157
R7161
Q7106
R7162
C7602
Q7107
R7191
R7159
C7604
C7146
C7130
C7131
R7164
R7163
C7596
C7603
C7145
R7125
915
T7114
T7111
T7116
T7115
T7113
T7117
C7595
C/S_RLY
ASO_DET
DC_PROT
FRONT_RLY
+/-B DETECT
THERMALDET_B
THERMALDET_A
C7739
DA+5V
C7607
TU771
1.CH_GND
2.INT
3./RST
4./CE
5.SDIO
6.SCLK
7.VCC
8.R-OUT
9.L-OUT
C7609
C7646
R7657
R7777
R7637
51
CN752
5.USB/BT_L
4.DA_GND
3.USB_/BT_R
2.DA_GND
+5VA
1.+5VA
7
CN717
BT UPDATE
CN713
11.USB_EN
10.USB_DAC_MUTE
9.BX_RST
8.USB_RX
7.USB_TX
6.USB_POWER1
5.USB3V3
CN713
5111
4.DGND
3.DGND
2.D5V
1.D5V
USB3V3
D5V
R7608
R7660
R7636
R7635
R7628
R7609
R7629
R7632
C7647
R7631
C7634
R7643
C7633
R7642
R7684
R7685
R7700
R7778
R7701
R7716
R7717
C7787
C7786
CN712
7.DC_PROT
6.ASO_DET
5.+/-B DETECT
4.C/S_RLY
3.FRONT_RLY
9.THERMALDET_B
8.THERMALDET_A
Before Servicing
This Unit
R7231
Q7205
R7271
C7618
R7641
R7626
C7651
R7610
C7712
R7756
C7711
R7755
R7754
C7660
R7674
C7656
C7654
C7657
C7655
R7675
R7677
C7676
R7693
C7693
C7689
C7687
R7707R7706
C7690
C7688
R7709
+12V
9.FR
CN772
11.RLY_GND
10.+12V
1.HI-B_RLY
2.H/P_RLY
13.DGND
12.MUTE_+B
C7479
C7705
R7748
C7478
R7611
R7747
C7708
R7676
R7481
R7480
C7477
R7692
R7690
C7672
C7670
R7691
C7671
C7673
C7738
C7737
R7708
R7445
R7446
R7431
R7432
R7443
R7444
R7404
C7407
C7736
R7428
R7427
R7426
C7401
+12V
-12V
8.AGND
7.SR
6.AGND
5.CEN
4.AGND
2.AGND
3.SL
1.FL
Q7204
C7480
C7475
C7727
C7452
C7450
R7405
R7406
C7409C7408
C7402
C7426
R7425
R7261
C7456
C7476
R7412
C7457
C7469
R7482
C7471
R7483
C7522
C7445
C7448
C7449
R7449
R7447
C7415C7414
C7412C7410
R7429
R7401
C7428
C7436
85
C7435
IC742
C7419C7418C7417 C7416
4
C7424
C7420
C7422
C7425
R7420
MCU_3V3
MCU+5V
CN711
1.ISEL_A
2.ISEL_B
12.VSEL_B
9.NC
6.-12V
5.+12V
4.POWER_KEY
3.MIC_DET
21.FL_CLK
16.RED_LED
15.KEY_1
14.KEY_2
13.KEY_3
11.VSEL_A
8.MIC_GND
7.MIC_SIGNAL
25.MCU_3V3
24.MCU+5V
22.FL_DATA
19.FL_RST
18.RC_IN
17.W/G_LED
10.H/P_DET
23.CPU_POWER
20.FL_CE
Q7206
Q7203
D7217
D7203
R7284
R7279R7278
R7266R7265
D7216
R7263
R7264
D7202
R7277R7276
R7274
R7275
R7262
D7215
D7201
R7253
R7252
R7248
R7249
C7237
C7589
C7567
C7566
R7516
CN741
9.OPT2_IN
8.DGND
Q7519
R7515
7.OPT1_IN
6.+5VD
5.CVBS_SW5
4.CVBS_SW2
3.-12V
2.VGND
R7448
1.+12V
26.DGND
27.NC
D1.8V
C7584
C7585
C7586
R7554
R7553
C7433
R7780
C7276
R7247
C7239
C7152
C7154
MCU+3V3
Q7302 Q7301
R7291
R7289
R7288
C7208
C7278
C7277
C7202
C7203
C7272
C7204
C7275
C7214
L7202
C7213
C7201
C7210
C7211
C7274
L7201
C7273
C7212
C7280
L7210
C7245
L7209
C7246
C7242
L7206
C7244
C7225
C7238
C7224
C7236
C7231
L7205
C7227
C7235
C7222 C7221
C7234
R7208
C7223
R7207
C7226
C7230
R7216
R7215
R7242
C7229
R7243
R7221
R7220
R7219
R7110
C7106
C7105
R7111
C7110
R7197
R7151
R7196
C7111
R7150
C7107
R7109
C7150
R7192
C7108
C7109
IC713
R7149
5
4
R7190
8
C7151
R7106
C7102
R7194
R7199
R7198
R7189
R7112
R7325
C7101
C7153
R7105
C7117
R7138
D7101
R7101
R7104
R7102
R7103
24C32WP
ST XXX
1
4
1
IC712
Q7304 Q7303
R7324R7323
C7362
C7206
C7205
C7207
L7203
C7216
R7204
R7205
R7214
R7213
R7229
R7117
C7112
R7118
R7292
R7121
C7113
R7122
R7123
R7120
R7119
R7128
R7130
R7140
R7143
R7144
R7142
C7118
R7188
R7124
C7128
85
R7155
R7154
R7153
IC712
D7501
R7543
R7542
C7394
C7215
L7204
C7218
C7217
R7134
R7133
R7132
R7131
R7172
R7171
R7195
Q7108
C7115
R7137
R7136
C7116
R7181
C7325
C7328
C7348
C7324
C7390
C7323
C7388
R7236
C7353
R7237
C7322
C7347
R7372
C7321
C7352
C7319
R7343
C7349
R7349
C7318
C7317
C7320
C7314
C7346
C7316
C7315
C7387
C7312
C7313
C7355
IC723
L7304
8
R7297
C7354
169
R7298
C7523
R7530
R7529
R7129
C7598
Q7412
Q7110
Q7109
R7562
R7563
R7564
R7779
Q7111
R7182
R7180
R7187
C7136
R7186
R7183
R7184
C7135
D7329
D7333
C7386
R7342
R7371
R7341
R7391
D7334
R7345
R7344
R7348
R7347
R7320
R7346
C7357
C7329
C7331
C7392
R7354
R7352
R7355
R7353
R7378
R7377
C7330
C7327
C7333
C7326
R7385
C7335
C7305
C7307
C7309
C7306
C7310
C7304
C7303
C7308
C7311
C7391
C7389
R7394
R7339
R7370
Q7505
R7510
R7509
C7554
D3.3V
R7507
C7517
C7519
R7502
R7503
C7740
C7741
C7342
C7343
R7335
R7334
R7333
C7334
R7393
R7392
R7360
R7340
C7380
R7369
C7336
C7360
C7363
C7332
C7351
C7345
C7393
R7387
R7386
CEC1V1
DA+5V
+12V
C7563
C7564
C7398
C7565
R7774
-12V
R7781
CN771
5.DA+5V
4.AGND(RET_GND)
3.+12V
2.RLY_GND
1.-12V
L7429
C7526
R7450
C7525
D5.2V
CN751
6.MAIN_POWER
5.D_GND
4.D_GND
3.M_RESET
2.D5.2V
1.D5.2V
ElectricalMechanicalRepair InformationUpdating
USB WIRE GUIDE (A SIDE)VIDEO (A SIDE)TUNER (A SIDE)TUNER (B SIDE)VIDEO (B SIDE)
SMPS Total Current : About 3607.786mA(AVR-S540BT/X550BT)
SMPS Total Current : About 2109.901mA(AVR-X250BT)
D
S
4
G
3
32
Page 33
WIRING DIAGRAM
AVR-S540BT/X550BT/X250BT WIRING DIAGRAM
AC CORD
BN601
6P
SMPS PCB
SMPS<-AC IN
CN602
2P
CN601
2P
TRANS -> SMPS
5P
5P
REGULATOR PCB
CN302
SMPS<-DIGITAL
BN301
REGUL.<- DIGITAL
CN771
5P
CN751
6P
DIGITAL PCB
CN711
27P
CN741
Before Servicing
This Unit
CN781
VIDEO & D_AUDIO PCB
9P
9P
CN752
CN772
13P
CN712
9P
CN713
11P
5P
ElectricalMechanicalRepair InformationUpdating
TRANS
TRANS -> FRONT
BN101_1
9P
POWER LED<->FRONT
9P
BN101
FUNCTION
ENCODER
POWER
LED PCB
CN102
7P
TRANS -> REGUL.
TRANS->MAIN
CN104
H/P PCB
BN501
MAIN->DIGITAL
13P
7P
CN503
BN505
3P
FRONT <-> DIGITAL
27P
BN12B1
H/P <- MAIN
CN103
3P
3P
3P
BN131
FRONT PCB
BN12A
5P
H/P-FRONT
MIC PCB
BN12B
MIC
5P
BT MODULE
10P
CN911
USB
10P
USB & BT PCB
*AVR-S540BT/X550BT:MIC & USB & BT USED
USB & BT <-> DIGITAL
5P
BN914
11P
BN912
* AVR-X250BT: ONLY BT USED
MAIN PCB
USB & BT <-> DIGITAL
11P
BN912
5P
BN911
BT PCB
BT MODULE
BN502
MAIN->DIGITAL
9P
33
Page 34
PC13-TAMPER-RTC
SEMICONDUCTORS
Only major semiconductors are shown, general semiconductors etc. are omitted to list.
The semiconductor which described a detailed drawing in a schematic diagram are omitted to list.
3.3V
MN864788 OSD Chip Select
MN864788 OSD Clock
MN864788 O8D DATA input
MN864788 OSD DATA output
DA_POWER TIMING control
USB_POWER1(1.2V) TIMING control
CEC MODE control
HDMI INT interrupt
HDMI INT2 intreeupt
HDMI SDATA
GND
3.3V
HDMI SCL
HDMI CEC STBY_H5_DET
HDMI CEC STBY_HINSEL_A
HDMI CEC STBY_HINSEL_B
HDMI CEC STBY_HINSEL_C
POWER RELAY control
MCU POWER PULL UP SWITCHING
VOLUME UP
VOLUME DOWN
GND
3.3V
+12V/-12V CHECK PROTECTION
VFD_CE
VFD_CLK
TEMPERATURE PROTECTION_B
VFD_DATA
UPDATE TX
UPDATE RX
TEMPERATURE PROTECTION_A
NC(MN864788_HDMI AUDIO INTERRUPT0)
JTMS / SWDIO
Not Connected
GND
3.3V
JTCK / SWCLK
JTDI
MN864788_HDMI INTERRUPT
MN864788_HDMI AUDIO INTERRUPT1
ASO_DETECT
VFD_RESET(Low Active)
H/P RLY control
USB_POWER2(3.3V) TIMING control
WAKE UP
H/P DETECT
2COLOR LED GREEN
GND
1 DDCC_SCL Digital Input HDCP slave serial clock port C.
Before Servicing
This Unit
DDCC_SCL is a 3.3 V input that is 5 V
tolerant.
2 CVDD Power Receiver comparator supply voltage (1.8V)
3 CGND Ground TVDD and CVDD Ground
4 RXC_C- HDMI Input Digital input clock Complement of port C
in the HDMI interface.
5 RXC_C+ HDMI Input Digital input clock True of port C in the
HDMI interface.
6 TVDD Power Receiver terminator supply voltage (3.3 V)
7 RXC_0- HDMI Input Digital input channel 0 Complement of port
ElectricalMechanicalRepair InformationUpdating
C in the HDMI interface.
8 RXC_0+ HDMI Input Digital input channel 0 True of port C in
the HDMI interface.
9 CGND Ground TVDD and CVDD Ground
10 RXC_1- HDMI Input Digital input channel 1 Complement of port
C in the HDMI interface.
11 RXC_1+ HDMI Input Digital input channel 1 True of port C in
the HDMI interface.
12 TVDD Power Receiver terminator supply voltage (3.3 V)
13 RXC_2- HDMI Input Digital input channel 2 Complement of port
DDCA_SCL
109
14 RXC_2+ HDMI Input Digital input channel 2 True of port C in
C in the HDMI interface.
the HDMI interface.
15 HP_CTRLD Digital Output Hot Plug Detect for Port D.
16 5V_DETD Digital Input 5 V detect pin for port D in the HDMI
interface.
17 DGND Ground Ground for DVDD
18 DVDD Power Digital supply voltage (1.8 V)
19 DDCD_SDA Digital I/O HDCP slave serial data ports D.
DDCD_SDA is a 3.3 V input/output that is
5 V tolerant.
20 DDCD_SCL Digital Input HDCP slave serial clock port D.
DDCD_SCL is a 3.3 V input that is 5 V
tolerant.
21 CVDD Power Receiver comparator supply voltage (1.8V)
22 CGND Ground TVDD and CVDD Ground
23 RXD_C- HDMI Input Digital input clock Complement of port D
in the HDMI interface.
72
DGNDIO
24 RXD_C+ HDMI Input Digital input clock True of port D in the
HDMI interface.
25 TVDD Power Receiver terminator supply voltage (3.3 V)
26 RXD_0- HDMI Input Digital input channel 0 Complement of port
36
Page 37
ADV7623 Hardware Manual
Location Mnemonic Type Description
ADV7623 Hardware Manual
27 RXD_0+ HDMI Input Digital input channel 0 True of port D in
28 CGND Ground TVDD and CVDD Ground
29 RXD_1- HDMI Input Digital input channel 1 complement of port
30 RXD_1+ HDMI Input Digital input channel 1 true of port D in the
31 TVDD Power Receiver terminator supply voltage (3.3 V)
32 RXD_2- HDMI Input Digital input channel 2 complement of port
33 RXD_2+ HDMI Input Digital input channel 2 true of port D in the
34 CVDD Power Receiver comparator supply voltage (1.8V)
35 CGND Ground TVDD and CVDD Ground
36 TXPVDD Power 1.8 V Power Supply for Digital and I/O
37 TXPLVDD Power 1.8 V Power Supply.
38 TXGND Ground TXPVDD Ground
39 TXPGND Ground TXPLVDD Ground
40 EXT_SWING Analog Input Sets Internal Reference Currents. Place 887
41 HPD_ARC- Analog Input Hot Plug Detect Signal. This indicates to
42 ARC+ Analog Input Audio return channel input
43 TXDDC_SDA Digital I/O Serial Port Data I/O to Receiver. This pin
44 TXDDC_SCL Digital Input Serial Port Data Clock to Receiver. This pin
45 TXAVDD Power 1.8V power supply for TMDS outputs
46 TXGND Ground TXAVDD Ground
47 TXC- HDMI Output Differential Clock Output. Differential
level.
58 TXGND Ground TXAVDD Ground
59 CEC Digital I/O Consumer electronic control channel.
60 DGND Ground Ground for DVDD
61 DVDD Power Digital supply voltage (1.8 V)
62 ALSB Digital Input This pin is used to set I2C address of the Rx
IO and the Tx Main Map.
63 CSB Digital Input Chip Select pin. This pin must be set low or
left floating for the chip to process I2C
messages that are destined to the
ADV7623. The ADV7623 ignores I2C
messages which he receives if this pin is
high.
64 EP_SCK Digital Output SPI clock interface for the EDID/OSD
65 EP_CS Digital Output SPI chip selected interface for the
EDID/OSD
66 EP_MOSI Digital Output SPI master out/slave in for the EDID/OSD
67 EP_MISO Digital Input SPI master in/slave out for the EDID/OSD
Before Servicing
This Unit
ElectricalMechanicalRepair InformationUpdating
37
Page 38
ADV7623 Hardware Manual
Location Mnemonic Type Description
ADV7623 Hardware Manual
68 MCLK_IN Digital Input Audio Reference Clock. 128 × N × fs with
69 SCLK_IN Digital Input I2S Audio Clock. Supports CMOS logic
70 AP5_IN Digital Input Audio Input Port 5. CMOS logic levels
71 AP4_IN Digital Input Audio Input Port 4. CMOS logic levels
72 DGNDIO Ground Ground for DVDDIO
73 DVDDIO Power Digital I/O supply voltage (3.3 V)
74 AP3_IN Digital Input Audio Input Port 3. CMOS logic levels
75 AP2_IN Digital Input Audio Input Port 2. CMOS logic levels
76 AP1_IN Digital Input Audio Input Port 1. CMOS logic levels
77 AP0_IN Digital Input Audio Input Port 0. CMOS logic levels
78 SDATA Digital I/O I2C port serial data input/output pin. SDA
79 SCL Digital Input I2C port serial clock input. SCL is the clock
80 DGND Ground Ground for DVDD
81 DVDD Power Digital supply voltage (1.8 V)
82 INT1
(AMUTE1)
83 INT2
(AMUTE2)
84 INT_TX Digital Output Interrupt. Open drain. A 2 kΩ pull-up
85 DGNDIO
86 DVDDIO Power Digital I/O supply voltage (3.3 V)
N = 1, 2, 3, or 4. Set to 128 × sampling
frequency (fs), 256 × fs, 384 × fs, or 512 ×
fs. Supports 1.8 V to 3.3 V CMOS logic
levels.
levels from 1.8 V to 3.3 V.
from 1.8 V to 3.3 V.
from 1.8 V to 3.3 V.
from 1.8 V to 3.3 V.
from 1.8 V to 3.3 V.
from 1.8 V to 3.3 V.
from 1.8 V to 3.3 V.
is the data line for the control port.
line for the control port.
Digital Output Interrupt pin, can be active low or active
high. When status bits change, this pin is
triggered. The events that trigger an
interrupt are under user control. This pin
can also output an audio mute signal
Digital Output Interrupt pin, can be active low or active
high. When status bits change, this pin is
triggered. The events that trigger an
interrupt are under user control. This pin
can also output an audio mute signal.
I2C LSB selection.
resistor to the microcontroller I/O supply is
recommended.
Ground
Ground for DVDDIO
Location Mnemonic Type Description
87 AP0_OUT Digital Output Audio output port 0.
88 AP1_OUT Digital Output Audio output port 1.
89 AP2_OUT Digital Output Audio output port 2.
90 AP3_OUT Digital Output Audio output port 3.
91 AP4_OUT Digital Output Audio output port 4.
92 DGND Ground Ground for DVDD
93 DVDD Power Digital supply voltage (1.8 V)
94 AP5_OUT Digital Output Audio output port 5.
95 SCLK_OUT Digital Output Audio serial clock output.
96 MCLK_OUT Digital Output Audio master clock output.
97 RESETB Digital Input System reset input. Active low. A minimum
low reset pulse width of 5 ms is required to
reset the ADV7623 circuitry.
98 PWRDNB Digital Input Active low power-down pin. This pin
should be used as a system power detect
when the internal EDID is powered from
the 5V signal from the HDMI port when
connected to active equipment. Pin pulled
down internally.
99 PGND Ground Ground for PVDD
100 PVDD Power PLL supply voltage
101 XTAL Miscellaneous
Analog
102 XTAL1 Miscellaneous
Analog
103 PVDD Power PLL supply voltage
104 PGND Ground PVDD Ground
105 HP_CTRLA Digital Output Hot Plug Detect for port A.
106 5V_DETA Digital Input 5 V detect pin for port A in the HDMI
107 RTERM Miscellaneous
Analog
108 DDCA_SDA Digital I/O HDCP slave serial data port A.
109 DDCA_SCL Digital Input HDCP slave serial clock port A.
110 CVDD Power Receiver comparator supply voltage (1.8V)
Input pin for 28.63636 MHz crystal or an
external 1.8 V 28.63636 MHz clock
oscillator source to clock the ADV7623.
The following crystal frequencies are also
supported: 24.576 MHz and 27 MHz.
Crystal output pin. This pin should be left
floating if a clock oscillator is used.
interface.
Sets internal termination resistance. A 500
Ω resistor between this pin and GND
should be used.
DDCD_SDA is a 3.3 V input/output that is
5 V tolerant.
DDCD_SCL is a 3.3 V input that is 5 V
tolerant.
Before Servicing
This Unit
ElectricalMechanicalRepair InformationUpdating
38
Page 39
ADV7623 Hardware Manual
Location Mnemonic Type Description
ADV7623 Hardware Manual
5 V tolerant.
1
2
3
4
8
7
6
5
111 CGND Ground TVDD and CVDD Ground
112 RXA_C- HDMI Input Digital input clock Complement of port A
113 RXA_C+ HDMI Input Digital input clock True of port A in the
114 TVDD Power Receiver terminator supply voltage (3.3 V)
115 RXA_0- HDMI Input Digital input channel 0 complement of port
116 RXA_0+ HDMI Input Digital input channel 0 true of port A in the
117 CGND Ground TVDD and CVDD Ground
118 RXA_1- HDMI Input Digital input channel 1 complement of port
119 RXA_1+ HDMI Input Digital input channel 1 true of port A in the
120 TVDD Power Receiver terminator supply voltage (3.3 V)
121 RXA_2- HDMI Input Digital input channel 2 complement of port
122 RXA_2+ HDMI Input Digital input channel 2 true of port A in the
123 HP_CTRLB Digital Output Hot Plug Detect for port B.
124 5V_DETB Digital Input 5 V detect pin for port B in the HDMI
125 DGND Ground Ground for DVDD
126 DVDD Power Digital supply voltage (1.8 V)
127 DDCB_SDA Digital I/O HDCP slave serial data ports B.
128 DDCB_SCL Digital Input HDCP slave serial clock port B.
129 CVDD Power Receiver comparator supply voltage (1.8V)
130 CGND Ground TVDD and CVDD Ground
131 RXB_C- HDMI Input Digital input clock complement of port B in
132 RXB_C+ HDMI Input Digital input clock true of port B in the
133 TVDD Power Receiver terminator supply voltage (3.3 V)
134 RXB_0- HDMI Input Digital input channel 0 complement of port
135 RXB_0+ HDMI Input Digital input channel 0 true of port B in the
136 CGND Ground TVDD and CVDD Ground
137 RXB_1- HDMI Input Digital input channel 1 complement of port
in the HDMI interface.
HDMI interface.
A in the HDMI interface.
HDMI interface.
A in the HDMI interface.
HDMI interface.
A in the HDMI interface.
HDMI interface.
interface.
DDCB_SDA is a 3.3 V input/output that is
5 V tolerant.
DDCB_SCL is a 3.3 V input that is 5 V
tolerant.
the HDMI interface.
HDMI interface.
B in the HDMI interface.
HDMI interface.
Location Mnemonic Type Description
B in the HDMI interface.
138 RXB_1+ HDMI Input Digital input channel 1 true of port B in the
HDMI interface.
139 TVDD Power Receiver terminator supply voltage (3.3 V)
140 RXB_2- HDMI Input Digital input channel 2 complement of port
B in the HDMI interface.
141 RXB_2+ HDMI Input Digital input channel 2 true of port B in the
HDMI interface.
142 HP_CTRLC Digital Output Hot Plug Detect for port C.
143 5V_DETC Digital Input 5 V detect pin for port C in the HDMI
interface.
144 DDCC_SDA Digital I/O HDCP slave serial clock port C.
DDCC_SDA is a 3.3 V input/output that is
EN25QH32B104HIP2B (DIGITAL : IC722, IC732)
CS#
DO (DQ1)
WP# (DQ2)
VSS
VCC
HOLD# (DQ3)
CLK
DI (DQ0)
8 - LEAD SOP / PDIP
Table 1. Pin Names
Symbol Pin Name
CLK Serial Clock Input
DI (DQ0) Serial Data Input (Data Input Output 0)
DO (DQ1) Serial Data Output (Data Input Output 1)
CS# Chip Select
WP# (DQ2) Write Protect (Data Input Output 2)
HOLD# (DQ3) HOLD# pin (Data Input Output 3)
Vcc Supply Voltage (2.7-3.6V)
Vss Ground
NC No Connect
Note:
and DQ1 are used for Dual and Quad instructions.
1. DQ
0
2. DQ
~ DQ3 are used for Quad instructions.
2
*2
Before Servicing
This Unit
ElectricalMechanicalRepair InformationUpdating
*1
*1
*2
39
Page 40
CS497024CVZ (DIGITAL : IC741)
EN25Q80B104HIP (DIGITAL : IC742)
Before Servicing
DO (DQ1)
WP# (DQ2)
VSS
CS#
1
2
3
4
8 - LEAD SOP / VSOP / PDIP
8
7
6
5
VCC
NC (DQ3)
CLK
DI (DQ0)
Table 1. Pin Names
SymbolPin Name
CLK
DI (DQ0)
DO (DQ1)
CS#
WP# (DQ2)
NC(DQ3)
Vcc
Vss
NC
Serial Clock Input
Serial Data Input (Data Input Output 0)
Serial Data Output (Data Input Output 1)
Chip Enable
Write Protect (Data Input Output 2)
Not Connect (Data Input Output 3)
Supply Voltage (2.7-3.6V)
Ground
No Connect
Note:
1. DQ
and DQ1 are used for Dual and Quad instructions.
0
2. DQ
~ DQ3 are used for Quad instructions.
0
This Unit
*1
*1
*2
*2
ElectricalMechanicalRepair InformationUpdating
Block diagram
40
Page 41
M12L16161A5TG2Q (DIGITAL : IC743)
Terminal Functions
Pin Name Input Function
CLKSystem ClockActive on the positive going edge to sample all inputs.
CSChip Select
CKEClock Enable
A0 ~ A10/AP Address
BABank Select Address
RASRow Address Strobe
CASColumn Address Strobe
WEWrite Enable
L(U)DQMData Input / Output Mask
DQ0~15Data Input / OutputData inputs/outputs are multiplexed on the same pins.
VDD/VSSPower Supply/GroundPower and ground for the input buffers and the core logic.
VDDQ/VSSQ Data Output Power/Ground
N.C/RFUNo Connection/ Reserved for Future Use This pin is recommended to be left No Connection on the device.
Disables or enables device operation by masking or enabling all inputs except
CLK, CKE and L(U)DQM.
Masks system clock to freeze operation from the next clock cycle.
CKE should be enabled at least one cycle prior to new command.
Disable input buffers for power down in standby.
Row / column addresses are multiplexed on the same pins.
Row address : RA0 ~ RA10, column address : CA0 ~ CA7
Selects bank to be activated during row address latch time. Selects bank for
read/write during column address latch time.
Latches row addresses on the positive going edge of the CLK with RAS low.
Enables row access & precharge.
Latches column addresses on the positive going edge of the CLK with CAS low.
Enables column access.
Enables write operation and row precharge. Latches data in starting from CAS ,
WE active.
Makes data output Hi-Z, tSHZ after the clock and masks the output.
Blocks data input when L(U)DQM active.
Isolated power supply and ground for the output buffers to provide improved
noise immunity.
CS42528-CQ (DIGITAL : IC744)
Block diagram
Before Servicing
This Unit
ElectricalMechanicalRepair InformationUpdating
41
Page 42
Terminal Functions
TC74VHC157F/FN/FT/FK
Pin Assignment IEC Logic Symbol
A
A
TPS562200, TPS563200
TC74VHC157FT (DIGITAL : IC745)
SELECT
1
S G
1A
2
B A
1B
3
Y B
1Y
4
Y
5
2A
B A
6
2B
Y BY
2Y
7
GND
8
Truth Table
X: Don’t care
(top view)
Inputs
ST SELECT A B
H X X X L
L L L X L
L L H X H
L H X L L
L H X H H
16
V
CC
15
ST
4A
14
4B
13
12
4Y
3A
11
3B
10
9
3Y
Output
TPS563200 (DIGITAL : IC751 - IC753)
DDC (SOT) Package
GND
1
Top View
VBST
SELECT
Before Servicing
(15)
EN
ST
(1)
G1
(2)
1A
1MUX
(3)
1B
1
(5)
2A
(6)
2B
(11)
3A
(10)
3B
(14)
4A
(13)
4B
(4)
1Y
(7)
2Y
(9)
3Y
(12)
4Y
This Unit
ElectricalMechanicalRepair InformationUpdating
6
SW
2
3
VIN
EN
5
VFB
4
Terminal Functions
PIN
NAMENUMBER
GND1
Ground pin Source terminal of low-side power NFET as well as the ground terminal for controller circuit. Connect sensitive VFB to this GND at a single point.
DESCRIPTION
SW2Switch node connection between high-side NFET and low-side NFET.
VIN3Input voltage supply pin. The drain terminal of high-side power NFET.
VFB4
Converter feedback input. Connect to output voltage with feedback resistor
divider.
EN5Enable input control. Active high and must be pulled up to enable the device.
VBST6
Supply input for the high-side NFET gate drive circuit. Connect a 0.1 μ F capacitor between VBST and SW pins.
5 GP00 BD General Purpose IO 00 External Interrupt 0
6 GP01 BD General Purpose IO 01 External Interrupt 1
7 D0 B External SDRAM data bus [0] External program data bus [0]
8 D8 B External SDRAM data bus [8] External program data bus [8]
9 D1 B External SDRAM data bus [1] External program data bus [1]
10 D9 B External SDRAM data bus [9] External program data bus [9]
11 D2 B External SDRAM data bus [2] External program data bus [2]
12 D10 B External SDRAM data bus [10] External program data bus [10]
13 D3 B External SDRAM data bus [3] External program data bus [3]
14 VDD12 P Digital power supply (1.2V)
15 VSS12 P Digital Ground
16 NC Not Connected
17 D11 B External SDRAM data bus [11] External program data bus [11]
18 D4 B External SDRAM data bus [4] External program data bus [4]
19 D12 B External SDRAM data bus [12] External program data bus [12]
20 D5 B External SDRAM data bus [5] External program data bus [5]
21 D13 B External SDRAM data bus [13] External program data bus [13]
22 D6 B External SDRAM data bus [6] External program data bus [6]
23 D14 B External SDRAM data bus [14] External program data bus [14]
24 D7 B External SDRAM data bus [7] External program data bus [7]
25 D15 B External SDRAM data bus [15] External program data bus [15]
26 AD0 O External SDRAM address bus [0] External program address bus [0]
27 AD1 O External SDRAM address bus [1] External program address bus [1]
28 AD2 O External SDRAM address bus [2] External program address bus [2]
29 IOVDD33 P I/O Power supply (3.3V)
30 IOVSS33 P I/O Ground
31 AD3 O External SDRAM address bus [3] External program address bus [3]
32 AD4 O External SDRAM address bus [4] External program address bus [4]
33 AD5 O External SDRAM address bus [5] External program address bus [5]
34 AD6 O External SDRAM address bus [6] External program address bus [6]
35 AD7 O External SDRAM address bus [7] External program address bus [7]
36 AD8 O External SDRAM address bus [8] External program address bus [8]
37 AD9 O External SDRAM address bus [9] External program address bus [9]
38 AD10 O External SDRAM address bus [10] External program address bus [10]
39 AD11 O External SDRAM address bus [11] External program address bus [11]
40 AD12 O External SDRAM address bus [12] External program address bus [12]
41 BA0 O External SDRAM Bank selector 0 External program address bus [13]
42 BA1 O External SDRAM Bank selector 1 External program address bus [14]
43 LDQM O SDRAM Lower byte data mask External program address bus [15]
44 UDQM O SDRAM Upper byte data mask External program address bus [16]
45 SDCSN O SDRAM Chip select
46 VDD12 P Digital power supply (1.2V)
47 VSS12 P Digital Ground
48 CKE O SDRAM clock enable
49 RASN O SDRAM RAS
50 IOVDD33 P I/O Power supply (3.3V)
51 IOVSS33 P I/O Ground
52 SDCLK O SDRAM clock
53 CASN O SDRAM CAS
54 WEN O SDRAM WEN
55 EAD17 B External memory address[17] General Purpose IO 37
56 EAD18 B External memory address[18] General Purpose IO 38
57 EAD19 B External memory address[19] General Purpose IO 39
58 EAD20 B External memory address[20]
59 EWEN B External memory WEN General Purpose IO 41
60 EOEN B External memory OEN General Purpose IO 42
61 ECSN O External memory CSN
62 GP03 B General Purpose IO 03 External Clock (16.9344MHz)
63 GP04 B General Purpose IO 04 SPI0 CS
64 GP05 B General Purpose IO 05 SPI0 CK
65 GP06 B General Purpose IO 06 SPI0 MISO
66 GP07 B General Purpose IO 07 SPI0 MOSI
67 GP08 B General Purpose IO 08 HUART0 DI
68 GP09 B General Purpose IO 09 HUART0 DO
69 GP10 B General Purpose IO 10
70 GP11 B General Purpose IO 11
71 GP12 B General Purpose IO 12
72 GP13 B General Purpose IO 13
73 GP14 B General Purpose IO 14
74 GP15 B General Purpose IO 15
75 GP16 B General Purpose IO 16
76 GP17 B General Purpose IO 17 SPI1 CS
77 GP18 B General Purpose IO 18 SPI1 CK
General Purpose IO 40
Boong Mode
HUART0 RTS
External Interrupt 11
HUART0 CTS
External Interrupt 12
Chip Select 1
When GP12 is used for CS1, the external
pull-up resistor (48 kΩ) has to be connected
with this pin
UART0 RX Data
External Interrupt 8
UART0 TX Data
External Interrupt 9
UART1 RX Data
I2C SCL
UART1 TX Data
I2C SDA
Before Servicing
This Unit
ElectricalMechanicalRepair InformationUpdating
44
Page 45
78 GP19 B General Purpose IO 19 SPI1 MISO
81
DDATA
O
Audio serial data for external DAC
External Interrupt 5
105
GP34 B General Purpose IO 34
SBCK
114
IOVDD33
P
I/O Power supply (3.3V)
128
ADIN2
I
ADC analog input[2]
79 GP20 B General Purpose IO 20 SPI1 MOSI
80 GP21 B General Purpose IO 21
82 IOVDD33 P I/O Power supply (3.3V)
83 IOVSS33 P I/O Ground
84 DMCK O Master clock for external DAC
85 DBCK O Audio serial data Bit clock
86 DLRCK O Audio serial data frame clock
87 GP22 B General Purpose IO 22
88 GP23 B General Purpose IO 23 HUART1 DI
89 GP24 B General Purpose IO 24 HUART1 DO
90 GP25 B General Purpose IO 25
91 GP26 B General Purpose IO 26
92 GP27 B General Purpose IO 27
93 GP28 B General Purpose IO 28
JTAG TDI input
When GP43is used for TDI of
94 TDI B
95 VDD12 P Digital power supply (1.2V)
96 VSS12 P Digital Ground
97 TDO B
98 TMS B
99 TCK I JTAG Clock Input
100 GP29 B General Purpose IO 29 CDDSP SCOR0
JTAG, the external pull-up resistor
(48kΩ) has to be connected with
this pin.
JTAG TDO Output
When GP44 is used for TDO of
JTAG, the external pull-up resistor
(48kΩ) has to be connected with
this pin.
JTAG TMS input
When GP45 is used for TMS of
JTAG, the external pull-up resistor
(48kΩ) has to be connected with
this pin.
External Interrupt 3
SPI2 CS
Chip Select 2
When GP22 is used for CS2, the external
pull-up resistor (48 kΩ) has to be connected
with this pin
External Interrupt 4
SPI2 CK
External Interrupt 6
SPI2 MISO
External Interrupt 7
SPI2 MOSI
Wake-UP
When GP28 is used for WAKE-UP signal
input pin, the external pull-down resistor
(48kΩ) has to be connected with this pin.
General Purpose IO 43
General Purpose IO 44
General Purpose IO 45
101 GP30 B General Purpose IO 30 CDDSP BCLK0
102 GP31 B General Purpose IO 31 CDDSP DATA0
103 GP32 B General Purpose IO 32 CDDSP LRCK0
104 GP33 B General Purpose IO 33 SBDT0
106 GP35 B General Purpose IO 35
Timer0 Output
External Interrupt 10
107 GP36 B General Purpose IO 36 External UCLK
108 RESETN I System Reset
JTAG NRST Input
When NTRSR is used for Reset of
109 NTRST I
JTAG, the external pull-up resistor
(48kΩ) has to be connected with
this pin.
110 IOVSS33 P I/O Ground
111 TEST I Test
112 XI I System clock input
113 XO O System clock output
115 IOVSS33 P I/O Ground
116 USBVDD33 P USB Power supply (3.3V)
117 USBDP B USB D+
118 USBDM B USB D-
119 USBVSS33 P USB Ground (3.3V)
120 PLL3VSS12 P PLL3 Ground (1.2V)
121 PLL3VDD12 P PLL3 Power supply (1.2V)
122 PLL2VSS12 P PLL2 Ground (1.2V)
123 PLL2VDD12 P PLL2 Power supply (1.2V)
124 PLL1VSS12 P PLL1 Ground (1.2V)
125 PLL1VDD12 P PLL1 Power supply (1.2V)
126 ADIN4 I ADC analog input[4]
127 ADIN3 I ADC analog input[3]
Note: Pin type ‘D’ means open drain output
Before Servicing
This Unit
ElectricalMechanicalRepair InformationUpdating
45
Page 46
W9864G6KH-6 (USB : IC902)
PIN CONFIGURATION
Terminal Functions
VDDQ
VDDQ
LDQM
A10/AP
VDD
DQ0
DQ1
DQ2
VSSQ
DQ3
DQ4
DQ5
DQ6
VSSQ
DQ7
VDD
CAS
RAS
VDD
EN25QH16B104HIP2A (USB : IC904)
VSS
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
WE
16
17
18
CS
19
BS0
20
BS1
21
22
A0
23
A1
24
A2
25
A3
26
27
54
DQ15
53
VSSQ
52
DQ14
51
DQ13
50
VDDQ
49
DQ12
48
DQ11
47
VSSQ
46
DQ10
45
DQ9
44
VDDQ
43
DQ8
42
VSS
41
NC
40
UDQM
39
CLK
38
CKE
37
NC
36
A11
35
A9
34
A8
33
A7
32
A6
31
A5
30
A4
29
VSS
28
Terminal Functions
Table 1. Pin Names
Symbol Pin Name
CLK Serial Clock Input
DI (DQ0) Serial Data Input (Data Input Output 0)
DO (DQ1) Serial Data Output (Data Input Output 1)
CS# Chip Select
WP# (DQ2) W rite Protect (Data Input Output 2)
HOLD# (DQ3) HOLD# pin (Data Input Output 3)
*2
*1
*1
*2
Before Servicing
This Unit
ElectricalMechanicalRepair InformationUpdating
Vcc Supply Voltage (2.7-3.6V)
Vss Ground
Note:
and DQ1 are used for Dual and Quad instructions.
1. DQ
0
~ DQ3 are used for Quad instructions.
2. DQ
2
BD82065FVJ (USB : IC905)
46
Page 47
SN74CBT3251PWR (DIGITAL : IC723)
SN74CBT3251
1-OF-8 FET MULTIPLEXER/DEMULTIPLEXER
SCDS019L − MAY 1995 − REVISED JANUARY 2004
(TOP VIEW)
RGY PACKAGE
(TOP VIEW)
116
2
3
4
5
6
7
15
14
13
12
11
10
B5B6B7B8S0S1
B3B2B1
ANCOE
B4
V
CC
FUNCTION TABLE
(each multiplexer/demultiplexer)
INPUTS
OES2S1S0
FUNCTION
LLLLA port = B1 port
LLLHA port = B2 port
LLHLA port = B3 port
LLHHA port = B4 port
LHLLA port = B5 port
LHLHA port = B6 port
LHHLA port = B7 port
LHHHA port = B8 port
HXXXDisconnect
Block diagram
OE
S0
S1
S2
5
A
7
11
10
9
B4
B3
B2
B1
NC
OE
GND
1
2
3
4
5
A
6
7
8
V
16
CC
B5
15
B6
14
13
B7
12
B8
11
S0
10
S1
9
S2
TOP268VG (SMPS : IC601)
-
+
-
+
-
+
LEADING
EDGE
K Package
(eSOP-12B)
DRAIN (D)
SOURCE (S)
12 S
11 S
10 S
9 S
8 S
7 S
PI-5568-061011
V
CONTROL (C)
EXTERNAL CURRENT
LIMIT (X)
VOLTAGE
MONITOR (V)
4
B1
3
B2
2
B3
1
B4
15
B5
14
B6
13
B7
12
B8
FREQUENCY (F)
Figure 3. Functional Block Diagram.
Z
C
SHUNT REGULATOR/
ERROR AMPLIFIER
-
+
I
FB
CURRENT
LIMIT
ADJUST
+ V
V
BG
1 V
LINE
SENSE
C
5.8 V
V
I (LIMIT)
ON/OFF
DC
T
OV/UVOVPV
MAX
K
PS(UPPER)
K
PS(LOWER)
STOP LOGIC
5.8 V
4.8 V
INTERNAL UV
COMPARATOR
DC
MAX
66k/132k
SOFT START
I
FB
I
PS(UPPER)
I
PS(LOWER)
+
-
SOFT
STOP
START
OSCILLATOR
WITH JITTER
F REDUCTION
F REDUCTION
PWM
SOFT START
D
MAX
CLOCK
OFF
Pin Functional Description
DRAIN (D) Pin:
High-voltage power MOSFET DR AIN pin. The internal start-up
bias current is drawn from this pin through a switched highvoltage current source. Internal current limit sense point for
drain current.
CONTROL (C) Pin:
Error amplifier and feedback current input pin for duty cycle
control. Internal shunt regulator connection to provide internal
bias current during normal operation. It is also used as the
connection point for the supply bypass and auto-restart/
compe
nsation capacitor.
EXTERNAL CURRENT LIMIT (X) Pin:
Input pin for external current limit adjustment remote-ON/OFF
and device reset. A connection to SOURCE pin disables all
functions on this pin. This pin should not be left floating.
VOLTAGE MONITOR (V) Pin:
Input for OV, UV, line feed-forward with DC
overvoltage protection (OVP), remote-ON/OFF. A connection to
the SOURCE pin disables all functions on this pin. This pin should
not be left flo
FREQUENCY (F) Pin :
Input pin for selecting switching frequency 132 kHz if connected
to SOURCE pin and 66 kHz if connected to CONTROL pin. This
pin should not be left floating.
SOURCE (S) Pin:
Output MOSFET source connection for high-voltage power return.
Primary-side control circuit common and reference point.
ating.
reduction, output
MAX
0
INTERNAL
SUPPLY
1
K
PS(UPPER)
K
÷ 16
SHUTDOWN/
AUTO-RESTART
HYSTERETIC
THERMAL
SHUTDOWN
SRQ
NO CONNECTION (NC) Pin:
Internally not connected, floating potential pin.
Exposed Pad (On Bottom)
Internally Connected to
SOURCE Pin
• Reassemble the removed parts in the reverse order.
• Read "SAFETY PRECAUTIONS" before reassembling the removed parts.
• If wire bundles are removed or moved during adjustment or part replacement, reshape the wires after completing the work. Failure to shape the wires correctly may cause problems such as noise.
• See "EXPLODED VIEW"
TOP COVER
Before Servicing
This Unit
FRONT PANEL ASSY
DISASSEMBLY
1. FRONT PANEL ASSY
and "EXPLODED VIEW"
FRONT PCB
Ref. No. of EXPLODED VIEW : P 1
STNDBY PCB
Ref. No. of EXPLODED VIEW : P 2
PHONE PCB
Ref. No. of EXPLODED VIEW : P 3
MIC PCB
Ref. No. of EXPLODED VIEW : P 4
MODULE
Ref. No. of EXPLODED VIEW : P 5
USB PCB
Ref. No. of EXPLODED VIEW : P 6
USB WIRE GUIDE PCB
Ref. No. of EXPLODED VIEW : P 14
VIDEO PCB
DISASSEMBLY
2. VIDEO PCB
and "EXPLODED VIEW"
VIDEO PCB
Ref. No. of EXPLODED VIEW : P 11
DIGITAL PCB
DISASSEMBLY
3. DIGITAL PCB
and "EXPLODED VIEW"
DIGITAL PCB
Ref. No. of EXPLODED VIEW : P 9
TUNER PCB
Ref. No. of EXPLODED VIEW : P 10
MAIN PCB
DISASSEMBLY
4. MAIN PCB
and "EXPLODED VIEW"
MAIN PCB
Ref. No. of EXPLODED VIEW : P 7
FRONT CABLE GUIDE PCB
Ref. No. of EXPLODED VIEW : P 15
SMPS PCB
DISASSEMBLY
5. SMPS PCB
and "EXPLODED VIEW"
SMPS PCB
Ref. No. of EXPLODED VIEW : P 13
REGULATOR PCB
DISASSEMBLY
6. REGULATOR PCB
and "EXPLODED VIEW"
REGULATOR PCB
Ref. No. of EXPLODED VIEW : P 12
TRANS
DISASSEMBLY
7. TRANS
and "EXPLODED VIEW"
POWER TRANS
Ref. No. of EXPLODED VIEW : P 16
ElectricalMechanicalRepair InformationUpdating
54
Page 55
Explanatory Photos for DISASSEMBLY
• For the shooting direction of each photos used in this manual, see the photo below.
• A, B, C and D in the photo below indicate the shooting directions of photos.
• The photographs with no shooting direction indicated were taken from the top of the unit.
• Photos of AVR-S540BT E3 are used in this manual.
The viewpoint of each photograph
(Shooting direction : X) [View from the top]
1. FRONT PANEL ASSY
Proceeding :TOP COVER →FRONT PANEL ASSY
(1) Remove the screws.
Before Servicing
This Unit
↓Shooting direction: B↓
x5
View from the bottom
(2) Remove the screws. Remove the connector. Remove the FFC.
ElectricalMechanicalRepair InformationUpdating
CN102
CN104
↓Shooting direction: C↓
↑Shooting direction: A↑
↑Shooting direction: D↑
CN713
x1
FFC
x1x1
CN752
55
Page 56
2. VIDEO PCB
Proceeding :TOP COVER →VIDEO PCB
(1) Remove the screws. Remove the FFC.
3. DIGITAL PCB
Proceeding :TOP COVER →VIDEO PCB →DIGITAL PCB
(1) Remove the screws. Remove the connector. Remove the FFC.
Does the power indicator on the front panel ash
in green when the power is turned on?
YES
Is a fuse blown?
NO
YES
See "1.2. Fuse is blown"
Is DC 5 V being supplied from the SMPS PCB
[BN601] to the DIGITAL PCB?
YESYES
Check the circuits around the Microprocessor on the DIGITAL PCB and replace any faulty
parts.
Does the power display on the front panel lights
green after approximately 10 seconds?
NO
Does the power shut down after several
seconds?
NO
TO "6. SMPS"
NO
NO
Is DC5V output even when the connector
[CN751] supplying power from the SMPS PCB to
the DIGITAL PCB is removed?
Check for breakages and short circuits in the circuits and parts between [CN751] on the DIGITAL
PCB and the microprocessor power supply and
replace any faulty parts.
YES
Are there any parts not fully connected into the
connectors that connect the PCBs?
YES
Check for leaks and short circuits
in the parts on the primary side.
Replace any faulty parts.
NO
TO "3-4. Protection History
Display Mode"
Blown fuse
Check the rectier diode in the
rectier circuit on the secondary
side, and check for short circuits.
Replace any faulty parts.
Replace the fuse after repair.
Check for short circuits between the
regulator output terminal and GND
in the power supply stabilization
circuit. Replace faulty parts if there
is a short circuit.
ElectricalMechanicalRepair InformationUpdating
NO
YES
Is a fuse blown?
NO
See "1.2. Fuse is blown"
Check the voltage of [CN712 : 6, 8, 9pin] on the
DIGITAL PCB while the power display is ashing in
green.
0.6V
Remove the connector [BN502] of the MAIN PCB.
Check the "3-4. Protection History Display Mode"
YES
Connect the connectors correctly.
0V3.3V
Check the circuits around the Microprocessor on
the DIGITAL PCB and replace any faulty parts.
61
Check the voltage of [CN712 : 7pin] on the DIGITAL PCB while the power display is ashing in
green.
Page 62
2. Analog video
MONITOR OUT (CVBS) output NG
Before Servicing
This Unit
Is the power voltage being output correctly?
+5V : [C7810 : + side]
-5V : [C7811 : - side]
YES
Is a signal being output from the video amplier?
Output V : [IC781 : 1pin]
YESYES
Check the cable between the unit and the monitor or check the monitor.
VIDEO test point
VIDEO PCB (B SIDE)
NO
The power supply circuit is faulty.
NONO
Does the signal input to the video amplier?
(for SAT/CBL function)
Vin3 : [IC781 : 7pin]
Check the settings of each IC. Are the following
NO
voltages set?
SW2 : [IC781 : 10pin] : 3.3V : OK
SW5 : [IC781 : 2pin] : 3.3V : OK
YES
The circuit around [IC781] is faulty.
Output V
SW2
Check the pattern between [JK781] and [IC781],
and then check the Blu-ray/DVD player or the
cable between the unit and the Blu-ray/DVD
player.
The CPU [IC711] is faulty.
ElectricalMechanicalRepair InformationUpdating
R7810
C7814
R7809
1.+12V
2.VGND
3.-12V
R7812
4.CVBS_SW2
5.CVBS_SW5
6.+5VD
7.OPT1_IN
8.DGND
9.OPT2_IN
C7812
CN781_3 PIN
(+12V TP)
R7811
CN781_1 PIN
(+12V TP)
C7815
C7715
C7714
C7808
R7806
C7806
C7809
R7802
+5V
IC781
SW5
R7801
C7801
Input V
C7807
-5V
C7802
R7803
Pb
C7803
R7804
62
Page 63
3. HDMI/DVI
3.1. No picture or sound is output (HDMI to HDMI)
Before Servicing
This Unit
No picture or sound is output.
Check the connection of the HDMI/DVI cable.
(1) Is the HDMI/DVI cable correctly inserted?
YES
(2) Is an HDMI/DVI selector, repeater or image
quality improvement device being used?
NO
(3) Is a certied HDMI cable (with the HDMI mark)
being used?
YES
(4) Is the HDMI/DVI cable shorter than 5m?
YES
(5) When the input signal is Deep Color or 4K, are
you using a "
Ethernet
High speed HDMI cable with
High speed cable
" or "
" that bears the
HDMI logo?
YES
(6) Are a picture and sound output when a differ-
ent HDMI/DVI cable is used?
NO
Check the Blu-ray/DVD player.
NO
Check the connection of the HDMI/DVI cable.
YES
Remove all of these and connect only the HDMI/
DVI cable.
NO
Use a certied HDMI cable (with the HDMI mark).
NO
Replace the HDMI/DVI cable with the one shorter
than 5m (2m is recommended) and check again.
NO
High speed HDMI cable with Ethernet
Use an "
High speed cable
or "
" that comes with the HDMI
logo.
YES
The HDMI/DVI cable is faulty.
(8) When using a DENON Blu-ray/DVD player, is the "HDMI" indicator of the uorescent display lit?
Proceed to YES when using a Blu-ray/DVD player produced by other manufactures.
NO
(9) Are a picture and sound output when the res-
olution of the Blu-ray/DVD player is changed?
(10) Is sound output from the speaker terminal of
this unit when the power of the TV is turned
off or the cable connecting the TV to this unit
is removed?
(11) Are a picture and sound output when a differ-
ent Blu-ray/DVD player is used?
YES
NO
NO
NO
YES
Set the output resolution of the Blu-ray/
DVD player to the resolution supported by
the TV.
YES
The Blu-ray/DVD player may not support the
HDCP repeater function.
Refer to the manufacturer of the Blu-ray/DVD
player.
YES
The Blu-ray/DVD player is faulty.
Check the TV.
NO
(12) Does the TV support HDCP?
"
(13) Does the TV support 1080P/4K?
YES
Use a TV that supports HDCP. Computer monitors
cannot be used.
NO
If the TV does not support 1080P/4K, a picture
cannot be output even if the Blu-ray/DVD player is
set to 1080P/4K.
YES
NO
(14) Is the TV input setting set to HDMI?
YES
Check the instruction manual of the TV and check
the input setting.
ElectricalMechanicalRepair InformationUpdating
(7) Are the HDMI output settings of the Blu-ray/
DVD player correct?
YES
NO
Check the instruction manual of the Blu-ray/DVD
player and set the HDMI output correctly.
(15) Are a picture and sound output when a differ-
ent TV is used?
NO
Check the unit.
63
YES
The TV is faulty.
Go to next page.
Page 64
Checking the condition of the HDMI pin.
See "Check the HDMI connector *1"
YES
(16) Is the unit input set to HDMI?
YES
The unit does not recognize the TV.
(17)
Does the HPD_O test point indicate "Hi" (3-5V)?
When the TV is connected, check the voltage on
the IC side that the TV is connected to.
Check the waveform of DDC_CLK/DDC_DATA
Is the TMDS signal 3.3V? [D7321-D7332]
See "3.2. HDMI test point and waveforms"
YES
NO
Replace the HDMI connector.
NO
Check the instruction manual of the this unit and
check the input setting.
NO
Either the pattern and circuit from HDMI connector [JK726] to [IC731] is faulty, or the HDMI output
circuit is faulty (IC731 and peripheral circuits).
Replace the [IC731].
YES
(20) Check the operation of the oscillator
[X721 : 28.6363MHz]
q
[X731 : 27MHz]
w
See "3.2. HDMI test point and waveforms"
YES
(21) Check the Reset signal.
[IC721 : 97pin]
q
(If the signal is standard, proceed to "YES")
[IC731 : 115pin]
w
NO
The [X721 or IC721] is faulty.
q
The [X731 or IC731] is faulty.
w
Replace any faulty parts.
NO
The RESET pattern or [IC721, IC731] is faulty.
Replace any faulty parts.
(If the signal is standard, proceed to "YES")
See "3.2. HDMI test point and waveforms"
YES
(22) Check the control signal (I2C).
Check the test point (SDA/SCL) waveform
(Proceed to "YES" if it is not "Lo")
NO
The SDATA/SCL signal pattern is faulty.
See "3.2. HDMI test point and waveforms"
YES
The HDMI output circuit is faulty ([IC721, IC731] and peripheral circuits).
Replace the [IC721, IC731].
Before Servicing
This Unit
ElectricalMechanicalRepair InformationUpdating
The Blu-ray/DVD player does not recognize the connection with this unit.
(19)
Does the HPD test point indicate "Hi" (3-5V)?
(18)
When using a DENON Blu-ray/DVD player, is the
"HDMI" indicator of the uorescent display lit?
Proceed to "NO" when using a Blu-ray/DVD player
produced by other manufactures.
When the Blu-ray/DVD player is connected, check the voltage of the HDMI connector input on
the side that the Blu-ray/DVD player is connected to.
Check the waveform of DDC_CLK/DDC_DATA
Is the each TMDS signal 3.3V?
HDMI IN1 : [D7207-D7214]
HDMI IN2 : [D7220-D7227]
HDMI IN3 : [D7233-D7240]
HDMI IN4 : [D7303-D7310]
HDMI IN5 : [D7313-D7320]
YESYES
Check operation of the [IC721, IC731].
(Connect the Blu-ray/DVD player to the video input 480P/TV.)
Replace the [IC721, IC731].
(20) Check the power supply device.
Check whether 1.8V or 3.3V is supplied to
q
[IC721] (each power supply pin).
Check whether 1.1V or 3.3V is supplied to
w
NO
The power supply circuit is faulty.
[IC731] (each power supply pin).
YES
NONO
The pattern and circuit from HDMI connector [JK721726] to [IC721, IC731] are faulty.
Replace the [IC721, IC731].
Check the HDMI connector *1
Check for deformed pins.
Is the power transistor open or short circuited?
2SB1560 / 2SD2390
NO
Is the emitter resistor of the power transistor
open?
0.47 Ω
NO
Is the base resistor of the power transistor open?
4.7 Ω
NO
Are any other transistors faulty?
NO
Are any other resistors faulty?
NO
YES
Replace the power transistor.
YES
Replace the emitter resistor.
YES
Replace the base resistor.
YES
Replace the transistor.
YES
Replace the resistor.
This Unit
ElectricalMechanicalRepair InformationUpdating
Turn on the power and, check that the voltage of each part is correct and that there is an idling current.
67
Page 68
5. Bluetooth / USB
Before Servicing
5.2. Cannot recognize the connected USB device5.1. Cannot establish a Bluetooth connection
This Unit
Check the Bluetooth device being used
Are there other Bluetooth devices on close by?
YES
Is the Bluetooth device supported by this unit?
YES
Checking the unit
Is [USB PCB : CN911 and BT module : BX8811] correctly connected?
YES
Can a voltage (3.3V) be conrmed between pin 1
and pin 1 of [CN911] on USB PCB?
YES
NO
Turn off other Bluetooth devices.
NO
This unit supports devices with A2DP support.
NO
Connect the connectors correctly.
NO
The circuit around [Q7510] of the DIGITAL PCB is
faulty.
Check the USB device being used
Is a USB hub being used?
NO
Is the USB device supported by this unit?
YES
Checking the unit
Are [BN912 and BN914] correctly connected?
YES
Can a voltage (5V) be conrmed between [JK91 :
1-4pin] (USB Connector) on USB PCB?
YES
YES
Do not use a USB hub.
NO
This unit supports devices in the FAT16- and
FAT32-formatted mass storage class, MTP-compatible devices and iPod devices (except for some
models).
NO
Connect the connectors correctly.
NO
The circuit around [IC905] of the DIGITAL PCB is
faulty.
ElectricalMechanicalRepair InformationUpdating
The circuit around [USB PCB : CN911 and BT module : BX8811] is faulty.
The USB signal circuit from [IC901] to [JK91] on the USB PCB are faulty.
68
Page 69
6. SMPS
R6004 330K
R6031
R6032
R6033
DC 5V is not output.
Is [IC601 : TOP268VG] damaged?
NO
Is the fuse [F6001] functioning
properly?
NO
Are there any short circuits
caused by the soldering on the
PCB?
NO
Are any parts damaged?
YES
Replace the [IC601 : TOP268VG
and D6001, D6002, D6003,
D6004].
YES
Is [D6001, D6002, D6003, D6004]
damaged?
YES
Repair the short circuited area
on the PCB.
YES
Check the damaged parts.
YES
Replace the damaged part.
YES
Replace the damaged part.
Operation waveform for each part
ABC
After primary side rectification
(Caution: High voltage, electric shock)
C6002 250V /0.01uF
D6001 1N 4007
D6002 1N 4007
OPEN
D6003 1N 4007
CX602
D6004 1N 4007
D6005 1N 4007
D6006 1N 4007
J6002
JUMPE R
C6003
250V/0.01u F
1M(2125)
1M(2125)
1M(2125)
*O PTIO N
OPEN
C6009
50V/0.22u F
C6007 50V/0.1u F
C6005
C6006 O PEN
*O PT ION
C6004
200V/100uF
J6003
JUMPE R
E3, K:100UF /200V
E1C ,E2 : 100UF/400V
6
D
Q6002
ZD621
2N7002KA
S
Z7.5V
R6006
S S S S S
7
D
8
G
S
1M(1608)
(Caution: High voltage, electric shock)
*O PT ION
Z22V
ZD611
Z39V
R6008
ZD608
Z22V
2.2M( 0.2W )
ZD612
Z39V
ZD609
Z22V
ZD613
C6011
R6009
Z39V
ZD610
Z22V
2.2M( 0.2W )
ZD614
1KV/ 1000pF (S MD)
Z22V
ZD615
Z22V
ZD616
R6010
1M(0. 2W)
Z22V
ZD617
R6011
10(1608)
C6026
D6012
*O PT ION
R6012
ZD601
Z12V
4 3 2 1
F
IC601
CVITO P268VG
9
10
270K
1N4007
1KV/ 47pF
D6007
ZD618
1N4007
Z27V
VXC
R6013
R6015
6.8(0 .2W)
22K(1608)
1211
*O PTIO N
C6013
R6014
C6012
1K(1608)
47/25V(NX A)
0.1uF( 1608)
Primary drain
T6001
VLT9 Z132ZW
1
2
3
4
5
D6008
6
UF4004
7
C6008
50V/10UF( NXA )
Z39V
ZD620
3 4
C6023
400V/2200pF
Before Servicing
This Unit
After secondary rectifications
C6027
R6034
OPEN
OPEN
OPEN
C6028
1
2
3
D6013
RBQ30T 65A
14
J6001
13
OPEN
12
11
10
9
8
12
IC602
EL817-B
CMD1A629
BRACKE T
BK603
4.7uF( 1608)
C6015
C6014 0 .1uF( 1608)
**OP TIO N
C6024 0.1uF(1608)
R6026
OPEN( 1608)
C6025 OPEN( 1608)
100/50V
R6016
56(0.2W )
C6019 5600uF/6.3V( NXA )
C6017
C6018 5600uF/6.3V( NXA )
R6017
R6018
5.6K( 0.2W ) C6020
3.3K( 0.2W )
D6010 OPEN
321
0.1uF( 1608)
IC603 K IA2431AP
REF
CATHO DE
ANODE
R6019
R6023
22K/F(1608)
OPEN
R6022
CVIPS T8448NR_ A
C6029
R6021
R6020
OPEN( 1608)
OPEN( 0.2W )
Z6.8V
ZD619
OPEN
C6010
6.8K/ F
C6030
15N(1608)
4
NC
CD
IC604
GND
VDD
OUT
2
1 5
3
ElectricalMechanicalRepair InformationUpdating
SMPS unit
(Unloaded)
Set
69
ABC
ABC
Page 70
q
w
e
(49)RXP0
(47)RXP2/GPO2
(32)DAI2_LRCK
(33)DAI2_SCLK
(34)DAI2_DATA,DSD5
RMCK(55)
SAI_SCLK(61)
SAI_LRCK(60)
SAI_SDOUT(54)
IC744
CS42528
(DIR+CODEC)
IC741
CS497024CVZ
(AUDIO DSP)
(43)RXP6/GPO6
(59)OMCK
(3)CX_LRCK
(2)CX_SCLK
(1)CX_SDIN1
(64)CX_SDIN2
(63)CX_SDIN3
(62)CX_SDIN4
(135) CH0 ASD1
(136) CH0 ASD0
(134) CH0 ASD2
(133) CH0 ASD3
(132) CH0 ALRCK
(131) CH0 ABCLK
(129) CH0 AMCLK
(47)DAO1_D3
(48)DAO1_D2,HS2
(49)DAO1_DATA1,HS1
(51)DAO1_DATA0,HS0
DAI1_DATA0,DSD0(27)
DAI1_DATA1,DSD1(26)
DAI1_DATA2,DSD2(24)
DAI1_DATA3,DSD3(23)
(52)DAO1_SCLK
(54)DAO1_LRCLK
(16)XTAL_OUT
DAI1_LRCK,DSD4(30)
DAI1_SCLK,DSD-CLK(29)
DAO_MCLK(40)
Coaxial1
Optical1
Optical2
IC721 ADV7623BSDZ
HDMI
Transceiver
(W/GUI)
HDMI 1 - 2
HDMI 3 - 5
IC731
MN864788
CUP12964Z_DIGITAL_MP
DIPPING
IN
8MHz
MEDIA PLAYER
CBL/SAT
CBL/SAT(4K)
MONITOR
COAX IN
MEDIA PLAYER
DVD/Blu-ray
BD(4K)
GAME(4K)
SW
A
A
24.576MHz
27MHz
28.636MHz
OUT
B
B
C
C
SDA
SCL
SDA
SCL
CEC
CEC_COM
H_MCLK
H_LRCK
SD3
SD2
SD0
SD1
OSDTX_SDA
OSDTX_SCL
OSD_HOLD
OSD_CLK
OSD_MO
OSD_CS
OSD_MI
CEC_OUT
7623_RST
SDA
SCL
+5V
HPD
+5V
SCL
SDA
+5V
HPD
HPD
UTIL
HPD
+5V
SCL
SDA
+5V
HPD
SCL
SDA
SCL
SDA
HPD
+5V
MUTE_+B
RLY_GND
+12V
FR
SR
CEN
SL
FL
H/P_RLY
FRONT_RLY
C/S_RLY
+/-B DETECT
ASO_DET
DC_PROT
THERMALDET_B
THERMALDET_A
HDMI_SDA
HDMI_SCL
SET OPTION
X
10K X
10K
X550K
X550E2
S540E3
4K7
10K
R7114
R7113
H_SCLK
CUP12964Z_DIGITAL_MP
X550E1C
10K
10K
X250E2
DGND
X250E1C
EMULATOR
MCU UPDATE
ADV7623 ROM
MN864788_ROM
BT UPDATE
MCU UPDATE
1.BT_RESET
2.BT_3V3
3.BT_TX
4.BT_RX
5.DGND
6.N.C
7.BOOT(SDA)
CN717
VERSION
1.RESET
CN716
7.BOOT
6.N.C
5.DGND
4.RX
3.TX
2.MCU+3V3
MIRPFCT2FCT1ICTMIRPFCT2FCT1ICT
1.+12V
2.VGND
3.-12V
4.CVBS_SW2
5.CVBS_SW5
6.+5VD
7.OPT1_IN
9.OPT2_IN
8.DGND
CN741
4.VGND(RET_GND)
2.RLY_GND
1.-12V
3.+12V
5.DA+5V
CN771
CN751
6.MAIN_POWER
2.D5.2V
3.M_RESET
4.D_GND
5.D_GND
1.D5.2V
1.+5VA
3.USB_/BT_R
4.DA_GND
CN752
2.DA_GND
5.USB/BT_L
10.USB_DAC_MUTE
CN713
3.DGND
5.USB3V3
11.USB_EN
1.D5V
2.D5V
4.DGND
6.USB_POWER1
7.USB_TX
8.USB_RX
9.BX_RST
BAR CODE LABEL
22.FL_DATA
CN711
24.MCU+5V
27.NC
25.MCU_3V3
26.DGND
1.ISEL_A
2.ISEL_B
23.CPU_POWER
3.MIC_DET
4.POWER_KEY
5.+12V
6.-12V
7.MIC_SIGNAL
8.AGND
9.NC
10.H/P_DET
11.VSEL_A
12.VSEL_B
13.KEY_3
14.KEY_2
15.KEY_1
16.RED_LED
17.W/G_LED
19.FL_RST
19.FL_RST
20.FL_CE
21.FL_CLK
1.SCK
2.DGND
3.MOSI
4.VCC
5./CS
6.MISO
7.DGND
CN721
1.RESET
CN714
7.BOOT
6.N.C
5.DGND
4.RX
3.TX
2.MCU+3V3
1.MCU+3V3
2.DGND
3.RESET
4.JTDO
5.JTCK
6.JTMS
7.JTDI
8.NJTRST
9.DGND
CN715
1.HI-B_RLY
2.H/P_RLY
3.FRONT_RLY
4.C/S_RLY
5.+/-B DETECT
6.ASO_DET
7.DC_PROT
8.THERMALDET_A
9.THERMALDET_B
CN712
11.RLY_GND
CN772
13.DGND
3.SL
5.CEN
12.MUTE_+B
1.FL
2.AGND
4.AGND
6.AGND
7.SR
8.AGND
9.FR
10.+12V
5.SDIO
TU771
1.CH_GND
2.INT
3./RST
4./CE
6.SCLK
7.VCC
8.R-OUT
9.L-OUT
Pb
R7668
R7667
R7664
R7666
R7665
R7696
R7712
R7710
R7694
R7680
R7678
R7705
R7704
R7703
R7702
R7687
R7688
R7689
R7686
R7673
R7672
R7671
R7670
R7338
R7337
R7356
R7784 R7783
R7782
R7669
R7650
D7609
D7608
CN713
CN752
JK771
IC732
IC722
T7310
R7742
R7758
R7749
R7751
R7761
R7750
R7746
CN716
C7745
C7746
IC756
JK772
R7125
CN717
IC745
IC767
IC766
TU771
JK784
T7339
T7338
T7337
T7336
T7309
R7379
R7398
R7397
R7396
R7384
R7383
R7382
R7381
L7130
CN731
C7399
C7282
R7652
R7734
R7647
R7752
R7744
R7295
R7258
R7113
R7638
R7625
R7251
R7168
R7604
R7603
R7602
R7601
R7148
R7147
R7145
R7166
R7614
R7713
R7711 R7697
R7695
R7681
R7679
R7732
R7727
R7729
R7162
R7159
R7757
R7622
R7621
R7618
R7617
R7403
R7107
R7743
R7728
R7715
R7714
R7699
R7698 R7683
R7682
R7634
R7633
R7624
R7623
R7114
R7735
R7648
R7753
R7745
R7726
R7725
R7724
R7723
R7719
R7718
R7620
R7619
R7616
R7615
R7776
R7775
R7767
R7766
R7765
R7764
R7760
R7759
R7741
R7740
R7738
R7730
R7721
R7655
R7654
R7627
R7606
R7605
R7552
R7519
R7513
R7505
R7250
R7241
R7240
R7239
R7238
R7108
R7367
R7366
R7512
R7506
R7202
R7201
R7518
R7517
R7511
R7504
R7811
R7430
R7368
R7484
R7547
R7520
R7315
R7314
R7313
R7305
R7304
R7303
R7286
R7283
R7282
R7273
R7270
R7269
R7259
R7257
R7256
R7209
R7206
R7160R7157
R7156
R7127
R7544
R7218
R7322
R7321
R7525
R7551
R7549
R7479
R7424
R7423
R7422
R7402
R7514
R7508
R7501
R7475
R7471
R7419
R7418
R7417
R7416
R7411
R7410
R7409
R7336
R7222
R7212
R7211
R7210
R7177
R7176
R7175
R7174
R7173
R7116
R7115
R7185
R7161
R7158
R7472
R7364
R7363
R7359
R7358
R7350
R7545
R7179
R7167
R7649
R7558
R7557
R7556
R7555
R7550
R7548
R7534
R7533
R7527
R7526
R7524
R7415
R7414
R7408
R7407
R7312
R7302
R7287
R7281
R7268
R7255
R7245
R7244
R7230
R7228
R7224
R7223
R7203
R7178
R7474
R7473
R7311
R7301
R7280
R7267
R7254
R7152
R7656
R7653
R7651
R7640
R7639
R7546
R7478
R7477
R7476
R7413
R7246
R7235
R7234
R7233
R7232
R7165
R7164
R7163
R7139
R7773
R7772
R7763
R7762
R7722
R7659
R7658
R7541
R7365
R7362
R7361
R7357
R7351
R7318
R7317
R7316
R7308
R7307
R7306
R7296
R7290
R7285
R7272
R7260
R7217
R7193
R7191
R7170
RN751
RN750
RN749
RN748
RN747
RN746
RN745
RN744
RN743
RN742
RN741
RN712 RN711
RN735
RN733
RN732
RN731
R7737
R7736
C7697
C7696
C7681
C7680
C7664
C7663
CN751
D7602
D7601
C7397
Q7611Q7610
Q7614
Q7612
Q7613
Q7521
Q7517
Q7509
Q7504
Q7501
Q7516
Q7202Q7201
Q7608
Q7514
Q7609
Q7515
Q7513
Q7522
Q7520
Q7518
Q7506
Q7503
Q7502
Q7510
Q7112
Q7512
Q7113
Q7107
Q7106
Q7105
IC764
IC763
IC762
IC761
IC743
IC755
IC741
IC711
X741
X711
IC721
IC731
D7607
D7606
D7605
D7604
D7603
D7504
D7503
D7502
L7518
L7484
L7511
C7572
C7558
C7512
C7511
C7559
C7569
C7556
IC753
IC752
IC751
L7516
C7510
C7571
C7568
C7557
C7513
C7555
C7509
C7573
C7516
C7574
C7570
C7515
CN715
CN714
CN721
C7560
C7561
L7310
L7309
C7365
C7367
CN771
C7803
C7793
C7792
C7791
C7790
C7789
C7149
C7802
C7801
C7714
C7632
C7148
C7147
C7146
C7604
T7330
T7225
T7224
T7223
T7222
T7220
C7396
C7395
C7241
C7240
C7233
C7232
X721
T7221
T7328
T7327
C7337
C7356
C7350
T7316
T7315
T7333
T7332
T7219
T7218
X731
T7319
C7597
JK725
JK724
JK723
JK722
JK721
JK726
T7335
T7312
T7311
T7331
T7329
T7318
T7317
T7314
T7313
C7788
L7307
L7303
C7344
C7463
C7442
C7209
C7454
C7453
C7607
C7630
C7631
L7105
C7104C7103
C7404
C7403
L7503
L7502
L7501
C7784
C7742
C7785
C7743
C7602
C7601
C7600C7599
C7285
C7603
L7517
L7512
L7507
L7119
L7104
L7103
C7126
C7721
C7720
C7338
RN734
C7124
C7735
C7734
C7733
C7732
C7596
C7595
C7594
C7593
C7592
C7145
C7144
C7143
C7142
C7141
C7120
L7129
C7728
C7675
C7695
C7694
C7678
C7662
C7661
C7639
C7706
C7617
C7700
C7699
C7684 C7683
C7667 C7666
C7710
C7704
C7624
C7623
C7620
C7619
C7692
C7691
C7686
C7685
C7674
C7669
C7668
C7659
C7658
C7653
C7652
C7638
C7622
C7621
C7531
C7679
C7544
C7406
C7341
C7340
C7339
C7521
C7520
C7361
C7358
C7434
C7441
C7440
C7816
C7614
C7613
C7611
C7610
C7716
C7713
C7551
C7576
C7467
C7465
C7461
C7439
C7131
C7130
C7129
C7123
C7122
C7709
C7703
C7702
C7698
C7682
C7665
C7641
C7615
C7612
C7605
C7591
C7590
C7588
C7587
C7583
C7582
C7575
C7553
C7550
C7549
C7545
C7543
C7542
C7528
C7527
C7524
C7518
C7529
C7508
C7507
C7505
C7504
C7503
C7502
C7474
C7473
C7472
C7466
C7464
C7462
C7460
C7458
C7455
C7447
C7443
C7438
C7437
C7432
C7431
C7430
C7302
C7301
C7281
C7279
C7271
C7270
C7220
C7134
C7132
C7127
C7125
C7121
C7119
C7114
C7530
C7562
C7514
C7532
CN712
CN741
CN711
CN772
C7506
C7501
L7527
T7117
T7601
D7218D7219
D7214
D7213
D7212
D7211
D7210
D7209
D7208
D7207
D7206
D7205
D7240
D7239
D7238
D7237
D7236
D7235
D7234
D7233
D7232
D7231
D7310
D7309
D7308
D7307
D7306
D7305
D7304
D7303
D7302
D7301
D7320
D7319
D7318
D7317
D7316
D7315
D7314
D7313
D7312
D7311
D7328
D7327
D7332
D7326D7325
D7324D7323
D7322
D7321
D7331
D7330
T7326
T7324
T7323
T7322
T7321
T7308
T7307
T7306
T7305
T7304T7303
T7302
T7301
T7226
T7108
T7104
T7103
T7101
L7402
L7401
L7308
L7306
L7305
L7302
L7301
L7601
L7522
L7521
L7514
L7515
L7513
L7510
L7509
L7506
L7505
L7504
L7508
L7127
L7126
L7125
L7124
L7123
L7122
L7120
L7117
L7116
L7115
L7114
L7113
L7112
L7111
L7110
L7109
L7108
L7107
L7106
L7102
L7101
D7102
C7451
T7602
T7603
T7604
T7605
T7606
T7607
T7608
T7609
T7116
T7115
T7114
T7113
T7112
T7111
T7110
C7644
C7133
C7650
C7649
C7646
C7609
C7608
C7648
T7203
T7206
T7205
T7207
T7208
T7210
T7209
T7217
T7216
T7211
T7215
T7214
T7213
T7204
T7201
T7202
D7227
D7226
D7225 D7224
D7223
D7222
D7221
D7220
C7645
C7643
C7642
T7325
T7105
T7106
T7404
T7403
L7403
D7803
Q7606
Q7605
Q7604
T7402
T7102
C7640
C7405
ET761
ET751
C7577
C7427
C7468
C7429
C7578
C7470
C7444
C7459
C7446
C7423
C7629
C7707
C7627
C7717
C7581
T7401
L7404
IC744
T7212
5111
51
41 63
257
4
85
4
85
1267
42
3
1
5
26
7
8
9 16
8
4
5
8
4
5
6
91
4
2
1
26
7
16
4
5 8
4
5 8
4
5 8
13
5240
3927
2614
50
25
26
38
128103
10265
6439
109
36
3772
73108
144
109144
10873
7237
36
109144
10873
7237
36
298
26
7
26
7
51
191919191919
91 5
1 9
8 2
111
10202
212627
1317
16
6449
4833
3217
A
R7758
C7615
CLOCK FLOW & WAVE FORM IN DIGITAL BLOCK
WAVE FORM
1
CH1:RXP2
2
CH1: SDOUT
CH2: LRCLK2
CH3: SCLK2
3
CH1: DATA0
CH2: LRCK1
CH3: SCLK1
CH4: X-OUT
70
RXP2
SDOUT
LRCK2
SCLK2
SCLK1
LRCK1
DATA0
X-out
C7468
C7470
RN749
RN748
RN751
RN750
L7404
C7521
C7728
R7471
R7472
R7473
R7474
R7475
R7476
C7447
9
8
C7446
5026
10265
A
4833
C7467
C7465
C7466
C7461
C7464
C7462
C7460
C7463
R7484
6449
IC744
R7478
R7193
R7479
R7477
C7451
C7423
IC741
6439
C7458
16
R7408
C7455
R7414
R7415
Before Servicing
This Unit
ElectricalMechanicalRepair InformationUpdating
C7474
C7473
R7757
C7709
3217
T7404
T7403
T7402
T7401
C7734
C7735
C7453
R7413
R7417
R7416
R7411
R7410
R7409
R7407
RN743
38
C7404
R7403
C7403
R7402
RN742
RN741
Page 71
SPECIAL MODE
Special mode setting button
No. 1, 2 : While holding down buttons "A" and "B" simultaneously, press the power button to turn on the power.
b
No. 3, 4 : While the power is on, hold down buttons "A", "B", and "C" for at least 3 seconds .
b
No. 5 : Press "A" and "B" simultaneously while on standby.
b
No.ModeButton AButton B Button CDescriptions
1Initialization Mode
Version Display mode
2
(u-COM / DSP Error Display)
Video Format and Display Language
3
change mode
3-1 Video Format
3-2 Language
4Product mode
4-1 Remote Lock mode
4-2 Tuner Step Change Mode
4-3 OSD Update Mode
4-4 Protection history display mode
4-5 PIMG Version Display Mode
4-6 Mic mode
5Front Panel Lock Mode
AVR-S540BT
SOUND
MODE
TUNER
PRESET CH +
TUNER
PRESET CH -
---
---
SOUND
MODE
---
---
---
---
---
---
TUNER
PRESET CH -
TUNER
PRESET CH +
1
TUNE --
TUNER
PRESET CH +
TUNER
PRESET CH -
1
Quick Select3-
-
TUNE -
TUNER
PRESET CH +
Initializes backup data.
(See Initializing this Unit AVR-S540BT)
The rmware version is shown on the display. Errors that have occurred are displayed.
(See 1. Version Display Mode)
Select the following mode.
"Video Format" and "Language".
(See 2. Video Format and Display Language change mode)
Select or change "NTSC" or "PAL".
Default : E2 / E1C PAL, E3 / JP NTSC
Select or change the language.
"ENGLISH" or "SPANISH" or "FRENCH" or "CHINESE" or "JAPANESE"
Default : E3 / E2 = ENGLISH, E1C = CHINESE, JP = JAPANESE
Select the following mode.
"Protection History Display", "PIMG" and "Mic Mode".
(See 3. Product mode)
This mode prohibits remote control operation.
Switches the tuning frequency of the tuner.
Updates the OSD ash ROM in forced power off mode.
This is not used during servicing.
b
Displays the protection occurrence history.
This Mode is used to check the serial ash writing path for the 4k GUI.
This is not used during servicing.
b
Mode that connects the microphone terminal input to speaker output.
This is not used during servicing.
b
Switches the panel lock mode. (See 4. Front Panel Lock Mode)
Before Servicing
This Unit
ElectricalMechanicalRepair InformationUpdating
MASTER VOLUME
TUNER
SOUND
X
MODE
1
PRESET CH -
QUICK
SELECT 3
TUNER
PRESET CH +
TUNE -
71
Page 72
Special mode setting button
No. 1, 2 : While holding down buttons "A" and "B" simultaneously, press the power button to turn on the power.
b
No. 3, 4 : While the power is on, hold down buttons "A", "B", and "C" for at least 3 seconds .
b
No. 5 : Press "A" and "B" simultaneously while on standby.
b
AVR-X550BT
No.ModeButton AButton B Button CDescriptions
1Initialization Mode
Version Display mode
2
(u-COM / DSP Error Display)
Video Format and Display Language
3
change mode
3-1 Video Format
TUNER
PRESET CH +
TUNE +DIMMER-
TUNE -TUNE +DIMMER
---
TUNE +-
Initializes backup data.
(See Initializing this Unit AVR-X550BT)
The rmware version is shown on the display. Errors that have occurred are displayed.
(See 1. Version Display Mode)
Select the following mode.
"Video Format" and "Language".
(See 2. Video Format and Display Language change mode)
Select or change "NTSC" or "PAL".
Default : E2 / E1C PAL, E3 / JP NTSC
Select or change the language.
3-2 Language
---
"ENGLISH" or "SPANISH" or "FRENCH" or "CHINESE" or "JAPANESE"
Default : E3 / E2 = ENGLISH, E1C = CHINESE, JP = JAPANESE
4Product mode
4-1 Remote Lock mode
4-2 Tuner Step Change Mode
4-3 OSD Update Mode
4-4 Protection history display mode
4-5 PIMG Version Display Mode
4-6 Mic mode
5Front Panel Lock Mode
TUNER
PRESET CH +
---
---
---
---
---
---
TUNER
PRESET CH -
TUNE -TUNE +
Quick Select3-
Select the following mode.
"Protection History Display", "PIMG" and "Mic Mode".
(See 3. Product mode)
This mode prohibits remote control operation.
Switches the tuning frequency of the tuner.
Updates the OSD ash ROM in forced power off mode.
This is not used during servicing.
b
Displays the protection occurrence history.
This Mode is used to check the serial ash writing path for the 4k GUI.
This is not used during servicing.
b
Mode that connects the microphone terminal input to speaker output.
This is not used during servicing.
b
Switches the panel lock mode. (See 4. Front Panel Lock Mode)
Before Servicing
This Unit
ElectricalMechanicalRepair InformationUpdating
TUNER
X
PRESET CH +
TUNE -
DIMMER
TUNE +QUICK
SELECT 3
72
Page 73
1. Version Display Mode
1.1. Actions
Version information is displayed when the device is started in this mode.
1.2. Starting up
AVR-S540BT
· While holding down buttons "
button to turn on the power.
AVR-X550BT
· While holding down buttons "
turn on the power.
then press the "
STATUS
TUNER PRESET CH +
TUNE +
" button to display the information in section 1.3 on the display.
" and "
DIMMER
1.3. Display Order
Error information(See "1.4. Error display") → q Model destination information
→ w Main µ-com → e Main IAP → r DSP version → t OSD version → y 4k GUI version
→ u USB version
TUNE -
" and "
" simultaneously, press the power button to
" simultaneously, press the power
1.4. Error display
See the table below for descriptions of the displayed errors and countermeasures for these.
If multiple errors occur, only one item is displayed.
Condi-
tion
DSP NGCannot execute DSP reset in DSP code boot.
DSP OK-(No Error display)
StatesDisplay
DSP ERROR 01
Before Servicing
This Unit
ElectricalMechanicalRepair InformationUpdating
Model destination information :
q
AVR-S540 E3 *
AVR-X550 \\\ *
Main µ-com :
w
\
: Region (E3, E2, E1C, JP)
Main :**.**
Main IAP :
e
Main IAP V**.**
DSP version :
r
DSP.*.*.*
OSD version :
t
OSD :**.**
4k GUI version :
y
PIMG :********
USB version :
u
USB.**.**.**
73
Page 74
2. Video Format and Display Language change mode
2.1. Actions
Select or change "NTSC" or "PAL". Select or change the language.
2.2. Starting up
AVR-S540BT
· While the power is On, hold down buttons "
TUNE -
"
AVR-X550BT
· While the power is On, hold down buttons "
" for at least 3 seconds.
TUNER PRESET CH -
TUNE -
TUNE +
", "
TUNER PRESET CH +
, "
DIMMER
" and "
2.3. Displaying and Selecting Each Mode
Pressing the button each time switches the display shown as follows.
V.Format:<****>
AVR-S540BT : "
AVR-X550BT : "
TUNE +
STATUS
"
"
Lang.:<*******>
Select Video Format
q
V.Format:<NTSC>
AVR-S540BT : "
AVR-X550BT : "
TUNER PRESET CH +
TUNER PRESET CH +
" or "
" or "
TUNE -
DIMMER
"
"
V.Format:<PAL>
· AVR-S540BT : Press the "
· AVR-X550BT : Press the "
Do not turn off the power until the display switches to the normal mode screen.
PRESET -
TUNE -
" button to conrm the displayed mode.
" button to conrm the displayed mode.
" and
" for at least 3 seconds.
Select Display Language
w
Lang.:<ENGLISH>
AVR-S540BT : "
AVR-X550BT : "
TUNER PRESET CH +
TUNER PRESET CH +
Lang.:<SPANISH>
AVR-X550BT : "
AVR-S540BT : "
TUNER PRESET CH +
TUNER PRESET CH +
Lang.:<FRENCH >
AVR-X550BT : "
AVR-S540BT : "
TUNER PRESET CH +
TUNER PRESET CH +
Lang.:<CHINESE>
AVR-S540BT : "
AVR-X550BT : "
TUNER PRESET CH +
TUNER PRESET CH +
Lang.:<JAPANESE>
· AVR-S540BT : Press the "
· AVR-X550BT : Press the "
Do not turn off the power until the display switches to the normal mode screen.
PRESET TUNE -
" button to conrm the displayed mode.
· E3, E2, E1C, JP when the model
TUNE -
" or "
" or "
· E3, E2 when the model
" or "
" or "
· E3, E2 when the model
" or "
" or "
· E1C when the model
" or "
" or "
· JP when the model
" button to conrm the displayed mode.
DIMMER
TUNE -
DIMMER
TUNE -
DIMMER
TUNE -
DIMMER
"
"
"
"
"
"
"
"
Before Servicing
This Unit
ElectricalMechanicalRepair InformationUpdating
74
Page 75
3. Product mode3-1. Remote Lock mode
1. Actions
Select Remote Lock mode, Tuner Step Change mode, OSD Update mode, Protection History Display
mode, Mic mode.
2. Starting up
AVR-S540BT
· While the power is On, hold down buttons "
PRESET CH +
AVR-X550BT
· While the power is On, hold down buttons "
least 3 seconds.
" for at least 3 seconds.
SOUND MODE
TUNER PRESET CH +
TUNER PRESET CH -
", "
1
TUNE -
, "
" and "
" and "
TUNE +
TUNER
" for at
3-1.1. Actions
This mode prohibits remote control operation.
3-1.2. Starting up
AVR-S540BT
· While the power is On, hold down buttons "
PRESET CH +
Displays "
AVR-X550BT
· While the power is On, hold down buttons "
least 3 seconds.
Displays "
" for at least 3 seconds.
REMOTE LOCK:
REMOTE LOCK:
" using the "
" using the "
SOUND MODE
TUNE +
" button.
TUNER PRESET CH +
STATUS
" button.
TUNER PRESET CH -
", "
1
TUNE-
, "
" and "
" and "
TUNE +
Before Servicing
This Unit
TUNER
" for at
ElectricalMechanicalRepair InformationUpdating
3. Displaying and Selecting Each Mode
Pressing the button each time switches the display shown as follows.
REMOTE LOCK:Off
AVR-S540BT : "
AVR-X550BT : "
TUNER:AM**/FM***
AVR-X550BT : "
AVR-S540BT : "
TUNE +
STATUS
TUNE +
STATUS
"
"
E3, E2 Only
"
"
OSD Update:Off
AVR-S540BT : "
AVR-X550BT : "
TUNE +
STATUS
"
"
PMIG :********
AVR-S540BT : "
AVR-X550BT : "
TUNE +
STATUS
"
"
NO PROTECT
AVR-S540BT : "
AVR-X550BT : "
TUNE +
STATUS
"
"
MIC Mode
4. Canceling the selected mode
Press the power button to turn off the power.
3-1.3. Displays
Pressing the button each time switches the display shown as follows.
REMOTE LOCK:Off
AVR-S540BT : "
AVR-X550BT : "
TUNER PRESET CH +
TUNER PRESET CH +
" or "
" or "
TUNE -
DIMMER
REMOTE LOCK:On
AVR-S540BT : Enter using the "
AVR-X550BT : Enter using the "
· While the power is On, hold down buttons "
least 3 seconds.
Displays "
" for at least 3 seconds.
TUNER:
" using the "
TUNER:
" using the "
TUNE +
STATUS
SOUND MODE
" button.
TUNER PRESET CH +
" button.
", "
1
3-2.3. Displays
Pressing the button each time switches the display shown as follows.
TUNER PRESET CH -
TUNE -
, "
" and "
TUNE +
" and "
" for at
TUNER
This is not used during servicing. Do not use.
3-3.1. Operations
Exit the OSD Update mode
Remove the power plug to exit this mode.
OSD Update:Off
TUNER:AM9/FM50
AVR-S540BT : "
AVR-X550BT : "
TUNER PRESET CH +
TUNER PRESET CH +
" or "
" or "
TUNE -
DIMMER
"
"
TUNER:AM10/FM200
Before Servicing
This Unit
ElectricalMechanicalRepair InformationUpdating
AVR-S540BT : Enter using the "
AVR-X550BT : Enter using the "
The display then returns to normal mode.
The step frequency of the tuner is not initialized during initialization.
b
TUNER PRESET CH -
TUNE -
" button.
" button.
76
Page 77
3-4. Protection History Display Mode
3-4.1. Actions
This mode enables the unit to record and display the event when the THERMAL, ASO or DC protection is
activated.
If protections have been activated multiple times, the latest protection operation is recorded.
3-4.2. Starting up
AVR-S540BT
· While the power is On, hold down buttons "
PRESET CH +
Displays "
AVR-X550BT
· While the power is On, hold down buttons "
least 3 seconds.
Displays "
" for at least 3 seconds.
PROTECT
PROTECT
" using the "
" using the "
TUNE +
STATUS
" button.
" button.
SOUND MODE
TUNER PRESET CH +
TUNER PRESET CH -
", "
1
TUNE -
, "
" and "
" and "
TUNE +
TUNER
" for at
(e) Case of Power supply (when the last protection incident is Power protection)
PRT:Power
Cause : Abnormal ( ± B, ± 12V).
Caution : These protections may also be activated due to other factors such as disconnection of connec-
tors or operations around the microcomputer.
After viewing the above protection history, press the
AVR-S540BT : "
AVR-X550BT : "
to return to the normal display.
3-4.4. Clearing the Protection History
There are two ways to clear the protection history.
TUNER PRESET CH TUNE -
" button
" button
Before Servicing
This Unit
ElectricalMechanicalRepair InformationUpdating
3-4.3. Displays
· The protection history can be checked.
(a) If no protections has occurred.
NO PROTECT
(b) ASO (if the last protection is ASO)
PRT:ASO
Cause A short circuit occurred between the speaker terminals, or speakers with an impedance outside
the rating were connected.
Note : Short circuits in speaker terminals or speakers can be identied.
If the power is turned on in the abnormal state, protection is activated after around 6 seconds and the
power is turned off.
(c) DC (if the last protection is DC)
PRT:DC
Cause : DC output of the power amplier is abnormal.
If the power is turned on in the abnormal state, protection is activated after around 6 seconds and the
power is turned off.
(d) THERMAL (if the last protection is THERMAL(A) or THERMAL(B))
PRT:THERMAL A
PRT:THERMAL B
Cause : Abnormal heat sink temperature.
(a) Activate Protection History Display Mode.
Press and hold the following button for 3 seconds.
PRT:DC
AVR-S540BT : Press and hold the "
AVR-X550BT : Press and hold the "
TUNER PRESET CH +
TUNE +
" button for 3 seconds.
" button for 3 seconds.
PRT:CLEAR
The above message is displayed and the protection history is cleared.
NO PROTECT
(b) Initialize this unit. (See "POST-SERVICE PRECAUTIONS")
Use the method in 3-4.4. (a) if you do not want to erase your settings from this unit.
b
77
Page 78
3-5. PIMG Version Display Mode
This is not used during servicing. Do not use.
3-5.1. Operations
Exit the PIMG Version Display Mode.
Remove the power plug to exit this mode.
PMIG :********
3-6. Mic Mode
This is not used during servicing. Do not use.
4. Front Panel Lock Mode
4.1. Actions
Switches the panel lock mode.
4.2. Starting up
TUNER PRESET CH -
Press "
QUICK SELECT 3
" and "
Panel Lock:On
4.3. Canceling the selected mode
TUNER PRESET CH -
Press "
QUICK SELECT 4
" and "
Panel Lock:Off
" simultaneously while on standby.
" simultaneously while on standby.
Before Servicing
This Unit
ElectricalMechanicalRepair InformationUpdating
3-6.1. Operations
Exit the Mic Mode.
Remove the power plug to exit this mode.
(2) Be sure to replace the software with the latest version.
DVD/Blu-ray
MEDIA PLAYER
R7311
OSD_MI
T7217
7
7
Q7513
R7178
C7134
D7102
R7312
R7233
ADV7623 ROM
CEC_OUT
R7139
R7548
R7549
D7504
D7503
T7106
Q7113
CBL/SAT(4K)
BD(4K)
T7302
T7301
T7210
T7209
SDA
SDA
T7304T7303
+5V
HPD
JK724
R7303
R7307
D7308
D7307
D7304
R7304
R7308
R7306
R7305
D7302
C7301
D7309
D7303
D7306
D7305
R7290
R7295
IC721
36
R7201
R7202
C7220
R7203
R7211
R7206
R7210
R7209
85
T7213
IC722
OSD_HOLD
C7281
C7282
R7223
R7177
R7176
R7175
R7174
R7222
R7173
T7102
R7235
R7234
CN721
73108
T7103
T7104
C7114
R7127
109
IC711
298
Q7514
CN715
R7152
EMULATOR
R7546
R7545
C7545
Q7112
Q7512
R7541
C7551
D7502
IC755
R7547
L7129
C7543
R7544
C7544
C7788
C7542
R7212
T7108
D7240
R7287
R7217
4
R7230
R7224
R7228
RN712 RN711
R7170
CN715
1.MCU+3V3
2.DGND
3.RESET
4.JTDO
5.JTCK
6.JTMS
7.JTDI
8.NJTRST
9.DGND
L7521
SCL
SCL
R7282
+5V
T7211
T7207
R7283
T7208
T7212
R7251
C7241
Q7520
R7520
C7531
C7532
X711
R7113
R7114
SET OPTION
R7750
R7749
C7746
HPD
8MHz
109144
10873
R7296
R7555
R7556
C7588
R7517
R7518
C7572
R7519
R7514
C7443
L7401
L7522
R7552
C7583
C7582
S540E3
4K7
10K
C
R7250
L7518
L7517
Q7501
C7529
X550E2
X250E2
10K X
VERSION
JK722
D7222
D7226
D7223
D7227
D7225 D7224
D7221
D7220
C
R7286
R7285
D7232
C7279
C7209
R7281
CN741
D7231
R7280
8 2
C7240
C7569
C7568
C7570
X721
28.636MHz
L7515
L7514
IC753
7.OPT1_IN
C7571
6.+5VD
5.CVBS_SW5
4.CVBS_SW2
3.-12V
2.VGND
C7573
C7574
C7530
1.+12V
L7516
C7549
R7525
C7550
R7524
Q7502
C7430
C7431
C7427
Q7518
C7432
C7587
Q7517
25
BAR CODE LABEL
X550E1C
X550K
X250E1C
X
10K
10K
10K
C7803
HPD
C7271
R7272
R7273
R7268
R7267
D7218D7219
Q7521
C7591
C7801
1 9
CN741
9.OPT2_IN
8.DGND
C7429
IC743
CUP12964Z_DIGITAL_MP
JK723
D7234
D7233
R7301
D7237
D7301
R7302
D7238
D7239
D7236
D7235
T7225
7623_RST
R7241
R7240
T7224
7237
R7238
R7239
R7245
R7244
R7246
C7233
T7222
T7223
C7285
T7220
HDMI_SDA
T7221
HDMI_SCL
R7218
R7322
C7232
R7321
R7116
R7115
3772
C7104C7103
36
R7108
R7107
T7101
144
C7119
R7114
R7113
R7751
R7746
IC756
C7745
R7761
C7578
C7581
DIPPING
D7213
R7557
R7558
L7404
C7521
C7728
R7475
R7476
C7447
C7446
10265
C7442
L7107
L7106
D7209
D7210
D7208
D7211
C7459
4833
C7467
C7465
C7466
C7464
R7484
6449
IC744
R7193
R7477
R7479
C7423
IC741
6439
RN747
L7111
L7110
L7109
L7108
212627
22.FL_DATA
24.MCU+5V
27.NC
25.MCU_3V3
26.DGND
23.CPU_POWER
1267
CN716
CN716
R7257
R7256
SDA
T7202
T7201
1.RESET
MCU UPDATE
2.MCU+3V3
3.TX
4.RX
SCL
T7203
+5V
5.DGND
6.N.C
HPD
7.BOOT
T7204
Q7202Q7201
C7816
L7403
R7258
R7811
D7207
D7803
R7255
R7254
R7260
C7270
D7206
D7205
R7259
C7454
C7121
C7707
C7629
R7741
R7743
C7704
R7744
R7624
R7742
R7732
C7706
R7745
C7455
C7474
C7473
R7758
R7757
C7709
C7461
C7462
C7460
C7458
C7463
4
IC766
3217
C7652
R7671
C7658
T7404
IC762
T7403
T7402
16
C7659
R7672
T7401
C7734
C7653
R7478
R7673
R7725
C7662
R7680
R7681
C7451
C7668
R7686
C7678
R7694
R7695
C7674
R7687
C7735
IC763
R7415
R7414
R7408
C7453
C7615
C7675
R7688
R7413
R7417
R7416
R7411
R7410
R7409
R7407
RN743
C7124
C7669
R7689
C7679
R7696
38
C7685
R7710
R7702
R7711 R7697
C7694
C7404
C7691
R7703
R7403
IC764
X741
24.576MHz
C7403
C7692
R7704
R7713
R7723
C7686
C7695
R7712
R7705
C7126
R7402
Q7608
C7142
RN742
RN741
C7120
128103
C7141
C7405
R7424
R7423
R7422
C7143
C7406
L7402
C7125
C7792
C7791
C7147
L7125
L7116
L7115
L7114
L7113
L7112
L7127
L7126
L7124
L7123
L7122
L7120
L7117
L7119
L7130
C7148
T7609
111
CN711
10202
MIRPFCT2FCT1ICTMIRPFCT2FCT1ICT
CN711
1.ISEL_A
2.ISEL_B
3.MIC_DET
4.POWER_KEY
5.+12V
6.-12V
7.MIC_SIGNAL
8.AGND
9.NC
10.H/P_DET
11.VSEL_A
12.VSEL_B
13.KEY_3
14.KEY_2
15.KEY_1
16.RED_LED
17.W/G_LED
19.FL_RST
19.FL_RST
20.FL_CE
21.FL_CLK
SDA
T7206
SCL
T7205
R7269
R7270
+5V
JK721
D7214
D7212
L7527
C7590
Q7522
L7508
C7520
R7471
R7472
C7468
R7473
R7474
C7802
C7470
C7444
9 16
C7437
IC745
8
RN749
RN748
RN751
RN750
50
26
R7418
R7430
C7434
R7419
RN744
RN745
RN746
L7105
L7103
C7123
L7101
L7102
C7122
L7104
C7793
C7149
IN
D7322
D7321
T7226
CEC_COM
R7364
R7363
R7362
R7361
D7331
D7330
RN731
RN732
A
C7341
C7340
C7339
R7367
R7366
C7358
L7305
L7301
C7361
L7306
L7308
C7356
C7350
L7302
L7303
L7309
C7365
C7367
R7772
R7773
R7722
CN771
CN771
5.DA+5V
4.VGND(RET_GND)
3.+12V
2.RLY_GND
1.-12V
R7762
R7763
C7440
C7438
CN751
L7503
16
CN751
6.MAIN_POWER
5.D_GND
4.D_GND
3.M_RESET
2.D5.2V
1.D5.2V
MONITOR
GAME(4K)
SCL
SDA
CEC
T7324
T7323
T7321
A
+5V
T7325
JK726
JK725
D7320
D7326D7325
UTIL
D7328
T7322
T7326
T7309
HPD
RN735
D7324D7323
D7327
D7318
D7332
R7365
R7368
C7337
RN733
RN734
SDA
X731
T7328
C7338
T7331
SCL
H_MCLK
IC731
T7327
109144
H_SCLK
T7319
27MHz
T7315
T7317
T7318
SD2
R7350
H_LRCK
R7351
T7314
SD1
T7316
T7313
R7356
SD3
SD0
R7338
R7359
R7358
R7357
R7337
R7336
T7312
T7311
T7335
T7333
T7332
C7397
C7344
36
T7310
C7395
C7396
R7379
R7114
IC732
MN864788_ROM
26
L7310
L7307
4
85
R7145
R7113
R7148
R7147
R7396
C7399
R7381
R7398
R7397
R7382
R7759
L7511
L7513
L7512
T7339
51
T7338
C7558
IC752
C7553
C7562
C7561
C7560
C7559
R7760
R7767
L7510
L7509
R7766
C7556
C7557
C7555
R7721
R7513
R7512
R7511
C7441
C7439
C7597
R7527
R7526
C7472
C7516
C7510
C7509
L7507
L7506
C7512
L7505
C7501
C7502
C7503
L7504
IC751
C7511
R7505
L7502
L7501
C7518
C7513
R7506
R7504
C7505
C7504
R7501
C7507
C7508
Q7509
R7534
R7533
C7527
C7641
Q7510
C7528
C7506
CUP12964Z_DIGITAL_MP
D7315
D7316
D7319
D7314
D7317
10873
CN731
7
R7384
T7337
T7336
R7383
C7524
Q7506
R7508
Q7503
Q7504
C7515
C7514
L7484
ET761
C7640
C7742
C7733
C7732
C7743
T7306
T7305
SCL
SDA
+5V
T7307
B
191919191919
HPD
T7308
R7314
R7313
R7318
R7317
D7311
B
D7310
R7315
R7316
D7313
D7312
C7302
OSDTX_SCL
T7218
T7219
OSDTX_SDA
7237
T7330
T7329
OSD_MO
OSD_CS
T7216
T7214
T7215
OSD_CLK
CN721
1.SCK
26
R7232
2.DGND
3.MOSI
4.VCC
5./CS
6.MISO
7.DGND
26
CN714
1.RESET
2.MCU+3V3
3.TX
4.RX
5.DGND
6.N.C
CN714
7.BOOT
MCU UPDATE
R7166
R7167
C7132
Q7515
R7168
R7550
R7551
Q7516
C7133
T7105
R7179
R7185
Pb
COAX IN
JK784
R7625
R7638
8
5
R7670
R7735
CN772
FL
MEDIA PLAYER
SW
CBL/SAT
OUT
257
3
1
1
R7627
C7702
C7703
R7765
R7764
2
JK772
42
5
Q7611Q7610
C7638
R7619
R7614
C7639
D7604
D7603
R7621
3927
R7623
C7623
C7642
C7643
R7727
R7752
C7710
R7729
C7617
R7753
C7627
5240
8
IC761
4
5
R7728
IC767
R7730
R7726
C7661
R7678
R7679
4
R7682
R7667
R7666
C7663
R7668
R7664
C7665
Q7604
5 8
C7667 C7666
C7664
4
R7719
R7698 R7683
C7682
C7680
Q7605
5 8
R7699
C7684 C7683
R7718
C7681
4
R7714
C7699
R7724
C7696
C7698
Q7606
5 8
R7734
1.FL
3.SL
2.AGND
SL
T7608
T7607
C7645
C7697
R7715
C7700
Q7609
R7647
R7648
C7717
Q7613
Q7614
D7605
C7144
R7669
R7652
C7577
ET751
R7649
11.RLY_GND
13.DGND
5.CEN
12.MUTE_+B
4.AGND
6.AGND
7.SR
8.AGND
9.FR
10.+12V
T7603
T7604
+12V
T7606
SR
CEN
FR
T7605
RLY_GND
DGND
T7601
CN772
C7714
T7602
MUTE_+B
1317
CN712
1.HI-B_RLY
2.H/P_RLY
3.FRONT_RLY
4.C/S_RLY
5.+/-B DETECT
6.ASO_DET
7.DC_PROT
8.THERMALDET_A
9.THERMALDET_B
41 63
JK771
R7622
R7618
R7634
C7619
R7617
R7615
R7620
C7624
R7633
R7606
2614
R7605
R7603
R7601
C7720
R7602
R7604
13
R7640
R7639
R7665
C7649
R7784 R7783
C7608
C7650
R7776
CN752
5.USB/BT_L
4.DA_GND
3.USB_/BT_R
C7644
2.DA_GND
CN713
1.+5VA
11.USB_EN
10.USB_DAC_MUTE
9.BX_RST
CN717
8.USB_RX
7.USB_TX
1.BT_RESET
6.USB_POWER1
2.BT_3V3
5.USB3V3
3.BT_TX
4.DGND
4.BT_RX
3.DGND
2.D5V
5.DGND
1.D5V
6.N.C
7.BOOT(SDA)
C7630
R7737
R7736
Q7612
C7713
D7601
R7650
D7608
C7632
C7790
R7158
R7156
D7607
D7606
D7609
Q7106
C7576
Q7105
C7129
C7575
R7159
R7165
C7130
CN712
R7164
C7784
C7594
C7593
C7592
C7785
T7111
T7113
T7112
T7117
T7110
C/S_RLY
ASO_DET
H/P_RLY
FRONT_RLY
+/-B DETECT
R7738
R7655
C7621
C7622
R7659
R7658
TU771
1.CH_GND
2.INT
3./RST
R7740
R7654
4./CE
C7611
5.SDIO
C7612
R7616
6.SCLK
C7620
C7610
7.VCC
C7613
8.R-OUT
C7614
9.L-OUT
C7721
4
6
91
C7605
TU771
C7607
C7648
R7656
R7651
C7609
R7775
R7653
R7782
C7646
L7601
51
CN752
C7631
7
CN717
26
BT UPDATE
C7716
C7601
C7127
D7602
C7789
C7600C7599
R7160R7157
R7161
R7162
C7602
Q7107
CN713
R7191
5111
C7604
C7146
C7131
R7163
C7596
C7603
C7145
R7125
91 5
T7114
C7595
T7116
T7115
DC_PROT
THERMALDET_B
THERMALDET_A
The procedure after replacing the u-COM (microprocessor), ash ROM, etc. is as follows.
Implement the update method when the DIGITAL PCB or network module is replaced.
Procedure
PCB Name Ref. No.Description
after Re-
placement
Remark
DIGITALIC711 STM32F101ZGBSOFTWARE : Main
DIGITALIC722 EN25QH32B104HIP2BBSOFTWARE : GUI ROM
DIGITALIC742 EN25Q80B104HIPBSOFTWARE : DSP ROM
DIGITALIC732 EN25QH32B104HIP2BBSOFTWARE : 4K GUI ROM
Procedure after Replacement
A : The software has been written. The software is not written at the time of replacement.
B : The software has been written. The software may need to be rewritten by version updates. Check the
version.
C : The software has not been written. The software needs to be written after replacement.
See "FIRMWARE UPDATE PROCEDURE" for information on writing the software.
D : The software has been written. Be sure to replace the software with the latest version.
See "FIRMWARE UPDATE PROCEDURE" for information on writing the software.
Before Servicing
This Unit
ElectricalMechanicalRepair InformationUpdating
81
Page 82
FIRMWARE UPDATE PROCEDURE
1. Items necessary for update
Items necessary for update are as follows.
Update TypeNeeded Part for UpdateRequirement
Via USBUSB Stick (USB 2.0 : Min 1GB)Formatting FAT 32 X-
Standard Service Equipment
Not offered by D&M
Before Servicing
This Unit
Offered / not Offered
Purchase from D&M Article codeDownload from SDI
2. Update preparation with a USB
ash drive
ElectricalMechanicalRepair InformationUpdating
82
Page 83
2. Update preparation with a USB ash drive
You can update the rmware by downloading the latest version with USB ash drive.
2.1. Connecting to the USB ash drive
(1) Preparation
・ Windows PC
・ USB ash drive format : Prepare a USB ash drive formatted in FAT16 or FAT32.
b We recommend a USB ash drive that has an LED installed.
NOTE :
• Use a memory that supports USB2.0.
• Do not run the USB ash drive through a hub.
• Do not connect a computer to the USB port of this unit using a USB cable.
• Do not use an extension cable when connecting the USB ash drive.
• Save the update le on a blank USB ash drive for use.
• If a USB ash drive cannot be updated, replace it with a different USB ash drive and perform the
update again.
2.2. Unzipping the Downloaded File
Unzip the downloaded le on your computer.
XXXXXXXXXXXxxxxxxxxxx_xxxxxxxx.zip
2.3. Insert the USB memory into the USB port.
Download firmware
in USB flash drive.
Before Servicing
This Unit
ElectricalMechanicalRepair InformationUpdating
copy to USB flash drive
There are folders or les after unzipping.
Copy these folders or les onto the USB ash drive.
The folders or les must be placed in the root directory of the USB ash drive.
83
Page 84
2.4. Start the update.
Turn on the power of this unit.
Press the "SETUP" button on the remote control.
(1) Select "General".
(3) Press the "ENTER" button.
Firmware :Start
Before Servicing
This Unit
ElectricalMechanicalRepair InformationUpdating
General
(2) Select "Firmware".
Language
ECO
Bluetooth
Front Display
Firmware
Setup Lock
Reset
Firmware
(4) Select "Yes". Press the "ENTER" button.
General
Firmware :Yesr-
Update Time**:**
(5) After updating the rmware, check the version.
See "1. Version Display Mode"
---Cautions on Firmware Update---
• Do not remove the USB ash drive until updating is completed.
• Do not turn off the power until updating is completed.
• It takes around 35 minutes to complete the update.
Once an update is started, normal operations cannot be performed until it is completed.
The GUI menu settings and image adjustment settings of this unit may be initialized.
Note down the settings before updating, and set them again after updating.
84
Page 85
2.5. About the error codes
No FirmwareFile in USB.
FirmwareFile in USB for unsupported Model name/area.