THE MARK FOUND ON SOME COMPONENT
PARTS INDICATES THE CRITICAL FOR RISK OF
FIRE AND ELECTRIC SHOCK.
WHEN REPLACING, BE SURE TO USE PARTS OF
IDENTICAL DESIGNATION.
MAKE LEAKAGE-CURRENT OR RESISTANCE
MEASUREMENTS TO DETERMINE THAT EXPOSED
PARTS ARE ACCEPTABLY INSULATED FROM THE
SUPPLY CIRCUIT BEFORE RETURNING THE
APPLIANCE TO THE CUSTOMER.
Q
230V~240V AC, 50Hz
3
7
6
3
1
5
1
5
0
8
9
2
9
4
RC-621M
8
2
9
9
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Page 2
Q
IC BLOCK DIAGRAMS AND DESCRIPTIONS
NJM2595M(5-INPUT 3-OUTPUT VIDEO SWITCH)
7
Q
3
BLOCK DIAGRAM
6
3
1
5
1
5
0
8
9
2
4
9
8
DTR-7.6
2
9
9
SW2SW1V+
1016214
13
Vin1
Vin2
TEL 13942296513 QQ 376315150 892498299
Vin3
Vin4
Vin5
TEL
13942296513
9
20k
7
20k
5
20k
3
20k
S2
S4
S3
Q
Q
S1
3
7
SW5
20k
20k
20k
6
3
S5
S6
S7
1
V-SW3SW4GND
6dB
Amp
6dB
Amp
6dB
Amp
81264
5
1
5
0
75ohms
Driver
75ohms
Driver
75ohms
Driver
8
9
2
4
1
15
11
9
Vout1
Vout2
Vout3
2
8
9
TEL 13942296513 QQ 376315150 892498299
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TRUTH TABLE
Control Signal vs. Output Signal (L=VCL, H=VCH, X=L or H)
NOTE: <D>: US model only
<A>: Australian model only
TEL 13942296513 QQ 376315150 892498299
AC-H
1
2
3
T
4
P906A
P907A
T901
NPT-1526D <D>
NPT-1526P <A>
3
E
L
2
TO NAPS-8664
1
AC-G
1
NPT-1519JQ <D>
NPT-1519GQ <A>
1
7
T902
S1+
S1H+
GND
S1H-
S1S2+
GND
3
S2-
TO NAPS-8665 P951TO NAPS-8665 P952
S3+
GND
S3S4+
S4-
6
J901
T902
234
1
678
9
5
C902
223J
TO NAAF-8678 JL6952B
1SS133
4
D905
D906
D908
D909
D901
1SS133
D902
1SS133
D903
1SS133
D904
1SS133
1SS133
1SS133
1SS133
2
9
P910
103M/275
C912
4
RL902
32
J905
2
+
2200/35
C903
+
100/50
C904
3
3
1
1
D912
1SS133
9
D907
1SS133
100K
R909
C906
1
F903
2.5A-SE-EAK <A>
5A-UL/T-233 <D>
4
2
6
+
3.3/50
D910
DZ-6.8BSC <D>
DZ5.6BSB <A>
5
1
J907
5
3
1
C991
D991
D992
1
F901
6.3A-SE-EAK <A>
10A-UL/T-233 <D>
Q912
2SC1740
R913
1K
R914
100K
D913
1SS133
222J
1SS133
1SS133
P991
5
1
3
+12VTRG
2
P91
APOWER
+10S
POFF1
RLGND
DGND
0
1
2
3
4
5
6
NAETC-8666
1
+22VR
CSRLD
2
CSP
3
CSPE
4
TO NAETC-8667
JL6602B
LSP
1
RSP
2
CSP
3
SLSP
4
SRSP
5
SBLSP
6
SRBSP
7
TO NAAF-8678
JL6600B
JL6603B
LSPE
1
RSPE
2
CSPE
3
SLSPE
4
SRSPE
5
SBLSPE
6
SBRSPE
7
RLGND
8
+22V
9
Q
Q
JL911A
3
R6690
7
0.22
(1/2W)
6
8
<A>
L6600
S1.3C
R6600
22
R6610
22
<D>
J6600
<A>
S1.3C
L6601
R6601
22
R6611
22
<D>
J6604
<A>
L6603
S1.3C
R6603
22
R6613
22
<D>
J6619
<A>
L6604
S1.3C
R6604
22
R6614
22
<D>
J6620
<A>
L6605
S1.3C
R6605
22
22
R6615
<D>
J6626
3
<A>
L6606 S1.3C
R6606
22
R6616
22
<D>
J6625
1
9
5
1
2
5
2
6
RL6600
D6600
C6600
103Z
C6603
RL6603
6
2
5
C6605
6
2
54
RL6605
5
D6607
C6607
6
2
5
RL6607
D6605
103Z
4
3
1
D6603
103Z
4
1
3
0
103Z
1
3
4
4
9
8
2
9
9
U043
*
C6650
102J
C6651
103J
C6640
C6641
*
*
C6653
102J
102J
1
3
9
8
C6654
*
103J
C6644
C6656
C6655
102J
*
103J
103J
C6645
2
C6658
C6657
102J
*
103J
103J
C6647
*: Australian model only
102J
103J
*
C6643
*
*
C6646
102J
C6648
103J
102J
*
*
*
*
10
*
*
4
*
5
1
2
3
4
6
7
8
9
5
4
2
3
1
5
4
2
3
1
P6607
P6600
L
SL
SB SPEAKER
P6605
SBL
9
Z2 SPEAKER
Z2L
R
SR
SBR
Z2R
8
2
9
TEL 13942296513 QQ 376315150 892498299
9
RLGND
Z2RLD
SBRLD
CSRLD
FRLD
12345
JL2006B
TO NAVD-8657
AC120V~60Hz <D>
AC220-230V~50/60Hz <A>
NAETC-8671
U048
5
INLET
w
w
P908
2
1
1
1
w
P906B
P907B
AC-HAC-G
TO NAPS-8664
.
x
i
a
o
y
u
NAETC-8667
TO NAETC-8666
1
JL6602A
1
2
3
4
5
2
1
RL6602
C6602
103Z
6
L6602 S1.3C
R6602
4
3
6
R6612
J6851
<A>
<D>
22
22
1
C
5
P6602
C6642 *
103J
3
C6652
102J
*
U044
3
.
c
o
CAUTION
FOR CONTINUED PROTECTION
AGAINST FIRE HAZARD, REPLACE
ONLY WITH FUSE OF SAME TYPE
AV
AND RATING INDICATED.
ATTENTIION
AFIN D'ASSURER UNE PROTECTION
PERMANENTE CONTRE LES RISQUES
D'INCENDIE, REMPLACER UNIQUEMENT
AV
PAR UN FUSIBLE DE MEME TYPE
ET CALIBRATION COMME INDIQUE.
THIS SYMBOL LOCATED NEAR THE FUSE INDICATES
THAT THE FUSE USED IS SLOW OPERATING TYPE
FOR CONTINUED PROTECTION AGAINST FIRE FUSE
HAZARD,REPLACE WITH SAME TYPE FUSE. FOR FUSE
RATING REFER TO THE MAKING ADJACENT TO THE SYMBOL.
CE SYMBOLE INDIQUE QUE LE FUSIBLE UTLISE EST
A LENT, E POUR UNE PROTECTION PERMANENTE,N'UTILISER
QUE DES FUSIBLES DE MEME TYPE. CE DARNIER EST
INDIQUE LA QU LE PRESENT SYMBOL EST APPOSE.
m
NOTE
REPLACE ONLY WITH PART NUMBER SPECIFIED.
ELECTROLYTIC CAPACITORSARE IN
ALL CAPACITORS ARE IN pF/50WV UNLESS OTHERWISE NOTED.
EX) 030 3pF 330 33pF 331 330pF 333 0.033uF
ALL RESISTORS ARE IN OHMS 1/4WATTS UNLESS OTHERWISE NOTED.
THE THICK LINES ON PC BOARD ARE THE PRINTING SIDE OF THE PARTS
EXPRINTING SIDE
CIRCUIT IS SUBJECT TO CHANGE FOR IMPROVEMENT.
ARE CRITICAL FOR SAFETY.THE COMPONENTS IDENTIFIED BY MARK
Digital OutputOptical: 1
Analog OutputsTAPE, VIDEO1, VIDEO2, ZONE2
Multichannel Pre
Outputs7.1 ch
Speaker OutputsL, R, C, SL, SR, SBL, SBR
Phones1
RS2321
IR Input/Output2/1
12 V Trigger Out
Specifications and features are subject to change without
notice.
8
× H × D)
3
6
7
1
4
2
9
Australian: AC 230-240 V, 50 Hz
Australian: 680 W
Australian: 0.5 W
435 × 173.5 × 428.5 mm
17-1/8" × 6-13/16" × 16-7/8"
Australian: 13.3 kg
VIDEO4
VIDEO4
8
0
5
1
5
Coaxial: 2
VIDEO2, VIDEO3, VIDEO4, TAPE, CD,
PHONO
L/R/SUBWOOFER
ZONE2 (L, R)
A, B, C
9
28.9 lbs.
29.3 lbs.
2
9
8
4
2
9
8
2
9
9
9
TEL 13942296513 QQ 376315150 892498299
9
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Page 6
SERVICE PROCEDURES
TX-SR803/E
DTR-7.6
7
Q
Q
TEL 13942296513 QQ 376315150 892498299
TEL
3
1. Replacing the fuses
This symbol located near the fuses indicates that the
fuse used is fast operating type. For continued protection against
fire hazard, replace with same type fuse. For fuse rating refer to
the marking adjacent to the symbol.
Ce symbole indique que le fusible utlise est a rapide.
Pour une protection permanente, n'untiliser que fusibles de
meme type. Ce darnier est la qu le present symbol est
appse.
This device employs a microprocessor to perform various
functions and operations. If interference generated by an external
power supply, radio wave, or other electrical source results in
13942296513
accident which causes the specified operations and functions to
operate abnormally.
To perform a result, please follow the procedure below.
1.Press and hold down the VIDEO-1 button, then press the
STANDBY button.
2.After "Clear" is displayed, the preset memory and each
mode stored in the memory, such as surround, are
initialized and will return to the factory setting.
6
252330GR10A-UL/T-233,Fuse <D>
252326GR5A-UL/T-233,Fuse <D>
Note: <D>:120V model only
<A>: Australian model only
3
1
5
1
5
0
Q
Q
3
7
8
6
3
1
9
5
2
1
5
0
4
9
8
9
2
8
4
2
9
8
2
9
9
9
TEL 13942296513 QQ 376315150 892498299
9
3. Safety-check out
(U.S.A. model only)
After correcting the original service problem, perform the
following safety check before releasing the set to the customer.
Leakage Current Check
Measure leakage current to a known earth ground(water pipe,
conduit, etc.) by connecting a leakage current tester between
the earth ground and exposed metal parts of the appliance
(input/output terminals, screwheads,metal overlays, etc.).
4. Changing the AM band step
With the exception of the worldwide models, a tuning step selector
switch is not provided. When you change the band step, change
the parts as shown below.
ADV7172 (Digital PAL/NTSC Video Encoder with Six DACs (10-Bits))
7
Q
3
BLOCK DIAGRAM
6
3
1
5
1
5
0
8
9
2
4
9
8
DTR-7.6
2
9
9
CLOCK
48
14
HSYNC
FIELD/
15
VSYNC
16
TEL 13942296513 QQ 376315150 892498299
BLANK
RESET
TTX
TTXREQ
P0-P7
(COLOR
DATA)
TEL
44
41
INSERTION BLOCK
40
4:2:2 TO
2
4:4:4
|
INTER-
9
POLATOR
13942296513
PAL_NTSC
43
VIDEO TIMING
GENERATOR
TELETEXT
88
VCrCb
TO
8
YUV
MATRIX
8
CSO_HSO45VSO14CLAMP
10
BRIGHTNESS AND
CONTRAST CONTROL
Y
U
8
8V
ADD SYNC
INTERPOLATOR
SATURATION CONTROL
ADD BURST
INTERPOLATOR
SCLOCK21SDATA
20
2
I C MPU PORT
10
10
10
REAL-TIME
CONTROL CIRCUIT
39
SCRESET/RTC
Q
Q
ALSB
17
LUMA
PROGRAMMABLE
FILTER
SHARPNESS
FILTER
PROGRAMMABLE
CHROMA
FILTER
3
PIN LAYOUT
1
11192730323446
12,13,18,26,31,47
3
6
7
VAA
GND
1
YUV TO
RGB
MATRIX
YUV
LEVEL
CONTROL
BLOCK
MODULATOR
HUE
CONTROL
1010
SIN/COS
DDS SLOCK
5
1
5
0
10
10
10
10
10
10
8
10
10
10
MULTI-PLEXER
10
10
MULTI-PLEXER
10
2
9
10BIT
DAC
10BIT
DAC
10BIT
DAC
DAC
CONTROL
BLOCK
10BIT
DAC
10BIT
DAC
10BIT
DAC
DAC
CONTROL
BLOCK
9
4
8
2
35
33
29
37
22
23
25
24
28
38
36
9
DAC A
DAC B
DAC C
VREF
RESET2
COMP2
DAC E
DAC F
DAC D
RESET1
COMP1
9
TEL 13942296513 QQ 376315150 892498299
w
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.
xia
VAA
P0
P1
P2
P3
P4
P5
P6
P7
CSO_HSO
V
GND
CLOCK
GND
VAAVSO
RESET
48
47 46 45 44 43 42 41 40 39 38 37
1
2
3
4
5
6
7
8
9
10
11
AA
12
13 14 15 16 17 18 19 20 21 22 23 24
GND
HSYNC
o
FIELD/VSYNC
y
PAL_NTSC
TOP VIEW
GND
ALSB
BLANK
u
1
CLAMP
TTX
AA
V
SCLOCK
TTXREQ
SCRESET/RTC
ESET2
R
SDATA
6
3
ESET1
R
VREF
DAC F
COMP2
36
35
34
33
32
31
30
29
28
27
26
25
.
COMP1
DAC A
V
AA
DAC B
V
AA
GND
AA
V
DAC C
DACD
AA
V
GND
DAC E
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Page 29
Q
IC BLOCK DIAGRAMS AND DESCRIPTIONS
ADV7172 (Digital PAL/NTSC Video Encoder with Six DACs (10-Bits))
7
Q
3
TERMINAL DESCRIPTION
No.NameI/O Description
6
3
1
5
1
5
0
8
9
2
4
9
8
DTR-7.6
2
9
9
9-2
48
14
15
TEL 13942296513 QQ 376315150 892498299
16
39
37
38
22
TEL
w
13942296513
36
23
35
33
29
28
25
24
20
21
42
43
45
10
17
44
41
40
1, 11, 19, 27, 30, 32, 34, 46
w
w
12, 13, 18, 26, 31, 47
.
P7-P0
CLOCK
HSYNC
FIELD/VSYNC
BLANK
SCRESET/RTC
V
REF
RSET1
RSET2
COMP1
COMP2
DAC A
DAC B
DAC C
DAC D
DAC E
DAC F
SCLOCK
SDATA
CLAMP
PAL_NTSC
VSO
CSO_HSO
ALSB
RESET
TTX
TTXREQ
AA
V
xia
GND
I/O
I/O
I/O
I/O
I/O
o
I
8-Bit 4:2:2 Multiplexed YCrCb Pixel Port (P7-P0) P0 represents the LSB.
I
TTL Clock Input. Requires a stable 27 MHz reference clock for standard operation. Alternatively,
a 24.5454 MHz (NTSC) or 29.5 MHz (PAL) can be used for square pixel operation.
HSYNC (Modes 1 and 2) Control Signal. This pin may be configured to output (Master
Mode) or as an input and accept (Slave Mode) Sync signals.
Dual Function FIELD (Mode 1) and VSYNC (Mode 2) Control Signal. This pin may be
configured to output (Master Mode) or as an input (Slave Mode) and accept these
control signals.
Video Blanking Control Signal. The pixel inputs are ignored when this is Logic Level "0"
This signal is optional.
I
This pin can be configured as an input by setting MR42 and MR41 of Mode Register 4. It
can be configured as a subcarrier reset pin, in which case a low-to-high transition on this
pin will reset the subcarrier phase to Field 0. Alternatively it may be configured as a RealTime Control (RTC) Input.
Voltage Reference Input for DACs or Voltage Reference Output (1.235 V).
I
A 150 ohms resistor connected from this pin to GND is used to control full-scale amplitudes
the Video Signals from DACs A, B, and C (the "large" DACs).
I
A 600 ohms resistor connected from this pin to GND is used to control full-scale amplitudes
the Video Signals from DACs D, E, and F (the "small" DACs).
O
Compensation Pin for DACs A, B, and C. Connect a 0.1 uF Capacitor from COMP to
V
COMP1 capacitor can be lowered to as low as 2.2 nF.
Compensation Pin for DACs D, E, and F. Connect a 0.1 uF Capacitor from COMP to VAA.
O
GREEN/Composite/Y Analog Output. This DAC is capable of providing 34.66 mA output.
O
BLUE/S-Video Y/U Analog Output. This DAC is capable of providing 34.66 mA output.
O
RED/S-Video C/V Analog Output. This DAC is capable of providing 34.66 mA output.
O
GREEN/Composite/Y Analog Output. This DAC is capable of providing 8.66 mA output.
O
BLUE/S-Video Y/U Analog Output. This DAC is capable of providing 8.66 mA output.
O
RED/S-Video C/V Analog Output. This DAC is capable of providing 8.66 mA output.
O
MPU Port Serial Interface Clock Input.
I
MPU Port Serial Data Input/Output.
TTL Output Signal to external circuitry to enable clamping of all video signals.
O
Input signal to select PAL or NTSC mode of operation, pin set to Logic "1" selects PAL.
I
VSO TTL Output Sync Signal.
O
Dual Function CSO or HSO TTL Output Sync Signal.
O
TTL Address Input. This signal sets up the LSB of the MPU address.
I
The input resets the on-chip timing generator and sets the ADV7172/ADV7173 into
I
default mode. This is NTSC operation, Timing Slave Mode 0, DACs A, B, and C powered
OFF, DACs D, E, and F powered ON, Composite and S-Video out.
Teletext Data Input Pin.
I
Teletext Data Request output signal used to control teletext data transfer.
O
Power Supply (3 V to 5 V).
P
y
Ground Pin.
G
Q
AA. For Optimum Dynamic Performance in Low Power Mode, the value of the
u
1
Q
3
6
3
7
6
3
.
1
1
5
c
0
5
o
9
8
m
2
4
9
8
2
9
TEL 13942296513 QQ 376315150 892498299
9
Page 30
IC BLOCK DIAGRAMS AND DESCRIPTIONS
DTR-7.6
ADV7183 (Advanced Video Decoder with 10-Bit ADC and Component Support)
Q
Q
BLOCK DIAGRAM
ISO
REFOUT
AIN1
AIN2
TEL 13942296513 QQ 376315150 892498299
AIN3
AIN4
AIN5
AIN6
3
ADV7183
7
6
ANALOG I/P
MULTIPLEXING
AUTOMATIC
GAIN
CONTROL
(AGC)
CLAMP AND
DC RESTRE
3
1
10-BIT
27MHz
10-BIT
ADC
ADC
5
1
SHAPING
AND
NOTCH LPF
LUMA
ANTIALIAS
LPF
SWITCH
VIDEO TIMING AND
CONTROL BLOCK
5
0
PEAKING
HPF/LPF
SUB-
CARRIER
RECOVERY
DTO
CHROMA
ANTIALIAS
LPF
27MHz XTAL
OSCILLATOR
BLOCK
8
RESAMPLING
AND
HORIZONTAL
SCALING
SYNC
DETECTION
RESAMPLING
AND
HORIZONTAL
SCALING
SHAPING
LPF
2
9
LUMA
DELAY
BLOCK
2H LINE
MEMORY
CHROMA
COMB
FILTER
I2C-COMPATIBLE
INTERFACE PORT
4
8
9
P15-P0
PIXEL
O/P PORT
FIFO CONTROL
BLOCK
AND
PIXEL
OUTPUT
FORMATTER
LLC
SYNTHESIS
WITH LINE-
LOCKED
OUTPUT
CLOCK
2
9
AFF
HFF/QCLK
AEF
DV
RD
OE
GL/CLKIN
LLC1
LLC2
LLCREF
ELPF
9
TEL 13942296513 QQ 376315150 892498299
PWRDN
TERMINAL DESCRIPTION
TEL
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13942296513
PinMnemonicInput/OutputFunction
1VS/VACTIVEOVS or Vertical Sync. A dual-function pin, (OM_SEL[1:0] = 0, 0) is an
32, 33, 73-76
9, 31, 71DVSS1-3GGround for Digital Supply
10, 30, 72DVDD1-3PDigital Supply Voltage (3.3 V)
11AFFOAlmost Full Flag. A FIFO control signal indicating when the FIFO has
12HFF/QCLK/GL I/OHalf Full Flag. A multifunction pin, (OM_SEL[1:0] = 1, 0) is a FIFO
13AEFOAlmost Empty Flag. A FIFO control signal, it indicates when the FIFO
16CLKINIAsynchronous FIFO Clock. This asynchronous clock is used to output
w
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.
17, 18, 34, 35 GPO[3:0]OGeneral-Purpose Outputs controlled via I
HSYNC FIELD VSYNC HREF VREFCLOCK
output signal that indicates a vertical sync with respect to the YUV pixel
data. The active period of this signal is six lines of video long. The polarity
of the VS signal is controlled by the PVS bit. VACTIVE (OM_SEL[1:0] =
1, 0 or 0, 1) is an output signal that is active during the active/viewable
period of a video field. The polarity of VACTIVE is controlled by PVS bit.
HS or Horizontal Sync. A dual-function pin, (OM_SEL[1:0] = 0, 0) is a
programmable horizontal sync output signal. The rising and falling edges
can be controlled by HSB[9:0] and HSE[9:0] in steps of 2 LLC1. The polarity
of the HS signal is controlled by the PHS bit. HACTIVE (OM_SEL[1:0]=
1, 0 or 0, 1) is an output signal that is active during the active/viewable
period of a video line. The active portion of a video line is programmable on
the ADV7183. The polarity of HACTIVE is controlled by PHS bit.
16-bit YCrCb pixel port (P15-P8 = Y and P7-P0 = Cb,Cr).
reached the almost full margin set by the user (use FFM[4:0]). The polarity
of this signal is controlled by the PFF bit.
control signal that indicates when the FIFO is half full. The QCLK
(OM_SEL[1:0] = 0, 1) pin function is a qualified pixel output clock when
using FIFO SCAPI mode. The GL (OM_SEL[1:0] = 0, 0) function
(Genlock output) is a signal that contains a serial stream of data that contains
information for locking the subcarrier frequency. The polarity of HFF signal
is controlled by PFF bit.
has reached the almost empty margin set by the user (use FFM[4:0]). The
polarity of this signal is controlled by PFF bit.
xia
o
data onto the P19-P0 bus and other control signals.
y
u
Q
1
Q
3
6
CLOCK
6
7
3
3
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SDATA
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SCLOCKRESETALSB
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Page 31
IC BLOCK DIAGRAMS AND DESCRIPTIONS
DTR-7.6
ADV7183 (Advanced Video Decoder with 10-Bit ADC and Component Support)
Q
Q
TERMINAL DESCRIPTION
TEL 13942296513 QQ 376315150 892498299
TEL
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13942296513
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6
PinMnemonicInput/OutputFunction
25LLCREFOClock Reference Output. This is a clock qualifier distributed by the inter-
26LLC2OLine-Locked Clock System Output Clock/2 (13.5 MHz)
27LLC1/PCLKOLine-Locked Clock System Output Clock. A dual-function pin (27 MHz 5%)
28XTAL1OSecond terminal for crystal oscillator; not connected if external clock
29XTALIInput terminal for 27MHz crystal oscillator or connection for external
36PWRDNIPower-Down Enable. A logical low will place part in a power-down status.
37ELPFIThis pin is used for the External Loop Filter that is required for the LLC PLL.
38PVDD
39
40, 47, 53, 56,
63
41, 43, 45, 57,
59, 61
42, 44, 46, 58,
60, 62
48, 49
50
51
52
54, 55
64
65
66
67
68
69
70
77
78
79
80
.
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3
PVSSG
AVSS
AVSS1-6
AIN1-6
CAPY1-2
AVDD
REFOUT
CML
CAPC1-2
RESET
ISO
ALSB
SDATA
SCLK
VREF/VRESET
HREF/HRESET
RD
DV
OE
FIELD
5
P
G
G
I
I
P
O
O
I
I/O
I
I
I/O
I
O
O
I
O
I
O
o
1
y
5
0
nal CGC for a data rate of LLC2. The polarity of LLCREF is controlled
by the PLLCREF bit.
or a FIFO output clock ranging from 20 MHz to 35 MHz.
source is used.
oscillator with CMOS-compatible square wave clock signal
Ground for Analog Supply
Analog Input Channels. Ground if single-ended mode is selected. These
pins should be connected directly to REFOUT when differential mode is
selected.
Video Analog Input Channels
ADC Capacitor Network
Analog Supply Voltage (5 V)
Internal Voltage Reference Output
Common-Mode Level for ADC
ADC Capacitor Network
System Reset Input. Active Low.
Input Switch Over. A low to high transition on this input indicates to the
Q
decoder core that the input video source has been changed externally and
configures the decoder to reacquire the new timing information of the new
source. This is useful in applications where external video muxes are used.
This input gives the advantage of faster locking to the external muxed
video sources. A low to high transition triggers this input.
TTL Address Input. Selects the MPU address:
MPU address = 88h ALSB = 0, disables I C filter
MPU address = 8Ah ALSB = 1, enables I C filter
MPU Port Serial Data Input/Output
MPU Port Serial Interface Clock Input
VREF or Vertical Reference Output Signal. Indicates start of next field.
VRESET or Vertical Reset Output is a signal that indicates the beginning
of a new field. In SCAPI/CAPI mode this signal is one clock wide and
active low relative to CLKIN. It immediately follows the HRESET pixel,
and indicates that the next active pixel is the first active pixel of the next field.
HREF or Horizontal Reference Output Signal. A dual-function pin
(enabled when Line-Locked Interface is selected, OM_SEL[1:0] = 0,0),
this signal is used to indicate data on the YUV output. The positive slope
indicates the beginning of a new active line; HREF is always 720 Y samples
long. HRESET or Horizontal Reset Output (enabled when SCAPI or
CAPI is selected, OM_SEL[1:0] = 0, 1 or 1, 0) is a signal that indicates the
beginning of a new line of video. In SCAPI/CAPI this signal is one clock
cycle wide and is output relative to CLKIN. It immediately follows the last
active pixel of a line. The polarity is controlled via PHVR.
Asynchronous FIFO Read Enable Signal. A logical high on this pin enables
a read from the output of the FIFO.
DV or Data Valid Output Signal. In SCAPI/CAPI mode, DV performs to
functions, depending on whether SCAPI or CAPI is selected. It toggles
high when the FIFO has reached the AFF margin set by the user, and
remains high until the FIFO is empty. The alternative mode is where it can
be used to control FIFO reads for bursting information out of the FIFO. In
API mode DV indicates valid data in the FIFO, which includes both pixel
information and control codes. The polarity of this pin is controlled via PDV.
Output Enable Controls Pixel Port Outputs. A logic high will three-state
P19-P0.
ODD/EVEN Field Output Signal. An active state indicates that an even
field is being digitized. The polarity of this signal is controlled by the PF bit.
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Page 32
Q
IC BLOCK DIAGRAMS AND DESCRIPTIONS(XM radio only)
TPS2012AD/MAX1930ESA(POWER-DISTRIBUTION)
Q
1
2
3
4
IN
IN
EN
3
GND
OUT
OUT
OUT
OUT
6
8
1
7
2,3
6
4
5
5~8
7
M30281FAHP(XM MICROPROCESSOR)
1
5
3
EN
Enable input. Logic low turns power switch on.
IN
Input voltage
GND
Ground
OUT
Power switch output
1
5
0
8
9
2
4
9
8
DTR-7.6
2
9
9
60
62
63
P9364P92
1
P91
2
P90
3
CNVSS
4
P87
5
P86
6
RESET
7
TEL 13942296513 QQ 376315150 892498299
CRYSTAL
OSC.
20MHz
No.PIN NAMEI/O DESCRIPTION
3 CnvssConnect to Vcc.
TEL
5 FW_CEI Port for writing flash.
6 ~RESETI Reset input
7 XoutConnect to the crystal oscillator.
8 VssGround for power supply
9 XinConnect to the crystal oscillator.
10 VccPower supply Vcc
20 MHREQI Request signal to transfer the serial data from main microprocessor. (System)
21 MSREQO Request signal to transfer the serial data to main microprocessor. (Local)
22 MCLKI Serial clock input from main microprocessor.
23 MSDII Serial data input from main microprocessor.
24 MSDOO Serial data output to main microprocessor.
25 FW_TXDO Port for writing flash.
26 FW_RXDI Port for writing flash.
27 FW_SCLKI Port for writing flash.
28 FW_BUSYO Port for writing flash.
29 DACSDOO Serial data output for DAC.
30 DACRESETO Reset output for DAC.
31 DACCSO Serial communication chip select for DAC.
32 DACCLKO Serial communication clock for DAC.
33 XMSDOO Serial data output for XM IC.
34 XMSDII Serial data input for XM IC.
43 XM_COM_SELO Command select output for XM IC.
44 XM_RESETO Reset output for XM IC.
45 XM_ERR_IRQI Error interrupt request li ne for XM IC.
46 FW_P16I Port for writing flash.
48 XM_PWR_CTRLO Power supply control for XM IC.
59 AVSSGround for A/D converter.
61 VrefReference power supply for A/D converter.
62 AVccPower supply for A/D converter.
CX_SCLKCODEC Serial Clock (Input/Output) - Serial clock for the CODEC serial audio interface
CX_LRCK
TEL 13942296513 QQ 376315150 892498299
VD
DGND
VLC
SCL/CCLK
SDA/CDOUT
AD1/CDIN
AD0/CS10Address Bit 0 (I C)/Control Port Chip Select (SPI) (Input) - AD0 is a chip address pin in I C mode; CS
TEL
13942296513
INT11Interrupt (Output) - The CS42528 will generate an interrupt condition as per the Interrupt Mask register.
Codec Serial Audio Data Input (Input) - Input for two's complement serial audio data.
64
63
62
2
3
CODEC Left Right Clock (Input/ Output) - Determines which channel, Left or Right, is currently active on
the CODEC serial audio data line.
4
Digital Power (Input) - Positive power supply for the digital section.
51
5
Digital Ground (Input) - Ground reference. Connects to digital ground.
52
6
Control Port Power (Input) - Determines the required signal level for the control port.
7
Serial Control Port Clock (Input) - Serial clock for the serial control port.
8
Serial Control Data (Input/Output) - SDA is a data I/O line in IC mode and requires an external pull-up
resistor to the logic interface voltage. CDOUT is the output
data line for the control port interface in SPI mode.
Address Bit 1 (I C)/Serial Control Data (SPI) (Input) - AD1 a chip address pin in I C mode; CDIN is
9
the input data line for control port interface in SPI mode.
is the chip select signal in SPI mode.
Pin Description
2
2
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3
7
6
3
1
5
1
5
0
8
2
9
2
2
4
9
8
2
9
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9
RST12Reset (Input) - The device enters a low power mode and all internal registers are reset to their default
settings when low.
AINRAINR+
AINLAINL+
VQ17Quiescent Voltage (Output) - Filter connection for internal quiescent reference voltage.
FILT+18Positive Voltage Reference (Output) - Positive reference voltage for the internal sampling circuits.
REFGND19Reference Ground (Input) - Ground reference for the internal sampling circuits.
AOUTA1 +, -
RXP049S/PDIF Receiver Input (Input) - Dedicated receiver input for S/PDIF encoded data.
TXP50S/PDIF Transmitter Output (Output) - S/PDIF encoded data output, mapped directly from one of the
VLP53Serial Port Interface Power (Input) - Determines the required signal level for the serial port interfaces.
13942296513
SAI_SDOUT54
RMCK55Recovered Master Clock (Output) - Recovered master clock output from the External Clock Reference
6
24
41
40
42
43
44
45
46
47
48
1
5
1
3
Analog Power (Input) - Positive power supply for the analog section.
Analog Ground (Input) - Ground reference. Connects to analog ground.
dition or whenever the PDN bit is set to a "1", forcing the codec into power -down mode. The signal will
remain in a high impedance state as long as the part is in power-down mode. The Mute Control pin goes
to the selected "active" state during reset, muting, or if the master clock to left/right clock frequency ratio
is incorrect. This pin is intended to be used as a control for external mute circuits to prevent the clicks
and pops that can occur in any single supply system. The use of external mute circuits are not mandatoy but may be desired for designs requiring the absolute minimum in extraneous clicks and pops.
S/PDIF Receiver Input/ General Purpose Output (Input/ Output) - Receiver inputs for S/PDIF encoded
data. The CS42528 has an internal 8:2 multiplexer to select the active receiver port, according to the
Receiver Mode Control 2 resister. These pins can also be configured as general purpose output pins,
ADC Overflow indicators or Mute Control outputs according to the RXP/General Purpose Pin Control
resisters.
receiver inputs as indicated by the Receiver Mode Control 2 resister.
Serial Audio Interface Serial Data Output (Output) - Output for two's complement serial audio PCM
data from the S/PDIF incoming stream. This pin can also be configured to transmit the output of the internal and external ADCs.
5
0
Q
Q
3
7
8
6
3
1
9
5
2
1
5
0
4
9
8
9
2
8
4
TX-SR803/E
2
9
9
2
8
9
9
TEL 13942296513 QQ 376315150 892498299
9
CX_SDOUT56CODEC Serial Data Output (Output) - Output for two's complement serial audio data the internal
and external ADCs.
ADCIN1
ADCIN2
OMCK
SAI_LRCK
SAI_SCLK61Serial Audio Interface Serial Clock (Input/Output) - Serial clock for the Serial Audio Interface
w
w
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58
57
59
60Serial Audio Interface Left/Right Clock (Input/Output) - Determines which channel, Left of Right, is
.
External ADC Serial Input (Input) - The CS42528 provides for up two external stereo analog to digital
converter inputs to provide a maximum of six channels on serial data output line when the CS42528
is placed in One Line mode.
External Reference Clock (Input) - External clock reference that must be within the ranges specified in
currently active on the serial audio data line.
UHS0, GPIO18 :DSPC control mode select Bit 0, General Purpose I/O
UHS1, GPIO19 :DSPC control mode select Bit 1, General Purpose I/O
INTREQ:Control Port Interrupt Request
FA1, FSCDIN
GPIO20:General Purpose I/O can be individually configured and controlled by DSPC.
FAO, FSCCLK
FHS2, FSCDIO, FSCDOUT:Mode select bit 2 or serial control port data input and output,parallel porttype select
GPIO21:General Purpose I/O can be individually configured and controlled by DSPC.
FDAT7:DSPAB Bidirectional Data Bus input
VDD6:2.5V supply voltage.
VSS6:2.5V ground.
FHS0, FWR, FDS:Mode select bit 0 or host write strobe or host data strobe
FHS1, FRD, FR/W:Mode select bit 1 or host parallel output enable or host parallel R/W
FDAT6:DSPAB Bidirectional Data Bus input
FCS:Host parallel chip select,Host serial SPI chip select
FINTREQ:Control port interrupt request
FDBCK:Reversed input:This pin is reversed and is pulled up with an external resistor.
FDAT5:DSPAB Bidirectional Data Bus input
FDAT4:DSPAB Bidirectional Data Bus input
VDD7:2.5V supply voltage.
VSS7:2.5V ground.
FDAT3:DSPAB Bidirectional Data Bus input
FDBDAReversed input:This pin is reversed and is pulled up with an external resistor.
FDAT2:DSPAB Bidirectional Data Bus input
DBDA:Debug data
DBCK:Debug clock
FDAT1:DSPAB Bidirectional Data Bus input
TEST:This pin is connected low for normal operation.
FDAT0:DSPAB Bidirectional Data Bus input
NV_WE, GPIO16:SRAM write enable output, General Purpose I/O
NV_OE, GPIO15:SRAM output Enable output, General Purpose I/O
NV_CS, GPIO14:SRAM Chip Select output, General Purpose I/O
SD_WE
SD_DATA0, EXTD0:SDRAM data bus. SRAM external data bus input.
SD_DATA1, EXTD1:SDRAM data bus. SRAM external data bus input.
SD_DATA2, EXTD2:SDRAM data bus. SRAM external data bus input.
SD_DATA3, EXTD3:SDRAM data bus. SRAM external data bus input.
SD_DATA4, EXTD4:SDRAM data bus. SRAM external data bus input.
SD_DQM0:SDRAM data mask 0 output.
SD_DATA5, EXTD5:SDRAM data bus. SRAM external data bus input.
VSSSD4:3.3V SDRAM / SRAM / EPROM Interface ground.
VDDSD4:3.3V SDRAM / SRAM / EPROM Interface supply
SD_DATA6, EXTD6:SDRAM data bus. SRAM external data bus input.
SD_DATA7, EXTD7:SDRAM data bus. SRAM external data bus input.
SD_DQM1:SDRAM data mask 1 output.
SD_DATA15, EXTA18:SDRAM data bus output, SRAM external address bus output
SD_DATA14, EXTA17:SDRAM data bus output, SRAM external address bus output
NC5:No connect. Connect to ground.
:SDRAM write enable output.
.
xia
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1
5
1
y
5
u
0
Q
1
Q
3
6
3
3
:Host parallel address bit zero or SPI rerial control data input
:Host Parallel Address Bit Zero or Serial Control Port Clock
HDATA5, GPIO5:DSPC Bidirectional Data Bus, General Purpose I/O
SCLK1
:Audio Output Bit Clock:Bidirectional digital-audio output bit clock for AUDATA4, to AUDATA7.
As an output, SCLK1 can provide 32 fs, 64 fs, 128 fs, 256 fs, or 512 fs frequencies and is synchronous to MCLK.
MCLK:Bidirectional master audio clock. As an output, MCLK provides a low jitter oversampling clock.
VDD2:2.5V supply voltage.
VSS2:2.5V ground.
AUDATA4, GPIO28:Digital Audio Output 4, General Purpose I/O.PCM digital-audio data output.
HDATA4, GPIO4:DSPC Bidirectional Data Bus, General Purpose I/O
SCLK0
HDATA3, GPIO3:DSPC Bidirectional Data Bus, General Purpose I/O
AUDATA3, XMT958A:Digital Audio Output 3, S/PDIF Transmitter
AUDATA2:PCM digital-audio data output.
LRCLK0:Audio Output Sample Rate Clock
AUDATA1:PCM digital-audio data output.
AUDATA0:PCM digital-audio data output.
CMPCLK, FSCLKN2:PCM Audio Input Bit Clock:Digital- audio bit clock input.
HDATA2, GPIO2:DSPC Bidirectional Data Bus, General Purpose I/O
VSS3:2.5V ground.
VDD3:2.5V supply voltage.
HDATA1, GPIO1:DSPC Bidirectional Data Bus, General Purpose I/O
HDATA0, GPIO0:DSPC Bidirectional Data Bus, General Purpose I/O
CMPREQ, FLRCLKN2:PCM audio input request
CMPDAT, FSDATAN2:Digital-audio data input that can accept either one compressed line or 2 channels of PCM data.
FLRCLKN1:Digital-audio frame clock input.
WR, DS, GPIO10:Host Write Strobe, Host Data Strobe, General Purpose I/O
RD, R/W, GPIO11:Host Parallel Output Enable, Host Parallel R/W, General Purpose I/O
PLLVSS :PLL Ground Voltage
FILT2:
FILT1:
PLLVDD:2.5V PLL supply voltage.
XTALO:
CLKIN, XTALI:External Clock input / Crystal Oscillator input:12MHz crystal oscillator is connected.
CLKSEL:DSP Clock select input
CS, GPIO9:Host Parallel Chip Select, General Purpose I/O
A0, GPIO13:Host Address Bit 0, General Purpose I/O
FSDATAN1:Digital-audio data input can accept from one compressed line or 2 channels of PCM data.
VDD4:2.5V supply voltage.
VSS4:2.5V ground.
FSCLKN1, STCCLK2:Digital audio bit clock input.
SCS:Host Serial SPI Chip Select:SPI mode active-low chip-select input signal.
SCDIN:SPI Serial Control Data Input:In SPI mode this pin serves as the data input pin.
VSS5:2.5V ground.
VDD5:2.5V supply voltage.
A1, GPIO12:Host Address Bit 1, General Purpose I/O
SCDOUT, SCDIO:Serial Control Port Data Input and Output:In SPI mode this pin serves as the data output pin.
HINBSY, GPIO8:
2MCLKIMaster Clock-Clock source for the delta-si
3VLLo
4SDOUTOSerial Audio Data Out
5,14 GNDGround-Connect to the analo
6VDIDi
7SCLKI/O Serial Clock-Serial clock for the serial audio interface.
8LRCKI/O
9RSTIReset-The device enters a low
10AINLI
12AINRI
11VQO
13VAAnalo
15FILT+O
Mode Selection-Determines the operational mode of the device.
ic Power-Positive power supply for digital input/output.
ital Power-Positive power supply for the digital section.
Left Right Clock-Determines which channel, Left and Right, is currently
active on the serial audio data line.
Analog Input-The full scale analog input level is 0.56Vp-p.
Quiescent Voltage-Filter connection for the internal quiescent
reference voltage.
Power-Positive power supply for the analog section.
Positive Voltage Reference-Positive reference voltage for the internal
sampling circuits.
Q
Q
ut-Output for two's complement serial audio data.
6
7
3
round.
ower mode when low.
5
1
3
ma modulator and digital filters.
1
5
0
8
9
2
4
9
8
2
9
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IC BLOCK DIAGRAMS AND DESCRIPTIONS
DTR-7.6
LC74763-9836 (On-Screen Display IC)
Q
Q
BLOCK DIAGRAM
CS
SIN
SCLK
RST
SECAM
TEL 13942296513 QQ 376315150 892498299
525/625
NTSC/PAL
3.58/4.43
VDD1
VDD2
SYNCDET
VCOIN
VCOOUT
TEL
AMPIN
AMPOUT
PDOUT
VSS
FC
7
3
13942296513
6
Serialparallel
converter
Composite
synchronization
signal
control
AFC
circuit
3
8-bit latch
and
command
decoder
Sync
detector
Composite
synchronization
signal separator
control
1
5
Horizontal
character
size register
Horizontal
size
counter
1
5
Vertical
character
size register
Vertical
size
counter
Timing generator
0
Q
Horizontal
display
position
register
Horizontal
dot counter
Horizontal
display
position
detection
Character
control
counter
Q
3
Synchronization
signal generator
7
8
Vertical
display
position
register
Vertical
dot counter
Vertical
display
position
detection
Line
control
counter
3
6
1
9
5
4
2
Flashing/
reversal
control
register
Flashing/
reversal
control
circuit
0
5
1
Character output control
Background control
video output control
9
Display
control
register
8
9
2
8
RAM write
address
counter
4
2
Decoder
9
8
9
Display RAM
Decoder
Font ROM
9
2
Shift register
9
TEL 13942296513 QQ 376315150 892498299
9
SYSIN
w
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SEPC
w
Sync
separator
.
HSYNOUT
VSYNOUT
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1
Xtal OUT1
6
3
Xtal IN2
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Page 45
IC BLOCK DIAGRAMS AND DESCRIPTIONS
DTR-7.6
LC74763-9836 (On-Screen Display IC)
Q
Q
TERMINAL DESCRIPTION
Pin No.SymbolFunctionDescription
TEL 13942296513 QQ 376315150 892498299
TEL
7
3
1V
2Xtal
3Xtal
4HSYNC
5Xtal
6Xtal
7VSYNC
8CSEnable input
9SINData inputSerial data input (hysteresis input). Pull-up resistor built in (metal option).
10SCLKClock inputClock input for serial data input (hysteresis input). Pull-up resistor built in (metal option).
11SECAM
12525/625
13NTSC/PAL
143.58/4.433.58/4.43 switch input/outputDuring output, functions as general output port or halftone output (command switch).
6
SS
IN1
OUT1
OUT
IN2
OUT2
OUT
13942296513
15RSTReset input
16CV
17V
18CV
19CV
20SYNC
21SEP
22V
23PD
24AMP
25AMP
26FCControl voltage inputAFC control voltage input
27VCO
28VCO
29SYNC
30V
OUT
DD2
IN
CR
IN
C
SS
OUT
IN
OUT
IN
OUT
DET
DD1
1
5
1
3
GroundGround connection
Crystal oscillator connection
Horizontal synchronization Outputs the horizontal synchronization signal (AFC). The output polarity can be selected
output(metal option). Also functions as general output port (command switch).
Crystal oscillator connection
Vertical synchronization output
SECAM mode switch input/
output (command switch)
525/625 switch input/output
(command switch)
NTSC/PAL switch input/output
(command switch)
(command switch)Low = 3.58, high = 4.43
Video signal outputComposite video output
Power supply connectionPower supply connection for composite video signal level generation
Video signal inputComposite video input
Video signal inputSECAM chroma signal input
Sync separator circuit inputBuilt-in sync separator circuit video signal input
Sync separator circuit Built-in sync separator circuit
GroundGround connection
Control voltage outputAFC control voltage output
AFC filter connectionFilter connection
LC oscillator connectionVCO LC oscillator circuit coil and capacitor connection
External synchronization signal
detection output
Power supply connectionPower supply connection (+5 V: digital system power supply)
5
0
Connection for the crystal and capacitor used to form the crystal oscillator that generates
the internal synchronization signal. The oscillator can be selected with a command switch.
Connection for the crystal and capacitor used to form the crystal oscillator that generates
the internal synchronization signal.
Outputs the vertical synchronization signal. The output polarity can be selected (metal
option). Also functions as general output port (command switch).
Enables/disables serial data input. Serial data is enabled when this pin is low (hysteresis
input). Pull-up resistor built in (metal option).
During input, switches between SECAM and other modes.
During output, functions as general output port or internal V output (command switch).
Low = other modes, high = SECAM mode
During input, switches between 525 scan lines and 625 scan lines.
During output, functions as general output port or character data output (command switch).
Low = 525 lines, high = 625 lines
Switches the color mode between NTSC and PAL.
During output, functions as general output port or frame data output (command switch).
Low = NTSC, high = PAL
Switch FSC between 3.58 MHz and 4.43 MHz.
3
Q
Q
System reset input pin, low is active (hysteresis input).
Pull-up resistor built in (metal option).
Outputs the exclusive NOR of the horizontal synchronization signal (AFC) and CSYNC (sync
separator). The output polarity can be selected (metal option). Also functions as general
output port (command switch).
7
8
6
3
1
9
5
2
1
5
0
4
9
8
9
2
8
4
2
9
8
2
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Page 46
Q
IC BLOCK DIAGRAM AND TERMINAL DESCRIPTIONS
LA7106M (6ch AMP + Driver)
Q
7
3
BLOCK DIAGRAM
6
3
1
5
1
5
0
8
9
2
4
9
8
2
DTR-7.6
9
9
VIN1+
NFB1
TEL 13942296513 QQ 376315150 892498299
TEL
13942296513
MUTE1
VIN2+
NFB2
-VCC1
VIN3+
NFB3
1
2
3
4
5
6
7
8
6dBDR
6dBDR
6dBDR
Q
Q
3
7
6
3
1
16
15
14
13
12
11
10
9
5
+VCC
VOUT1
GND
VOUT2
DR CTL
VOUT3
MUTE2
-VCC2
0
5
1
8
9
2
4
9
8
2
9
TEL 13942296513 QQ 376315150 892498299
9
w
w
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TRUTH TABLE
Pins 3 , 10
Through
H
L
.
xia
Pin 12
150 ohm Drive
75 ohm DriveMute
o
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1
6
3
.
c
o
m
Page 47
IC BLOCK DIAGRAMS AND TERMINAL DESCRIPTIONS
IC42S16100 (16-Mbit Synchronous Dynamic RAM)
7
CLK
CKE
CS
RAS
CAS
WE
A11
A10
A9
A8
A7
A6
A5
A4
A3
A2
A1
A0
1
3
COMMAND
DECODER
GENERATOR
11
Q
Q
BLOCK DIAGRAM
TEL 13942296513 QQ 376315150 892498299
6
&
CLOCK
REFRESH
CONTROLLER
REFRESH
COUNTER
ROW
ADDRESS
LATCH
3
MODE
REGISTER
1
5
11
SELF
REFRESH
CONTROLLER
MULTIPLEXER
1
11
8
11
5
ADDRESS
BUFFER
COLUMN
ADDRESS
BUFFER
0
ROW
11
ADDRESS LATCH
BURST COUNTER
ROW
11
COLUMN
ROW DECODERROW DECODER
9
8
MEMORY CELL
2048
8
ADDRESS BUFFER
2048
ARRAY
BANK 0
SENSE AMP I/O GATE
256
COLUMN DECODER
256
SENSE AMP I/O GATE
MEMORY CELL
ARRAY
BANK 1
2
4
9
16
DATA OUT
1616
8
DATA IN
BUFFER
BUFFER
DTR-7.6
2
9
DQM
16
I/O 0-15
Vcc/VccQ
GND/GNDQ
9
TEL 13942296513 QQ 376315150 892498299
TEL
VCC
I/O0
I/O1
GNDQ
I/O2
I/O3
VCCQ
I/O4
I/O5
GNDQ
I/O6
I/O7
VCCQ
M
LDQ
WE
CAS
RAS
CS
A11
A10
A0
A1
A2
A3
VCC
w
w
13942296513
PIN LAYOUT
GND
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
w
50
49
48
47
46
45
44
43
42
41
40
39
38
37
36
35
4
3
33
2
3
1
3
0
3
9
2
28
7
2
6
2
.
xia
I/O15
I/O14
GNDQ
I/O13
I/O12
VCC
I/O11
I/O10
GNDQ
I/O9
I/O8
VCC
NC
UDQ
CLK
CKE
NC
A9
A8
A7
A6
A5
A4
GND
Q
Q
M
Pin No.Pin name Function
20 to 24
27 to 32
2, 3, 5, 6, 8, 9,
11, 12, 39, 40,
42, 43, 45, 46,
48, 49
14, 36LDQM,
7, 13, 38, 44V
1, 25V
4, 10, 41, 47GNDQGNDQ is the output buffer ground.
26, 50GNDGND is the device internal ground.
o
A0-A10 A0 to A10 are address inputs. A0-A10 are used as row address inputs during active command input
19A11A11 is the bank selection signal. When A11 is LOW, bank 0 is selected and when high, bank 1 is
16CASCAS, in conjunction with the RAS and WE, forms the device command. See the "Command Truth
34CKEThe CKE input determines whether the CLK input is enabled within the device.
35CLKCLK is the master clock input for this device. Except for CKE, all inputs to this device are acquired
18CSThe CS input determines whether command input is enabled within the device.
I/O0
to
I/O15
UDQM
17RASRAS, in conjunction with CAS and WE, forms the device command. See the "Command Truth
15WEWE, in conjunction with RAS and CAS, forms the device command. See the "Command Truth
CCQVCCQ is the output buffer power supply.
CCVCC is the device internal power supply.
y
u
Q
Q
and A0-A7 as column address inputs during read or write command input. A10 is also used to
determine the precharge mode during other commands. If A10 is LOW during precharge command,
the bank selected by A11 is precharged, but if A10 is HIGH, both banks will be precharged.
When A10 is HIGH in read or write command cycle, the precharge starts automatically after
the burst access.
These signals become part of the OP CODE during mode register set command input.
selected. This signal becomes part of the OP CODE during mode register set command input.
Table" item for details on device commands.
When is CKE HIGH, the next rising edge of the CLK signal will be valid, and when LOW, invalid.
When CKE is LOW, the device will be in either the power-down mode, the clock suspend mode,
or the self refresh mode. The CKE is an asynchronous input.
in synchronization with the rising edge of this pin.
Command input is enabled when CS is LOW, and disabled with CS is HIGH. The device remains in
the previous state when CS is HIGH.
I/O0 to I/O15 are I/O pins. I/O through these pins can be controlled in byte units using the LDQM and
UDQM pins.
LDQM and UDQM control the lower and upper bytes of the I/O buffers. In read mode, LDQM and
UDQM control the output buffer. When LDQM or UDQM is LOW,
the corresponding buffer byte is enabled, and when HIGH, disabled. The outputs go to theHIGH
impedance state when LDQM/UDQM is HIGH. This function corresponds to OE in conventional
DRAMs. In write mode, LDQM and UDQM control the input buffer.
When LDQM or UDQM is LOW, the corresponding buffer byte is enabled, and data can be written to
the device. When LDQM or UDQM is HIGH, input data is masked and cannot be written to the device.
Table" item for details on device commands.
Table" item for details on device commands.
1
6
3
6
7
3
3
.
1
5
c
1
0
5
o
9
8
m
2
4
9
8
2
9
9
Page 48
IC BLOCK DIAGRAMS AND DESCRIPTIONS
MX26LV040-70/EN29LV040A(4M-bit CMOS High Speed Flash Memory)
VEE
L1
L2
L-COM1
L3
L4
L-COM2
L5
L6
L-COM3
L7
L-COM4
ST
VSS
.
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VDD
VEE
Negative Voltage Supply
Analog switch input/output
Analog switch input/output
L1, L2, Common
Analog switch input/output
Analog switch input/output
L3, L4 common
Analog switch input/output
Analog switch input/output
L5, L6 Common
Analog switch input/output
L7 Common
Chip enable
GND
o
y
Control Circuit
Q
Q
u
1
CK
0
5
1
5
1
3
6
7
3
Pin No. Pin NameDescription
3
CK
DATA
R-COM4
R7
R-COM3
R6
R5
R-COM2
R4
R3
R-COM1
R2
R1
VDD
.
c
15
16
17
18
19
20
21
22
23
24
25
26
27
28
6
VSS
Clock input
Data input
R7 Common
Analog switch input/output
R5, R6 Common
Analog switch input/output
Analog switch input/output
R3, R4 Common
Analog switch input/output
Analog switch input/output
R1, R2, Common
Analog switch input/output
Analog switch input/output
Positive voltage supply
o
9
8
m
2
4
9
8
2
9
9
Page 50
IC BLOCK DIAGRAMS AND DESCRIPTIONS
NJW1157(8-Channel Electronic Volume with Input Selector)
Q
Q
Multi-Channel Input A
LSAIN
RSAIN
LBAIN
RBAIN
SWAIN
TEL 13942296513 QQ 376315150 892498299
2 Channel Input
TEL
L10IN
R10N
L11IN
R11IN
L12IN
R12IN
7
3
LAIN
RAIN
CAIN
L1IN
R1IN
L2IN
R2IN
L3IN
R3IN
L4IN
R4IN
L5IN
R5IN
L6IN
R6IN
L7IN
R7IN
L8IN
R8IN
13942296513
L9IN
R9IN
6
3
1
5
1
5
DCLA1 DCLA2
DCRA1 DCRA2
Att Gain
Att Gain
FL+
0
FR+
FL-
Q
FR-
Q
RBIN
LBIN
3
LSBIN
CBIN
RSBIN
7
LBBIN
8
3
6
SWBIN
RBBIN
9
RECA1L
RECA1R
5
1
2
RECA2L
RECA2R
RECA3L
Multi-channel
0
5
1
Amp
Gain
4
RECA3R
TONE
TONE
FIL3_L
FIL4_L
9
RECB1L
RECB1R
9
8
FIL4_R
FIL1_L
FIL2_L
RECB2L
2
BSW
FIL2_R
FIL3_R
8
RECB2R
TSW
4
FIL1_R
DTR-7.6
2
9
Supply
Voltage
uCOM
Interface
SW
SW
2
8
9
SSW
V+
GND
VLATCH
DATA
CLOCK
L OUT
ROUT
COUT
LSOUT
RSOUT
LBOUT
9
RBOUT
SWOUT
9
TEL 13942296513 QQ 376315150 892498299
9
w
w
Input Selector
w
.
xia
REC Out Selector
o
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Multi-Channel Input B
1
6
3
.
c
o
m
Page 51
IC BLOCK DIAGRAMS AND DESCRIPTIONS
NJW1157(8-Channel Electronic Volume with Input Selector)
15FIL_BRRch Bass filter terminal65L8IN"Input selector" Lch input 8
16FIL_TRRch Treble filter terminal66R8IN"Input selector" Rch input 8
17N.C.No connect67L9IN"Input selector" Lch input 9
18N.C.No connect68R9IN"Input selector" Rch input 9
19V+ + Power supply voltage input69L10IN"Input selector" Lch input 10
20V-* - Power supply voltage input70R10IN"Input selector" Rch input 10
21REC_A1L"Input selector" Lch REC output A171L11IN"Input selector" Lch input 11
22REC_A1R"Input selector" Rch REC output A172R11IN"Input selector" Rch input 11
23REC_A2L"Input selector" Lch REC output A273L12IN"Input selector" Lch input 12
24REC_A2R"Input selector" Rch REC output A274R12IN"Input selector" Rch input 12
25REC_A3L"Input selector" Lch REC output A375NCNo connect
26REC_A3R"Input selector" Rch REC output A376DGNDDigital Ground
27REC_B1L"Input selector" Lch REC output B177DATAControl data signal input
28REC_B1R"Input selector" Rch REC output B178CLOCKClock signal input
29REC_B2L"Input selector" Lch REC output B279LATCHLatch signal input
30REC_B2R"Input selector" Rch REC output B280LAINMulti-channel Lch input A
31DCCAP_LSwitching noise rejection capacitor81RAINMulti-channel Rch input A
32DCCAP_RSwitching noise rejection capacitor82CAINMulti-channel Cch input A
33DCCAP_CSwitching noise rejection capacitor83LSAINMulti-channel LSch input A
34GNDGround84RSAINMulti-channel RSch input A
35GNDGround85LBAINMulti-channel LBch input A
36DCCAP_LSSwitching noise rejection capacitor86RBAINMulti-channel RBch input A
37DCCAP_RSSwitching noise rejection capacitor87SWAINMulti-channel SWch input A
38DCCAP_LBSwitching noise rejection capacitor88LBINMulti-channel Lch input B
39DCCAP_RB Switching noise rejection capacitor89RBINMulti-channel Rch input B
40DCCAP_SW Switching noise rejection capacitor90CBINMulti-channel Cch input B
41DCL_OUT"Input selector" Lch output91LSBINMulti-channel LSch input B
42DCL_IN"Multi-channel selector" Lch output92RSBINMulti-channel RSch input B
43DCR_OUT"Input selector" Rch output93LBBINMulti-channel LBch input B
44DCR_IN"Multi-channel selector" Rch output94RBBINMulti-channel RBch input B
45FL+"Input selector gain control" Lch no-inverted output95SWBINMulti-channel SWch input B
46FL-"Input selector gain control" Lch inverted output96GNDGround
47FR+"Input selector gain control" Rch no-inverted output97GNDGround
48FR-"Input selector gain control" Rch inverted output98VSSOUT2Internal Digital -Power Supply Output 2
w
w
49VDDOUTInternal Digital +Power Supply Output99VDDOUT2Internal Digital +Power Supply Output 2
50VSSOUTInternal Digital -Power Supply Output100 TCCAPSwitching noise rejection capacitor
.
xia
100
130
3
Q
Q
o
y
u
1
6
3
7
6
3
.
1
50
31
5
c
1
0
5
o
9
8
m
2
4
9
8
2
9
TEL 13942296513 QQ 376315150 892498299
9
Page 52
Q
IC BLOCK DIAGRAMS AND DESCRIPTIONS
SiI9030(HDMI PanelLink Transmitter)
Q
3
7
6
3
1
5
1
5
0
8
9
2
4
9
8
DTR-7.6
2
9
9
CSDA
CSCL
CI2CA
RESET
#
TEL 13942296513 QQ 376315150 892498299
DCK
I
D[23:0]
HSYNC
VSYNC
DE
SPDIF
MCL
K
SCK
TEL
13942296513
WS
SD[3:0
]
I2C
Slav
e
Video Data
Capture /
DE Gen /
656
Logic
k
Bloc
Audio Data
Capture
Logic
k
Bloc
Registers
----------------
Configuration
Logic Bloc
k
4:2:2 to
4:4:4
control signals
audio data
Q
Q
3
Receiver Sense + Interrupt Logic
HDCP
Encryption
Engine
CSCXO R
5
1
3
6
7
1
HDCP
Keys
EEPRO
encrypted
data
PanelLink
0
5
E-DDC
Maste
M
TMDS
Digital
Core
9
8
r
2
4
DSDA
DSCL
IN
HP
EXT_SWIN
TXC±
TX0±
TX1±
TX2
8
9
T
D
2
TEL 13942296513 QQ 376315150 892498299
±
9
9
w
w
w
DDC
TMDS
HDMI Connector Port 0
TMDS
DDC
DDC
HDMI Connector Port 1
.
xia
EDID
DDC
PROM0
BR24L02F
HDMI
RECEIVER
BR24L02F
Microcontroller
MPD70F3261
Other Audio Source
SiI9031
EDID
PROM1
o
y
Digital Video
2
I S
SPDIF
MCLK
2
I C
u
Block Diagram
HDMI
TRANSMITTER
2
I S
SiI9030
Audio DSP
CS494003
1
6
3
System Application
Audio DAC
CS42528
.
c
o
TMDS
DDC
HDMI Connector
Amplifier
m
Page 53
y
y
g
g
p
p
pply
g
g
p
g
g
y
g
pply
g
g
g
g
g
pply
g
g
pply
g
g
p
pply
g
g
p
IC BLOCK DIAGRAMS AND DESCRIPTIONS
SiI9030(HDMI PanelLink Transmitter)
7
Q
Q
3
TEL 13942296513 QQ 376315150 892498299
TEL
w
13942296513
w
w
6
Pin # Pin NameI/O DescriptionUse
1HSYNCI Horizontal S
2VSYNCIVertical S
3CGNDDi
4CVCC18Di
5SPDIFI S/PDIF Audio in
6MCLKI Audio In
7SD3I I2S Serial DataVideo and Audio
8SD2I I2S Serial DataVideo and Audio
9SD1I I2S Serial DataVideo and Audio
10 SD0I I2S Serial DataVideo and Audio
11 WSI I2S Word SelectVideo and Audio
12 SCKI I2S Serial ClockVideo and Audio
13 IOVCCIO Pin VCC. Connect to 3.3V su
14 IOGNDIO Pin GND.Ground
15 CGNDDi
16 CVCC18Di
17 INTO Interru
18 HPDI Hot Plug Detect Input.Confirration/Programmin
19 DSDAI/O DDC dataControl
20 DSCLI/O DDC ClockControl
21 RSVDLI Reserved for use b
22 PGND1TMDS Core PLL Ground.Ground
23 PVCC1TMDS Core PLL Power. Connect to 3.3V su
nc input control signalVideo and Audio
ital core GND.Ground
ital core VCC. Connect to 1.8V supply.Power
ital core GND.Ground
ital core VCC. Connect to 1.8V supply.Power
Voltage Swing Adjustment. The resistor between AVCC and this pin
determines the am
GND.Ground
TMDS output clock.
VCC. Connect to 3.3Vsupply.Power
TMDS output data.
GND.Ground
TMDS output data.
VCC. Connect to 3.3Vsupply.Power
TMDS output data.
GND.Ground
ital core VCC. Connect to 1.8V supply.Power
ital core GND.Ground
12-bit Input Pixel Data Bus. These pins are used in 24-bit mode, singleedge mode.
ital core VCC. Connect to 1.8V supply.Power
ital core GND.Ground
12-bit Input Pixel Data Bus. These pins are used in 24-bit mode, singleedge mode.
ut Data ClockVideo and Audio
12-bit Input Pixel Data Bus. These pins are used in 24-bit mode, singleedge mode.
ital core GND.Ground
ital core VCC. Connect to 1.8V supply.Power
12-bit Input Pixel Data Bus. These pins are used in 24-bit mode, singleedge mode.
o
utVideo and Audio
ut Master ClockVideo and Audio
.Power
t Output.Confirration/Programmin
Silicon image, and must be tied LOW.Confirration/Programmin
litude of the voltage swing.
3
.POwer
Q
Q
.Power
.Power
y
u
1
6
3
2
9
8
.Power
Differential signal data
Differential signal data
Differential signal data
Differential signal data
Differential signal data
5
1
5
1
3
6
7
Video and Audio
Video and Audio
Video and Audio
Video and Audio
.
c
o
4
0
m
9
8
9
2
8
4
DTR-7.6
2
9
2
8
9
9
9
TEL 13942296513 QQ 376315150 892498299
9
Page 54
Q
IC BLOCK DIAGRAMS AND DESCRIPTIONS
SiI9031(HDMI PanelLink Cinema Receiver)
Q
3
7
6
3
1
5
1
5
0
8
9
2
4
9
8
DTR-7.6
2
9
9
DSDA0
DSCL0
DSDA1
DSCL1
R1XC+
TEL 13942296513 QQ 376315150 892498299
R1X0+
R1X1+
R1X2+
TEL
R0XC+
R0X0+
R0X1+
R0X2+
R0PWR5V
R1PWR5V
Port
MUX
-
PanelLink
-
-
-
TMDS
Digital
Core
13942296513
-
PanelLink
-
TMDS
Digital
-
Core
-
2
I C
Slave
HS.VS.
DE
Port
MUX
HS.VS.
DE
24-Bit
Data
24-Bit
Data
HDCP Keys
EEPROM
HDCP &
Repeater
Decryption
Engine
24-Bit Encrypted
Pixel Data
Port
Detect
XCR
Mask
Control Signals
Q
Q
3
7
6
Registers
Configuration
Logic Block
24-Bit
Decrypted
Pixel Data
Video Color
5
1
3
Space
Converter
Up/Down
Sampling
Aux
Data
HDMI
Mode
Control
1
5
0
30
8
Auto A/V
Exception
Handling
9
2
I C
Slave
MCLK
Gen
Audio
Data
Deode
10-Bit
Video
DAC
2
24
4
9
8
RESET
INT
CSDA
CSCL
MCLKIN
MCLKOUT
XTALIN
XTALOUT
SCK
WS
SD(3:0)
SPDIF
COMP
RSET
AnGY
AnRPr
AnBPr
9
2
DE
HSYNC
VSYNC
ODCK
Q(23:0)
CLK48B
MUTEOUT
SCDT
TEL 13942296513 QQ 376315150 892498299
9
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6
3
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Page 55
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p
g
p
IC BLOCK DIAGRAMS AND DESCRIPTIONS
SiI9031(HDMI PanelLink Cinema Receiver)
7
Q
Q
3
TEL 13942296513 QQ 376315150 892498299
TEL
w
13942296513
w
w
6
Pin # Pin NameI/O DescriptionUse
1DEO Data EnableDi
2HSYNCO Horizontal Sn
3VSYNCO Vertical Sn
4IOGNDIn
5IOVCCIn
6DACOVCCDAC Out
7DACAVCCDAC Analo
8DACAGNDDAC Analo
9VREFConfi
10RSETConnects Full Scale Adjust Resistor.Analog Video
12DACGNDRDAC Red GNDGround
13DACVCCRDAC Red VCC
14AnRPrO Analo
15DACGNDGDAC Green GNDGround
16DACVCCGDAC Green VCC
17AnGYO Analo
18DACGNDBDAC Blue GNDGround
19DACVCCBDAC Blue VCC
20AnBPbO Analo
21DACDGNDDAC Di
22DACDVCC18DAC Di
23CVCC18Di
24CGNDDi
25IOGNDIn
26IOVCCIn
27CSDAI/O Confi
28CSCLIConfiguration I2C ClockConfiguration/Programmin
29DSDA1I/O DDC I2C Data for Port 1Configuration/Programmin
30DSCL1IDDC I2C Clock for Port 1Configuration/Programmin
31DSDA0I/O DDC I2C Data for Port 0Configuration/Programmin
32DSCL0IDDC I2C Clock for Port 0Configuration/Programmin
33R1PWR5VIPort 1 Transm it t er DetectConfiguration/Programmin
34R0PWR5VIPort 0 Transm it t er DetectConfiguration/Programmin
35DVCC18ACR PLL VCC (1.8V
36DGNDACR PLL GNDGround
37PVCC0TMDS Port 0 PLL VCC
38AVCCTMDS Analo
39R0XC-ITMDS In
40R0XC+ITMDS In
41AGNDTMDS Analo
42AVCCTMDS Analo
43R0X0-ITM DS I n
44R0X0+ITMDS In
45AGNDTMDS Analo
46AVCCTMDS Analo
47R0X1-ITM DS I n
48R0X1+ITMDS In
49AGNDTMDS Analo
50AVCCTMDS Analo
51R0X2-ITM DS I n
52R0X2+ITMDS In
53AGNDTMDS Analo
54TMDSPGNDTMDS PLL G NDGround
55PVCC1TMDS Port 1 PLL VCC
56RSVD_AReserved Pin
57AVCCTMDS Analog VCC (3.3V
58R1XC-ITMDS In
59R1XC+ITMDS In
60AGNDTMDS Analo
61AVCCTMDS Analo
62R1X0-ITM DS I n
63R1X0+ITMDS In
64AGNDTMDS Analo
65AVCCTMDS Analo
66R1X1-ITM DS I n
67R1X1+ITMDS In
68AGNDTMDS Analo
69AVCCTMDS Analo
70R1X2-ITM DS I n
71R1X2+ITMDS In
72AGNDTMDS Analo
.
xia
3
1
5
1
5
0
c Output Control signalDigital Video
ut/Output Pin GNDGround
ut/Output Pin VCC (3.3V
Compensation. Provides compensation for the
DAC's internal reference am
ut/Output Pin GNDGround
ut/Output Pin VCC (3.3V
o
c Output Control signalDigital Video
ut VCC (3.3V
VCC (3.3V
GNDGround
lifier.
Video Red, Pr Output.Analog Video
Video Green, Y Output.Analog Video
Video Blue, Pb Output.Analog Video
ital Logic VCC (1.8V
ital Logic GNDGround
uration I2C DataConfiguration/Programmin
y
3.3V
3.3V
3.3V
ital GNDGround
ital VCC (1.8V
3
Q
Q
1
3.3V
3.3V
6
3
VCC (3.3V
ut Clock for HDMI Port 0.Diffrential Signal
ut Clock for HDMI Port 0.Diffrential Signal
GNDGround
VCC (3.3V
ut data for HDMI Port 0.Diffrential Signal
ut data for HDMI Port 0.Diffrential Signal
GNDGround
VCC (3.3V
ut data for HDMI Port 0.Diffrential Signal
ut data for HDMI Port 0.Diffrential Signal
GNDGround
VCC (3.3V
ut data for HDMI Port 0.Diffrential Signal
ut data for HDMI Port 0.Diffrential Signal
GNDGround
leave unconnected.Configuration/Programmin
ut Clock for HDMI Port 1.Diffrential Signal
ut Clock for HDMI Port 1.Diffrential Signal
GNDGround
VCC (3.3V
ut data for HDMI Port 1.Diffrential Signal
ut data for HDMI Port 1.Diffrential Signal
GNDGround
VCC (3.3V
ut data for HDMI Port 1.Diffrential Signal
ut data for HDMI Port 1.Diffrential Signal
GNDGround
VCC (3.3V
ut data for HDMI Port 1.Diffrential Signal
ut data for HDMI Port 1.Diffrential Signal
GNDGround
u
7
8
6
3
.
1
9
5
c
4
2
ital Video
Power
Power
Power
uration/Programmin
Analog Video11COMP
Power
Power
Power
Power
Power
Power
0
5
1
Power
Power
Power
Power
Power
Power
Power
Power
Power
Power
Power
o
9
9
8
m
2
8
4
DTR-7.6
2
9
2
8
9
9
9
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IC BLOCK DIAGRAMS AND DESCRIPTIONS
SiI9031(HDMI PanelLink Cinema Receiver)
7
Q
Q
3
TEL 13942296513 QQ 376315150 892498299
TEL
13942296513
6
Pin # Pin NameI/O DescriptionUse
73DGNDACR PLL GNDGround
74DVCC18ACR PLL VCC
75IOGNDIn
76IOVCCIn
77MUTEOUTO Mute Audio O ut
78SPDIFO S/PDIF Audio Out
79CVCC18Di
80CGNDDi
81SD3O I2S Serial Data Out
82SD2O I2S Serial Data Out
83SD1O I2S Serial Data Out
84SD0O I2S Serial Data Out
85WSO I2S Word Select Out
86WCKO I2S Serial Clock Out
87MCLKINIAudio Master Clock In
88MCLKOUTO Audio Master Clock Out
89IOVCCIn
90IOGNDIn
91CGNDDi
92CVCC18Di
93NCNo connect.Confi
94AUDPVCC18ACR PLL VCC (1.8V
95AUDPGNDACR PLL GNDGround
96XTALOUTO Cr
97XTALINICr
98XTALVCCACR PLL Cr
99REGVCCACR PLL Re
100NCNo connect.Confi
101RSVDLIReversed, must be tied LOW.Configuration/Programmin
102RESETIReset pin Active Low.Conf iguration/Programmin
103SCDTO Indicates active video at HDMI input port.Configuration/Programmin
104INTO Interrupt Output.Configuration/Programmin
105CVCC18Digital Logic VCC (1.8V
106CGNDDi
107CLK48BI/O Data Bus latch enableConfi
108IOGNDInput/Output Pin GNDGround
109IOVCCIn
110Q23O 24-bit Out
111Q22O 24-bit Out
112Q21O 24-bit Out
113Q20O 24-bit Out
114CVCC18Di
115CGNDDi
116Q19O 24-bit Out
117Q18O 24-bit Out
118Q17O 24-bit Out
119Q16O 24-bit Out
120IOGNDIn
121ODCKO Out
122IOVCCIn
123Q15O 24-bit Out
124Q14O 24-bit Out
125Q13O 24-bit Out
126Q12O 24-bit Out
127CGNDDi
128CVCC18Di
129Q11O 24-bit Out
130Q10O 24-bit Out
131Q9O 24-bit Out
132Q8O 24-bit Out
133Q7O 24-bit Out
134IOVCCIn
135IOGNDIn
136Q6O 24-bit Out
137Q5O 24-bit Out
138CGNDDi
139CVCC18Di
140Q4O 24-bit Out
141Q3O 24-bit Out
142Q2O 24-bit Out
143Q1O 24-bit Out
144Q0O 24-bit Out
3
1
5
1
5
0
ut/Output Pin GNDGround
ut/Output Pin VCC (3.3V
ital Logic VCC (1.8V
ital Logic GNDGround
ut/Output Pin VCC (3.3V
ut/Output Pin GNDGround
ital Logic GNDGround
ital Logic VCC (1.8V
stal Clock OutputDigital Audio
stal Clock InputDigital Audio
ut Pixel Data Bus.Digital Video
ut Pixel Data Bus.Digital Video
ut Pixel Data Bus.Digital Video
ut Pixel Data Bus.Digital Video
ut Pixel Data Bus.Digital Video
ut Pixel Data Bus.Digital Video
ut Pixel Data Bus.Digital Video
ut Pixel Data Bus.Digital Video
ut Pixel Data Bus.Digital Video
ut Pixel Data Bus.Digital Video
ut Pixel Data Bus.Digital Video
ut Pixel Data Bus.Digital Video
ut Pixel Data Bus.Digital Video
ut Pixel Data Bus.Digital Video
ut Pixel Data Bus.Digital Video
ut Pixel Data Bus.Digital Video
ut Pixel Data Bus.Digital Video
ut Pixel Data Bus.Digital Video
ut Pixel Data Bus.Digital Video
ut Pixel Data Bus.Digital Video
ut Pixel Data Bus.Digital Video
ut Pixel Data Bus.Digital Video
ut Pixel Data Bus.Digital Video
ut Pixel Data Bus.Digital Video
HNo connect
4 P96/ANEX1/SOUT4OSDSDOHData output for on-screen display.
5 P95/ANEX0/CLK4OSDCLKCLK OSD IC Serial Communication Clock Output.
6 P94/DA1/TB4INOSDCSOHOSD IC Chip Select Output
7 P93/DA0/TB3INXMRSTOLReset output to XM microprocessor.
8 P92/TB2IN/SOUT3XMSDOOHSerial data output to XM microprocessor.
9 P91/TB1IN/SIN3XMSDIIHSerial data input from XM microprocessor.
10 P90/TB0IN/CLK3XMCLKOCLK Serial clock output to XM microprocessor.
11 P141~XMREQ1LSerial data chip request input from XM microprocessor.
12 P140~XMREQ2H Serial data chip request output to XM microprocessor.
13 BYTEBYTEExternal bus width select pin. Connects to the ground.
14 CNVSSCNVssProcessor mode select pin. Connects to the ground via resistor.
15 P87/XCIN~SDETILS Video input detection pin.
16 P86/XCOUT~SYNCILSync. detection pin.
17 ~RESET~RESETILReset input
18 XOUTXoutCeramic oscillator connection pin.
19 VSSVssPower supply Ground
20 XINXinCeramic oscillator connection pin.
21 VCC1Vcc1Power supply Vcc.
22 P85/~NMI~NMIILConnect the pull-up resistor.
23 P84/~INT2~VSYNCLVertical sync signal detection input.
24 P83/~INT1~REMINILRemote control input.
25 P82/~INT0POFFIHPower failure detection input pin.
26 P81/TA4IN/~U~ADCRSTOLMulti channel AD Reset output
27 P80/TA4OUT/UDIRINTIHDIR interrupt request detection pin.
28 P77/TA3IN~DIRCSOLDIR/CODEC chip select output pin.
29 P76/TA3OUT~DIRRSTOLDIR/CODEC reset output pin.
30 P75/TA2IN/~W~DSPFCSOLChip select output pin for DSP AB
31 P74/TA2OUT/W~DSPCSOLChip select output pin for DSP C
32 P73/~CTS2/~RTS2/TA1IN/~V~VMUTOLVideo mute control output pin
33 P72/CLK2/TA1OUT/VVDM_SCKOHClock output pin to Video microprocessor.
34 P71/RXD2/SCL2/TA0IN/TB5INVDM_SIIHData output pin to Video microprocessor.
35 P70/TXD2/SDA2/TA0OUTVDM_SOOHData input pin from Video microprocessor.
36 P67/TXD1/SDA1FTXDOHPort for writing Flash./RS232 port output.
37 Vcc1
38 P66/RXD1/SCL1FRXDIHPort for writing Flash./RS232 port input.
39 Vss
40 P65/CLK1FCLKOCLK Port for writing Flash.
41
P64/~CTS1/~RTS1/~CTS0/CLKS1
FBUSYOHPort for writing Flash.
42 P63/TXD0/SDA0PLLSDA/VCSDA I/OH
Tuner I2C bus data pin/Video Dec/Enc serial communication data output pin
43 P62/RXD0/SCL0PLLSCL/VCSCLOCLK
Tuner I2C bus clock output pin/Video Dec/Enc serial communication clock output pin
44 P61/CLK0~STEREOILFM stereo broadcast defection input
45 P60/~CTS0/~RTS0~TUNEDILTuner tuned detection input pin
46 P137~VDMRSTOHReset output pin to video microprocessor.
47 P136VDM_STBIHStrobe input pin from video microprocessor.
48 P135TXMUTEOHMuting output pin to video microprocessor.
49 P134RXMUTEIHMuting input pin from video microprocessor.
50 P57/~RDY/CLKOUT~DSPINTILInterrupt request detection pin for DSP C.
51 P56/ALE~DSPFINTILInterrupt request detection pin for DSP AB.
52 P55/~HOLDConnect to the ground.
53 P54/~HLDA~DSPRSTOLDSP reset output pin
54 P133MLTSELOHMulti Ch AD and HDMI(I2S) select pin
55 P132Z2VCLKOHSerial clock output pin for Zone2 Volume IC.
56 P131Z2VDATOHSerial data output pin for Zone2 Volume IC.
57 P130Z2VMUTOHMute control output pin for Zone2 Volume IC.
58 P53/BCLKVOLSTBOHStrobe output for Volume
59 P52/~RDVOLCLKOCLK Serial clock output for Volume
60 P51/~WRH/~BHEVOLDATOHSerial data output for Volume
61 P50/~WRL/~WR~FCEIHPort for writing Flash.
62 P127~VCRSTOLVideo Dec/Enc reset control pin
63 P126
64 P125
MICROPROCESSOR TERMINAL DESCRIPTIONS
DTR-7.6
7
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TEL 13942296513 QQ 376315150 892498299
TEL
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7
3
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Power supply
Ground
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8
3
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1
9
5
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Page 61
No. Pin Name FunctionI/O Act. Description
65 P47/~CS3Z2MUTOHZone2 Out mute control pin
66 P46/~CS2SBZ2MUTOHSurround back/Zone2 mute control.
67 P45/~CS1AMUTOHAudio mute control pin
68 P44/~CS0SPRLFOHFront speaker relay control pin
69 P43/A19SPRLCSOHCenter/Surround back speaker relay control pin.
70 P42/A18SPRLSBOHSurround back speaker relay control pin.
71 P41/A17SPRLZ2OHZone2 speaker relay control pin
72 P40/A16DIGSDOOHSerial communication data output pin for DIR/CODEC/DSP.
73 P37/A15DIGSDIIHSerial communication data input pin for DIR/CODEC/DSP.
74 P36/A14DIGCLKOCLK Serial communication clock output pin for DIR/CODEC/DSP.
75 P35/A13DSPBUSYIHBusy detection pin for DSP C.
76 P34/A12DGSW1OHDIGITAL AUDIO MCK select 1. Not used.
77 P33/A11DGSW2OHDIGITAL AUDIO MCK select 2. Not used.
78 P32/A10VPOWEROHPower control output for video section
79 P31/A09APOWEROHPower source control output
80 P124FANHOLFan speed control pin. High: Low speed Low: High speed
81 P123FANCTRLOLFan operation control pin. High: Stop Low: Rotation
82 P122TRGAOH12V trigger output A
83 P121TRGBOH12V trigger output B
84 P120TRGZ2OH12V trigger output ZONE2
85 VCC2Vcc2Power supply
86 P30/A8(/-/D7)SEC1HOHVoltage select control pin
87 VSSVssGround
88 P27/AN27/A7(/D7/D6)VOLHIA/D Signal level detection circuit
89 P26/AN26/A6(/D6/D5)THERMALIA/D Thermal detection pin
90 P25/AN25/A5(/D5/D4)PROTECTIHProtection circuit detection circuit
91 P24/AN24/A4(/D4/D3)FSWSTBOHStrobe output pin for function switch
92 P23/AN23/A3(/D3/D2)FSWCLKOHSerial clock output pin for function switch
93 P22/AN22/A2(/D2/D1)FSWSDOOHSerial data output pin for function switch
94 P21/AN21/A1(/D1/D0)RDSDATIHSerial data input pin for RDS
95 P20/AN20/A0(/D0/-)RDSSIGIHDemodulator data input pin for RDS
96 P17/D15/~INT5SYSINIHRI input pin
97 P16/D14/~INT4~IRINILIRIN remote control input pin
98 P15/D13/~INT3~RDSCLK/POFF2 ILSerial clock input pin for RDS
99 P14/D12~SYSOUTOLRI output pin
100 P13/D11LEDPUREOHPure Audio LED control output pin
101 P12/D10
102 P11/D9LEDSTBYOHSTANDBY LED control pin
103 P10/D8HPRLOHHeadphone relay control pin
104 P07/AN07/D7HPDETIHHeadphone detection input
105 P06/AN06/D6~MICDETILMicrophone detection input
106 P05/AN05/D5VOLBI
Before Idling current adjustment, turn the trimming resistors R6040 to R6046 to counter-clockwise.
Connect the DC voltmeter at the sockets P6080 to P6086 via the carbon resistors 100 ohm 1/4W.
After turn POWER to ON, adjust the trimming resistors R6040, R6041 and R6042 so that the reading of
voltmeter becomes 2.5 mV. (Front and center channels)
Adjust the trimming resistors R6043, R6044, R6045 and R6046 so that the reading of
voltmeter becomes 1.5 mV. (Surround and surround back channels)
After adjustment, attach the top cover.
TEL 13942296513 QQ 376315150 892498299
Confirm the voltage of points above after about five minutes.
Front and center channels
When less than 9.0 mV, readjust the resistors above so that the voltage becomes 9.0 mV.
When 9.0 mV to 11.0 mV, you are not necessary to adjust.
When more than 11.0 mV, readjust the resistors above so that the voltage becomes 11.0 mV.
Surround and surround back channels
When less than 6.0 mV, readjust the resistors above so that the voltage becomes 6.0 mV.
When 6.0 mV to 8.0 mV, you are not necessary to adjust.
When more than 6.0 mV, readjust the resistors above so that the voltage becomes 8.0 mV.
Note: No load and No signal
3
7
6
3
DC voltmeter
1
5
100 ohm
1/4watts
1
5
Jig terminal
0
Test point
8
ID+
ID-
9
2
4
9
8
DTR-7.6
2
9
9
TEL 13942296513 QQ 376315150 892498299
TEL
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13942296513
P6952A
P6000A
R6046
JL6006B
P6086
NAAF-8682
Confirmation of protection circuit
1. Confirmation of operation of speaker relay
Confirm that the speaker relays turn ON approximate 5 seconds after the power switch is turned ON.
Confirm that the speaker relays turn OFF immediately after the power switch is turned OFF.
2. Confirmation of DC detection circuit
Press and hold down CD button, then press STANDBY/ON button to set the unit to "Test- 1".
After "Test- 1" on the FL tube light on, press DVD button to set the unit to "Test- 1-00".
Apply DC 1.5 to 3.5V to the MULTI-CH INPUT terminal with no load.
Confirm that the speaker relay turns OFF.
Apply DC -1.5 to -3.5 V to the MULTI-CH INPUT terminal with no load.
Confirm that the speaker relay turns OFF.
w
Caution: Don't apply DC voltage more than 1 sec..
w
JL6200B
.
U064
Surround
back
amplifier
xia
JL6600A
o
P6080
y
R6040
u
Q
Q
P6001A
P6081
1
7
3
U06
NAAF-8678
JL6603A
P6002A
R6041
6
3
6
P5004B
P6082
3
R6042
.
1
1
5
P3105A
P6003A
P6083
c
5
o
0
R6043
m
8
P3104A
P6004A
P6084
9
2
9
4
P3103A
P6005A
R6044
8
P6085
2
9
9
R6045
P3101A
P3102A
JL6200A
Page 63
ADJUSTMENT AND CONFIRMATION PROCEDURES 2
3. Confirmation of Current detection circuit
Q
TEL 13942296513 QQ 376315150 892498299
Set the unit to "Test- 1-00".
Q
Connect the differentiating circuit and apply the 50Hz square signal to MULTI CHANNEL INPUT terminal
of each channel.
Adjust the attenuator or Volume so that the output level becomes 35V p-p.
Confirm that the speaker relay does not turn OFF when a 3.0 ohm load is connected.
Confirm that the speaker relay turns OFF when a 1.0 ohm load is connected.
7
3
CR
OSCILLATOR
50Hz
SQUARE
INPUT
6
3.3k
1
3
DIFFERENTIATING
CIRCUIT
0.1 F
5
1SS133x6
1
ATTENUATOR
5
0
MULTI
CHANNEL
INPUT
3.3k
UNIT
8
2
9
SPEAKER
TERMINAL
4
9
OSCILLOSCOPE
8
DTR-7.6
2
9
9
TEL 13942296513 QQ 376315150 892498299
OUTPUT
10k
GND
Differentiating Circuit
TEL
Test Mode
1. Turn POWER button on.
2. Press and hold down CD button, then press STANDBY/ON button.
3. After "Test - " on the FL tube is displayed, press CD button to set the unit to the test mode of FL tube.
Note: DVD :Test- 1 VIDEO 1 :Test- 2
VIDEO 2 :Test- 3 VIDEO 3:Test- 4
Change of item
Tone + ....UP
Tone - ......DOWN
Check of unit by test mode
Voltage detection circuit
Set the unit to "Test- 4-21".
The microprocessor checks the output voltage of all channels automatically
When the output voltage is abnormal, "Protect NG" is displayed on FL tube.
When the voltage of all channels is normal, "Test- 4-35" is displayed on FL tube.
4-21:FL 4-22:FR 4-23:C 4-24:SL 4-25:SR 4-26:SBL 4-27:SBR
Current detection circuit
Set the unit to "Test- 4-35".
Connect the hollow resistor 3 ohm across the speaker terminal.
Check that the speaker relay turn On.
When connect the hollow resistor 1.5 ohm, check that the speaker relay turn Off.
Note: Check the all channels.
13942296513
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0.01 F
7
3
5
1
3
6
Test- X-YZ
1
5
0
8
9
2
Item
35Vp-p
9
4
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2
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Q
ADJUSTMENT AND CONFIRMATION PROCEDURES 3
FL tube
Press and hold down CD button, then press STANDBY/ON button.
Q
After "Test - " on the FL tube is displayed, press CD button to set the unit to the test mode of FL tube.
UP
direction
3
7
6
All segments
light on.
3
1
DOWN
direction
5
1
5
0
Press STANDBY button
to finish the test mode of FL tube.
8
9
2
4
9
8
DTR-7.6
2
9
9
TONE +
"FEDCBA987654321"
light on.
TEL 13942296513 QQ 376315150 892498299
The segments of even
number light on .
The segments of odd
number light on .
"Model,Destination"
light on.
TEL
13942296513
Confirmation of voltage sensor and thermal protector
1. Set the unit to "Test- 4-36 " and "4-37".
Confirm that FM STEREO is displayed and Speaker relays RL6901 and RL6902 turn Off.
2. Set the unit to "Test- 4-38 ".
Confirm that FM STEREO is displayed and Speaker relays RL6901 and RL6902 turn Off.
Confirmation of cooling fan
1. Confirm that the fan does not rotate when no input signal.
2. Set the unit to "Test- 4-36 " and "4-37".
Confirm that the fan rotates at a low speed.
3. Set the unit to "Test- 4-39 ".
Confirm that the fan rotates at a high speed.
TONE -
Q
Q
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7
6
3
1
5
1
5
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8
9
2
4
9
8
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FW UPGRADE
How to check version
7
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3
DISPLAY
Ver.1.08/05Y29a
Within 3 sec.
SETUP
DSP V er .:
Within 3 sec.
ENTER
DSP F/W Update
13942296513
+
6
STANDBY/ON
FL tube
FL tube
F
L tube
3
1
5
1
1. Hold down "Display" and then press "Standby" button to show Main version.
2. Press "Setup" within 3 seconds.
When you press "Setup", another version of program is shown.
Front Display shows each version of programs in the following order:
DSP Ver.
HDM Ver. (HDMI)
Tun Ver. (XM Radio) -- blank except MDD
3. DSP Ver. is not shown easily.
To check the version of DSP FW,
3-1 When "DSP Ver. " is shown, press "Enter" within 3 seconds.
"DSP F/W Update" will be shown.
3-2 Press any input selector button to exit "DSP F/W Update".
3-3 Hold down "Display" and then press "Standby" button to show Main version.
3-4 Press "Setup" within 3 seconds.
DSP V er .:05Y28a
Within 3 sec.
SETUP
HDM V er .:05X04b
Within 3 sec.
5
0
FL tube
FL tube
Q
Main FW and DSP FW
1) If both FWs need to be upgraded, DSP FW Upgrade should
be done first.
2) If either of Main Board or DSP Board is replaced, certain
combinations of Main-DSP FW versions do not allow you to
upgrade DSP FW.
In that case, rewrite a compatible version of Main FW,
upgrade DSP FW, and then upgrade Main FW.
DSP: Ver.05723a - Main: Ver. 1.04/05921a,1.06/05X06b,
DSP: Ver. 05Y28a - Main: Ver. 1.08/05Y25a
3
Q
7
8
6
3
1
9
5
2
1
5
0
4
9
8
9
2
8
4
2
9
8
2
DTR-7.6
9
9
9
9
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Selector key
SETUP
TUN V er .:05807A
FL tube
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FW UPGRADE
DTR-7.6
DSP/Video FW Upgrade
Q
Q
0. Unzip “firmware.zip” and store the unzipped folder
& files and "Update.exe" as below.
NOTE: THE COMPONENTS IDENTIFIED BY MARK !
ARE CRITICAL FOR RISK OF FIRE AND
ELECTRIC SHOCK. REPLACE ONLY WITH
PART NUMBER SPECIFIED.
CAUTION: Replacement for transistor of mark *, if necessary
must be made from the same beta group (h
the original type.
NOTE: <D>: USA model only <A>:Australian model only
F951,F952252079GR!6.3A-SE-EAK,Fuse
P691 24502319D09A-12PG(EX),Fan
P701 2047131012NCFC7-131012,FFC
P7534 2045405512NCFC5-405012,FFC
Q6050,Q6051,Q6052 2203686 or*MN150S-P or
Q6053,Q60542203683 or*MN150S-O or
Q6055,Q60562203684*MN150S-Y,Transistor
Q6050A223024AC238,Isolated plate
Q6060,Q6061,Q6062 2203696 or*MP150S-P or
Q6063,Q60642203693 or*MP150S-O or
Q6065,Q60662203694*MP150S-Y,Transistor
T901 2301830!NPT-1526D,Power transformer <D>
U011B104555-1ANAVD-8655-1A,HDMI video circuit PC board ass'y
U021B104557-1DNAVD-8657-1D, Video circuit PC board ass'y <D>
U031B104560-1UNADG-8660-1U, DSP circuit PC board ass'y <A>
U0321B104561-1UNAAR-8661-1U,Main microprocessor PC board ass'y <A>
U0321B104563-1UNAETC-8663-1U,Holder PC board ass'y <A>
T
E
U04 1B104564-1HNAPS-8664-1H, Primary circuit PC board ass'y <D>
U0421B104565-1HNAPS-8665-1H, Secondary circuit PC board ass'y <D>
U0431B104566-1HNAETC-8666-1H, Speaker terminal PC board ass'y <D>
U0441B104567-1HNAETC-8667-1H, Speaker terminal C PC board ass'y <D>
U0451B104568-1HNAAF-8668-1H, Driver circuit PC board ass'y <D>
U0481B104571-1HNAETC-8671-1H,AC inlet PC board ass'y <D>
U061B104578-1HNAAF-8678-1H,Amplifier PC board ass'y
U0621B104580-1HNAETC-8680-1H,Thermal detector PC board ass'y
U0631B104581-1HNAETC-8681-1H,Holder PC board ass'y
U0641B104582-1HNAAF-8682-1H,Surround back amplifier PC board ass'y
U071B104583-1CNADIS-8683-1C,Display circuit PC board ass'y
U0721B104584-1CNAETC-8684-1C,Front video PC board ass'y
3
L
7
2301831!NPT-1526P,Power transformer <A>
1B104557-1HNAVD-8657-1H, Video circuit PC board ass'y <A>
1B104560-1VNADG-8660-1V, DSP circuit PC board ass'y <D>
1B104561-1VNAAR-8661-1V,Main microprocessor PC board ass'y <D>
139
1B104563-1VNAETC-8663-1V,Holder PC board ass'y <D>
1B104564-1YNAPS-8664-1Y, Primary circuit PC board ass'y <A>
1B104565-1YNAPS-8665-1Y, Secondary circuit PC board ass'y <A>
1B104566-1YNAETC-8666-1Y, Speaker terminal PC board ass'y <A>
1B104567-1YNAETC-8667-1Y, Speaker terminal C PC board ass'y <A>
1B104568-1YNAAF-8668-1Y, Driver circuit PC board ass'y <A>
1B104571-1YNAETC-8671-1Y,AC inlet PC board ass'y <A>
6
4229651
3
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TEL 13942296513 QQ 376315150 892498299
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U0731B104585-1CNCETC-8685-1C,Headphone terminal PC board ass'y
U0751B104587-1CNAETC-8687-1C,Volume PC board ass'y
U0761B104521-1CNAETC-8721-1C,Holder PC board ass'y
U0771B104522-1CNAETC-8722-1C,Holder PC board ass'y
U08 1B104588-1ANARF-8688-1A,XM radio PC board ass'y <D>
U11240155FAE485-E12EX,Tuner unit <A>
NOTE: THE COMPONENTS IDENTIFIED BY MARK !
ARE CRITICAL FOR RISK OF FIRE AND
ELECTRIC SHOCK. REPLACE ONLY WITH
PART NUMBER SPECIFIED.
NOTE: <D>: USA model only <A>:Australian model only
139
29054469ACarton box <A>
29364244Label UPC <D>
6
4229651
3
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TEL 13942296513 QQ 376315150 892498299
Q
A85129365089AWarranty card <D>
P901 253297KAW or !AS-UC-2 or
U12 1B068MICMIC-5000,Microphone
T
E
3
L
7
253352TES!AS-UC-2,Power supply cord <D>
253391VOL!AS-SAA,Power supply cord <A>
139
6
4229651
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TEL 13942296513 QQ 376315150 892498299
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PRINTED CIRCUIT BOARD-PARTS LIS
HDMI VIDEO CIRCUIT PC BOARD (NAVD-8655-1A)
CIRCUIT NO.
Q8305 IC
Q8306 IC
Q8401 IC
Q8404 IC
Q8461 IC
Q8501 IC
Q8506 IC
Q8591
Q8592
T
E
Q8602 IC
Q8606 IC
Q8701 IC
Q8702 IC
Q8308,Q8507,Q8607 TR
Q8309,Q8503,Q8504
,Q8505
NOTE: THE COMPONENTS IDENTIFIED BY MARK !
ARE CRITICAL FOR RISK OF FIRE AND
ELECTRIC SHOCK. REPLACE ONLY WITH
PART NUMBER SPECIFIED.
CAUTION: Replacement for transistor of mark *, if necessar
must be made from the same beta group
the ori
NOTE:<D>: USA model <A>:Australian model onl
NSP: Not supplied par
NJM2860F3-05
TC7SZ08FU
SII9030
XC6213B332MR
SN74CB3Q3305PWR
SII9031
BR24L02FV-W
BA33BC0FP o
TA48033AF
BA18BC0FP o
TA48018AF
XC6213B332MR
BR24L02FV-W
MPD70F3261YGC-8E
BR24L08FV-W
DTA144EE
UM6K1N o
UPA672T
UM6K1N o
UPA672T
1SS226 o
DAN217T146
KDS4148U o
1SS352 o
MA2J111 o
1SS355
BLM21PG221SN1
BLM21PG221SN1
ACM2012D-900-2P-T00
ACM2012D-900-2P-T00
BLM21PG221SN1
BLM21PG221SN1
BLM21PG221SN1
BK1608LL241-T
NCH-1473
HC-49-28.332MHz
i
a
5
TE16L、NQ
TE16L、NQ
3
o
1
FE
y
5
as
0
DESCRIPTION
22242105R2
22242071R2TO
22242256R3
22242277R2
22242258R2
22242257R3
22242069R2
22278033DR2RH o
22278033DR2T
22278018DR2RH o
22278018DR2T
22242277R2
22242069R2
W0006R301571M102
22242070R2
2216380R2
226066R2 o
226067R2
226066R2 o
226067R2
223266R2 o
223285R2
223283R2 o
223234R2 o
223279R2 o
223269R2
230949R2
230949R2
230987R2
230987R2
230949R2
230949R2
230949R2
230959R1
231237M047R2
3010417R2
u
Q
1
Q
6
3
7
3
8
REMARKS
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DTR-7.6
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TEL 13942296513 QQ 376315150 892498299
Q
X8701 CERA LOCK
C8301,C8302 C-CERA C
C8303,C8304 C-CERA C
C8326,C8327,C8329 C-CERA C
C8328 CHIP ELECT C
C8330,C8332,C8398 C-CERA C
C8399,C8403,C8405 C-CERA C
C8401,C8402,C8408 CHIP ELECT C
C8404,C8406,C8407 C-CERA C
C8409,C8418,C8501 CHIP ELECT C
C8410,C8412,C8414 C-CERA C
C8411,C8413,C8415 C-CERA C
C8416,C8419,C8421 C-CERA C
C8417,C8420,C8422 C-CERA C
C8423,C8425,C8427 C-CERA C
C8424,C8426,C8451 C-CERA C
C8428 C-CERA C
C8452,C8461,C8505 C-CERA C
C8453,C8624,C8709 CHIP ELECT C
C8502,C8503,C8509 CHIP ELECT C
C8504,C8510,C8513 C-CERA C
C8506,C8507,C8508 C-CERA C
C8511,C8512,C8514 C-CERA C
C8515,C8516,C8519 C-CERA C
T
E
C8517,C8524,C8529 C-CERA C
C8518,C8520 CHIP ELECT C
C8521,C8522,C8523 C-CERA C
C8525,C8526,C8527 C-CERA C
C8528,C8530,C8531 C-CERA C
C8532,C8533,C8537 C-CERA C
C8534,C8535,C8536 C-CERA C
C8538,C8539,C8541 C-CERA C
C8540,C8544,C8546 C-CERA C
C8542,C8543 C-CERA C
C8545,C8547,C8549 C-CERA C
C8548,C8552,C8554 C-CERA C
C8550,C8551 CHIP ELECT C
C8553,C8555,C8556 C-CERA C
C8558,C8559,C8561 C-CERA C
C8560,C8562,C8598 C-CERA C
C8581,C8591 C-CERA C
C8592,C8594 CHIP ELECT C
C8593,C8681 C-CERA C
C8599,C8622,C8623 C-CERA C
C8698,C8699,C8701 C-CERA C
C8702,C8703,C8705 C-CERA C
C8704 CHIP ELECT C
C8706,C8707 C-CERA C
C8708,C8710C-CERA C
R8301,R8302,R8303 C-CARBON R
R8304,R8504 C-CARBON R
R8323,R8521,R8534 C-CARBON R
R8324,R8337,R8338 C-CARBON R
R8325,R8738 C-CARBON R
R8333,R8452,R8545 C-CARBON R
R8334,R8335 C-CARBON R
R8341 C-CARBON R
R8401,R8402,R8403 C-CARBON R
R8404,R8406,R8407 C-CARBON R
R8405,R8416,R8417 C-R NET
R8408,R8409,R8422 C-CARBON R
R8410 C-CARBON R
R8411,R8413,R8414 C-CARBON R
R8415,R8427 C-CARBON R
R8418,R8421,R8423 C-R NET
R8424,R8737 C-R NET
R8425,R8426,R8709 C-CARBON R
R8461,R8567,R8568 C-CARBON R
R8462 C-CARBON R
R8501,R8502,R8503 C-CARBON R
R8505,R8506,R8507 C-CARBON R
R8508,R8509,R8512 C-CARBON R
R8511,R8522,R8523 C-R NET
T
E
R8513,R8514,R8516 C-CARBON R
R8515 C-CARBON R
R8517,R8701 C-CARBON R
R8518,R8519,R8520 C-CARBON R
R8524 C-CARBON R
R8525,R8526 C-R NET
R8527,R8528 C-R NET
R8535,R8536,R8538 C-CARBON R
R8541,R8544,R8634 C-CARBON R
R8542,R8543 C-CARBON R
R8569,R8570,R8571 C-CARBON R
R8572,R8573,R8574 C-CARBON R
R8575,R8576,R8577 C-CARBON R
R8578,R8579,R8580 C-CARBON R
R8581,R8582,R8708 C-CARBON R
R8633,R8645,R8705 C-CARBON R
R8635,R8636,R8638 C-CARBON R
R8641,R8644 C-CARBON R
R8642,R8643 C-CARBON R
R8706,R8707,R8710 C-CARBON R
R8711,R8712,R8722 C-CARBON R
R8713,R8714,R8715 C-CARBON R
R8716,R8719,R8720 C-CARBON R
R8717,R8718 C-CARBON R
R8721,R8729,R8730 C-CARBON R
R8723,R8724,R8725 C-CARBON R
R8726,R8727C-CARBON R
R8728 C-R NET
R8731,R8732,R8739 C-CARBON R
R8733,R8734 C-CARBON R
R8740,R8741,R8742 C-CARBON R
R8743,R8745,R8747 C-CARBON R
R8744,R8746 C-CARBON R
R8748,R8749,R8750 C-CARBON R
R8751,R8752,R8753 C-CARBON R
R8754,R8755,R8756 C-CARBON R
R8757,R8758C-CARBON R
P8302,P8501,P8601 HDMI JACK
P8003 SOCKET
P8702 PLUG
NJM2595M
LC74763-9836
ADV7183B
TA48033AF
BA33BC0FP
TA48018AF
BA18BC0FP
ADV7172
LA7106MFP
NJU7313AM
KTC3875-GR o
2SC2712-GR
RN1443 o
KRC286S
KTA1504-GR o
2SA1162-GR
KRA102S o
RN2402 o
UNR2111
RN1443 o
KRC286S
KRC101S o
RN1401
2SK3019
KDS4148U o
1SS352 o
1SS355 o
MA2J111
HC-49/U0314.318M
HC-49/U0317.734M
FCX-03-28.6363MH
NCH-1572
22241946R2
22241779
22242202R3
22278033DR2T o
22278033DR2RH
22278018DR2T o
22278018DR2RH
22242155R3
22241465R2
22242211R2
2216175R2 o
2213145R2
2215510R2 o
2217250R2
2216185R2 o
2214375R2
2216220R2 o
2214530R2 o
2217110R2
2215510R2 o
2217250R2
2216330R2 o
2214460R2
2216520R2
223283R2 o
223234R2 o
223269R2 o
223279R2
3010363
3010364<A>
3010408R2
231292J056R2
u
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(VR)
(VR)
(VR)
(VR)
(VR)
(VR)
(VR)
(VR)
(VR)
(VR)
(VR)
(VR)
r
r
DTR-7.6
Q
TEL 13942296513 QQ 376315150 892498299
Q
L2002,L2007 CHOKE COIL
L2101,L2104,L2105 CHOKE COIL
L2102,L2103 CHOKE COIL
C2001,C2002,C2003 C-CERA C
C2004,C2005,C2007 VR C
C2006,C2009,C2015 C-CERA C
C2008,C2013,C2014 VR C
C2010,C2011,C2012 C-CERA C
C2016,C2017,C2018 C-CERA C
C2019,C2020VR C
C2021,C2022,C2025 C-CERA C
C2023,C2024,C2027 VR C
C2026,C2029,C2030 C-CERA C
C2028,C2031,C2032 VR C
C2033,C2052,C2066 C-CERA C
C2041 C-CERA C
C2042 C-CERA C
C2043 C-CERA C
C2044 C-CERA C
C2045,C2046,C2047 C-CERA C
C2048,C2050 C-CERA C
C2049,C2057 VR C
C2051,C2073,C2078 VR C
C2053,C2065,C2177 VR C
T
E
C2054 VR C
C2055 C-CERA C
C2056 TF C
C2058 TF C
C2059 C-CERA C
C2060 C-CERA C
C2061 VR C
C2063 TF C
C2067,C2068,C2071 C-CERA C
C2072,C2090,C2101 C-CERA C
C2091,C2092 VR C
C2102,C2136 VR C
C2103,C2105,C2106 C-CERA C
C2104,C2112,C2115 CHIP TANTAL
C2117,C2119,C2164 CHIP TANTAL
C2107,C2108,C2109 C-CERA C
C2110,C2124C-CERA C
C2111,C2113,C2114 C-CERA C
C2116,C2118,C2120 C-CERA C
C2121,C2122C-CERA C
C2123,C2125,C2126 C-CERA C
C2128,C2129C-CERA C
C2130,C2134,C2137 C-CERA C
C2131,C2135 C-CERA C
C2132 C-FILM C
C2133 C-FILM C
C2141,C2142,C2161 C-CERA C
C2162,C2163,C2178 C-CERA C
C2171,C2172,C2173 C-CERA C
C2174,C2175,C2176 C-CERA C
C2179,C2182,C2183 C-CERA C
C2180,C2181,C2184 VR C
C2185,C2186C-CERA C
C2188,C2189C-CERA C
C2201,C2002C-CERA C
R2001,R2002,R2003 C-CARBON R
R2004,R2005,R2006 C-CARBON R
R2007,R2008,R2009 C-CARBON R
R2010,R2011,R2012 C-CARBON R
R2013,R2014,R2015 C-CARBON R
R2016,R2017,R2018 C-CARBON R
R2019,R2020,R2021 C-CARBON R
R2041,R2042,R2043 C-CARBON R
R2044,R2064C-CARBON R
R2045,R2065C-CARBON R
R2046,R2055,R2101 C-CARBON R
R2047,R2057 C-CARBON R
R2048,R2053 C-CARBON R
R2049 C-CARBON R
T
E
R2050,R2058,R2059 C-CARBON R
R2051 C-CARBON R
R2052 C-CARBON R
R2054,R2094,R2095 C-CARBON R
R2056,R2061 C-CARBON R
R2060 C-CARBON R
R2062 C-CARBON R
R2063 C-CARBON R
R2066,R2067 C-CARBON R
R2070 C-CARBON R
R2071,R2072,R2073 C-CARBON R
R2074,R2075,R2076 C-CARBON R
R2077,R2078,R2079 C-CARBON R
R2080,R2081,R2082 C-CARBON R
R2083,R2084,R2085 C-CARBON R
R2086,R2162,R2164 C-CARBON R
R2087
R2088 C-CARBON R
R2089 C-CARBON R
R2090 C-CARBON R
R2091,R2096C-CARBON R
R2092,R2097 C-CARBON R
R2093,R2098C-CARBON R
R2102,R2103,R2104 C-CARBON R
R2105,R2106,R2107 C-CARBON R
R2108,R2115C-CARBON R
R2109,R2111,R2112 C-CARBON R
R2110,R2113C-CARBON R
R2114,R2130,R2131 C-CARBON R
R2116 C-CARBON R
R2121,R2122,R2123 C-CARBON R
R2124,R2125,R2126 C-CARBON R
R2127,R2128,R2129 C-CARBON R
R2132,R2133,R2143 C-CARBON R
R2134,R2135 C-CARBON R
R2141,R2142 C-CARBON R
R2144 C-CARBON R
R2145 C-CARBON R
R2161,R2163,R2165 C-CARBON R
R2166,R2168 C-CARBON R
R2167,R2169,R2171 C-CARBON R
R2170,R2172 C-CARBON R
R2173,R2174 C-CARBON R
R2175 C-CARBON R
R2176,R2177,R2178 C-CARBON R
R2179,R2180 C-CARBON R
R2181,R2182,R2183 C-CARBON R
R2184,R2185,R2186 C-CARBON R
R2187,R2188,R2189 C-CARBON R
T
E
R2190,R2191,R2192 C-CARBON R
R2201,R2202,R2203 C-CARBON R
R2204,R2205C-CARBON R
R2207,R2208,R2209 C-CARBON R
RL2201,RL2202 RELAY
RL2203,RL2204RELAY
RL2205
P2001,P2002 PIN JACK
P2003PIN JACK
P2007
P2201
P2202 PIN JACK
JL2006AWIRE HOL
P2004A,P2005ASOCKET
DSP CIRCUIT PC BOARD
MAIN MICROPROCESSOR PC BOARD (NAAR-8661-1U/1V
HOLDER PC BOARD (NAETC-8663-1U/1V
CIRCUIT NO.
Q121
Q131 IC
w
3
L
w
7
139
RELAY
RELAY
PIN JACK
PIN JACK
PIN JACK
PIN JACK
NADG-8660-1U/1V
PART NAM
IC
IC
IC
w
6
3
4229651
.
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RN72K1J-102JE
RN72K1J-101JE
RN72K1J-222JE
RN72K1J-472JE
RN72K1J-681JE
RN72K1J-330JE
RN72K1J-330JE
RN72K1J-330JE
RN72K1J-101JE
RN72K1J-122JE
RN72K1J-122JE
RN72K1J-330JE
RN72K1J-472JE
RN72K1J-101JE
RN72K1J-104JE
RN72K1J-101JE
RN72K1J-104JE
RN72K1J-101JE
RN72K1J-180JE
RN72K1J-820JE
RN72K1J-391JE
RN72K1J-820JE
RN72K1J-820JE
RN72K1J-680JE
RN72K1J-680JE
RN72K1J-475JE
RN72K1J-102JE
RN72K1J-000JE
NPL-2P1A-DC4.5-169 o
NRL-2P2A-DC4.5-173
NPL-2P1A-DC4.5-169 o
NRL-2P2A-DC4.5-173
NPJ-10PDSY628 o
NPJ-10PDBY481
NPJ-5PDSY629 o
NPJ-5PDBY482
NPJ-9PDGLR630 o
NPJ-9PDGLR520
NPJ-3PDGLR631
NSCT-5P896
NSCT-13P2193
DESCRIPTION
74HCU04F o
SN74HCU04NSR
TC7WU04FU
TC74VHC157FT o
i
a
5
3
o
1
y
5
0
435031024R1
435031014R1
435032224R1
435034724R1
435036814R1
435033304R1
435033304R1
435033304R1
435031014R1
435031224R1
435031224R1
435033304R1
435034724R1
435031014R1
435031044R1
435031014R1
435031044R1
435031014R1
435031804R1
435038204R1
435033914R1
435038204R1
435038204R1
435036804R1
435036804R1
435034754R1
435031024R1
435030004R1
25065645 o
25065658
25065645 o
25065658
25045849 o
25045684
25045850 o
25045685
25045851 o
25045732
25045852
25051109
25052296
PART NO.REMARKS
222740046R2 o
222740046R2TI
22240935R2
22274157ER2TO o
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7
3
6
8
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1
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5
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TEL 13942296513 QQ 376315150 892498299
9
Page 80
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(
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(
r
r
r
r
R
(
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r
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r
K
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r
r
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r
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r
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r
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r
r
r
r
z
Q141,Q161
DTR-7.6
Q
Q191
Q192
Q
3
TEL 13942296513 QQ 376315150 892498299
Q193
Q201 IC
Q211 IC
Q285
Q301,Q302,Q303 IC
Q331,Q341,Q351 IC
Q361 IC
Q400,Q401,Q402 IC
Q403,Q410,Q411IC
Q412,Q413,Q420IC
Q421,Q422,Q423 IC
Q430,Q431,Q432 IC
Q433 IC
Q551IC
Q701 IC
Q710 IC
XC6213B332MR
TC74VHCT541AFT or
SN74AHCT541PWR
TC74VHC541FT
TC74VHC541FT o
SN74AHC541PWR
S-812C56AUA-C3
KRC104S o
RN1404
KRA102S o
RN2402
GP1FAV51RKF5 o
TORX177L
GP1FAV51TKBF o
TOTX177L
KDS4148U o
1SS352 o
1SS355 o
MA2J111
UDZS5.1B o
HZU5.1B
RL1N4003 o
GP104003E
HC-49U0312.288MH
CSTCR6M0055-R0
NCH-1471
i
5
TE16L、NQ) o
TE16L、NQ) o
TE16L、NQ) o
a
3
EKJ) o
o
1
0156
0155
5
y
0
22274157IR2TI
22278033DR2T o
22278033DR2RH
22278025DR2TO o
22241835R2
22278005DR2TO o
22278005DR2NE o
22278005DR2J
22242039R3
22274541GR2TO o
22274541GR2TI
22274541E1R2TO o
22274541ER2TO o
22274541IR2TI
22242207R2
2216210R2 o
2214490R2
2216220R2 o
2214530R2
24120129 o
24120127
24120132 o
24120126
223283R2 o
223234R2 o
223269R2 o
223279R2
224550510R2 o
224660514R2
22380260 o
22380035
3010414
3010397R2
231237K022R2
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7
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6
8
3
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1
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TEL 13942296513 QQ 376315150 892498299
9
Page 81
(VR)
(VR)
(VR)
(VR)
(VR)
(VR)
(VX)
(VX)
(VX)
(VX)
(VX)
(VR)
DTR-7.6
Q
TEL 13942296513 QQ 376315150 892498299
Q
L121,L122,L331 CHOKE COIL
L133 EMIFIL
L141,L161CHOKE COIL
L142,L204 EMIFIL
L191,L192CHOKE COIL
L201,L202,L203CHOKE COIL
L281,L285,L332 CHOKE COIL
L341,L351 CHOKE COIL
L342,L352,L361 CHOKE COIL
L362,L366,L367 EMIFIL
L363,L364,L365 CHOKE COIL
L601,L602 CHOKE COIL
L603,L604 CHOKE COIL
C101,C102,C218C-CERA C
C103,C104,C108 C-CERA C
C105,C106,C107C-CERA C
C111,C112,C113 C-CERA C
C114,C115,C122C-CERA C
C116,C121 VR C
C125,C146 C-CERA C
C131,C134,C201 C-CERA C
C132,C133C-CERA C
C141,C161C-CERA C
C191,C193 VR C
T
E
C192,C194,C196 VR C
C195VX C
C202,C203,C204 C-CERA C
C205,C206,C208 C-CERA C
C207,C210,C211 VR C
C209,C212,C216 C-CERA C
C213 CHIP TANTAL
C214 C SERA C
C215 C-CERA C
C217,C282,C286 C-CERA C
C281,C285,C331 VR C
C287,C288,C289 C-CERA C
C290,C291,C332C-CERA C
C301,C304 VX C
C302,C306,C312C-CERA C
C303,C307,C313 C-CERA C
C305,C308,C311VX C
C314,C315,C318 VX C
C316,C322,C326 C-CERA C
C317,C323,C327 C-CERA C
C321,C324,C325 VX C
C328,C334,C344 VX C
C333,C335,C337 C-CERA C
C336,C338,C341 VR C
C339,C342,C343 C-CERA C
C345,C347,C349 C-CERA C
C346,C348,C351 VR C
C352,C353,C355 C-CERA C
C354,C551VX C
C356,C358,C367 VR C
C357,C359,C362 C-CERA C
C361,C369 VX C
C363,C366,C368 C-CERA C
C365 RFS C
C370C-CERA C
C371 C-CERA C
C372,C383,C384 C-CERA C
C373,C374,C375 C-CERA C
C376,C377,C378 C-CERA C
C379,C381 C-CERA C
C380,C382 VX C
C395,C396 TF C
C400,C401,C402 TF C
C403,C404,C405 TF C
C406,C440,C441 TF C
C407 TF C
C410,C411,C412 TF C
C413,C414,C415TF C
C416,C420,C421TF C
T
E
C417,C427TF C
C422,C423,C424 TF C
C425,C426 TF C
C430,C431,C432 TF C
C433,C434,C435 TF C
C436,C437TF C
C442,C443,C444 TF C
C445,C446,C447 TF C
C552VR C
C555,C556 VX C
C557,C558 VX C
C601,C602,C603 C-CERA C
C604,C605 C-CERA C
C606,C607 C-CERA C
C609,C610,C611 C-CERA C
C612,C613,C614C-CERA C
C615,C616,C619 C-CERA C
C617 VR C
C618,C621,C624 C-CERA C
C620 C-CERA C
C625,C626 C-CERA C
C650,C651VX C
C701,C717,C718C-CERA C
C702,C716,C720 VR C
C705 EDL C
C709,C711,C713 C-CERA C
C710,C712,C714 VR C
C715 C-CERA C
C719,C723C-CERA C
C724VR C
R101,R102 C-CARBON R
R103,R104 C-CARBON R
R105,R106,R110 C-CARBON R
R107,R108,R109 C-CARBON R
R111,R112,R113C-CARBON R
R114,R115C-CARBON R
R125,R204,R206 C-CARBON R
R131,R617 C-CARBON R
R133 C-CARBON R
R135,R150,R281C-CARBON R
R141,R142,R144C-CARBON R
R143,R146C-CARBON R
R145,R147,R148C-CARBON R
R161,R162,R164C-CARBON R
R163,R165,R166C-CARBON R
R167,R170C-CARBON R
R168,R169C-CARBON R
R171,R172,R175C-CARBON R
R193 METAL R
T
E
R201,R202,R203 C-CARBON R
R205,R209,R210 C-CARBON R
R207,R214,R233 C-CARBON R
R208,R211,R212 C-CARBON R
R213,R217,R218 C-CARBON R
R215,R216,R220C-CARBON R
R219,R221,R224 C-CARBON R
R222,R223,R276 C-CARBON R
R225,R226,R227 C-CARBON R
R228,R229,R230 C-CARBON R
R231,R232,R240 C-CARBON R
R234,R235,R236 C-CARBON R
R237,R238,R239 C-CARBON R
R241,R242,R245 C-CARBON R
R243,R244,R247
R246,R248,R255C-CARBON R
R249,R250,R251 C-CARBON R
R252,R253,R254 C-CARBON R
R256,R257,R261 C-CARBON R
R258,R259,R260 C-CARBON R
R262,R266,R267 C-CARBON R
R263,R270,R271 C-CARBON R
R264,R371,R732 C-CARBON R
R265,R268,R269 C-CARBON R
R272,R304,R305 C-CARBON R
R273,R274,R275 C-CARBON R
R277 C-CARBON R
R278,R301,R306 C-CARBON R
R285,R331,R341 C-CARBON R
R291,R292,R293 C-CARBON R
R294,R295,R296 C-CARBON R
R302,R307,R312 C-CARBON R
R303,R308,R313 C-CARBON R
R309,R310,R314 C-CARBON R
R311,R316,R321 C-CARBON R
R315,R319,R320 C-CARBON R
R317,R322,R327C-CARBON R
R318,R323,R328 C-CARBON R
R324,R325,R329 C-CARBON R
R326,R332,R334 C-CARBON R
R330,R333,R343 C-CARBON R
R335,R337,R342C-CARBON R
R344,R345,R347 C-CARBON R
R351,R361,R362C-CARBON R
R352,R354,R355C-CARBON R
R353,R420,R421 C-CARBON R
R357,R372,R373C-CARBON R
R363,R364,R365 C-CARBON R
R366,R367,R368C-CARBON R
T
E
R374,R375,R376 C-CARBON R
R377,R378C-CARBON R
R379,R380 C-CARBON R
R381,R382,R383 C-CARBON R
R384,R385,R386 C-CARBON R
R387,R765,R785 C-CARBON R
R391,R392 C-CARBON R
R393,R394 C-CARBON R
R395,R396 C-CARBON R
R400,R401,R402C-CARBON R
R403,R404,R405C-CARBON R
R406,R407,R410 C-CARBON R
R411,R412,R413C-CARBON R
R414,R415,R416C-CARBON R
R417,R447,R457 C-CARBON R
R422,R423,R424 C-CARBON R
R425,R426,R427 C-CARBON R
R430,R431,R432 C-CARBON R
R433,R434,R435 C-CARBON R
R436,R437,R460 C-CARBON R
R440,R441,R442 C-CARBON R
R443,R444,R445C-CARBON R
R446,R450,R451 C-CARBON R
R452,R453,R454 C-CARBON R
R455,R456 C-CARBON R
R461,R462,R463C-CARBON R
R464,R465,R466 C-CARBON R
R467,R470,R471 C-CARBON R
R472,R473,R474C-CARBON R
R475,R476,R477 C-CARBON R
R480,R481,R482 C-CARBON R
R483,R484,R485 C-CARBON R
R486,R487,R530 C-CARBON R
R490,R491,R492 C-CARBON R
R493,R494,R495 C-CARBON R
R496,R497,R500C-CARBON R
R501,R502,R503 C-CARBON R
R504,R505,R506 C-CARBON R
R507,R510,R511 C-CARBON R
R512,R513,R514C-CARBON R
R515,R516,R517 C-CARBON R
R520,R521,R522 C-CARBON R
R523,R524,R525 C-CARBON R
R526,R527 C-CARBON R
R531,R532,R533 C-CARBON R
R534,R535,R536 C-CARBON R
R537,R540,R541 C-CARBON R
R542,R543,R544 C-CARBON R
R545,R546,R547 C-CARBON R
T
E
R551,R791METAL R
R555,R556 METAL O R
R557,R558 METAL O R
R570,R571,R572 C-CARBON R
R573,R574,R575C-CARBON R
R576,R577,R580 C-CARBON R
R581,R582,R583 C-CARBON R
R584,R585,R586 C-CARBON R
R587 C-CARBON R
R602,R603,R604C-CARBON R
R605,R606C-CARBON R
R607 C-CARBON R
R608,R609C-CARBON R
R610,R612,R613C-CARBON R
R611,R614,R629 C-CARBON R
R615,R616,R618C-CARBON R
R617C-CARBON R
R619,R620,R621 C-CARBON R
R622,R623,R625 C-CARBON R
R624 C-CARBON R
R627,R628,R630C-CARBON R
R631C-CARBON R
R632,R633,R634 C-CARBON R
R635,R644,R645C-CARBON R
R636,R638,R695 C-CARBON R
R637,R639 C-CARBON R
R640,R642 C-CARBON R
R641,R643 C-CARBON R
R646,R647,R653C-CARBON R
R648,R649,R652 C-CARBON R
R650,R651,R661 C-CARBON R
R654,R655,R656C-CARBON R
R657,R658,R659 C-CARBON R
R662,R667,R668C-CARBON R
R669C-CARBON R
R670,R671,R672 C-CARBON R
R673,R674,R677 C-CARBON R
R678,R679,R680 C-CARBON R
R681,R682,R683 C-CARBON R
R684,R685,R687 C-CARBON R
R686,R776C-CARBON R
R688,R690,R697C-CARBON R
R689,R691,R692 C-CARBON R
R693,R699,R701 C-CARBON R
R700 C-CARBON R
R702,R716,R720 C-CARBON R
R704,R705,R706 C-CARBON R
R707,R763 C-CARBON R
R708C-CARBON R
T
E
R709C-CARBON R
R710,R711 C-CARBON R
R712
R713
R714 C-CARBON R
R715C-CARBON R
R721,R722,R723 C-CARBON R
R724,R726,R727 C-CARBON R
R728,R729,R730 C-CARBON R
R731 C-CARBON R
R733,R734,R735C-CARBON R
R736,R737,R738 C-CARBON R
R739,R740,R741 C-CARBON R
R742,R743 C-CARBON R
R745,R746 C-CARBON R
R747,R748,R749 C-CARBON R
R751,R754,R756 C-CARBON R
R752 C-CARBON R
R753 C-CARBON R
R755,R757,R759 C-CARBON R
R758,R767,R768 C-CARBON R
R760METAL O R
R766,R769 C-CARBON R
R770C-CARBON R
R777 C-CARBON R
R780,R781,R782C-CARBON R
R783,R784,R785C-CARBON R
R786C-CARBON R
R792 METAL R
R793 METAL R
P101 PIN JACK
P102 ST JACK
JL703BWIRE TRAP
JL7452ASOCKET
P3101BSOCKET
P3102BSOCKET
P3103B,P3104BSOCKET
P3105BSOCKET
P601BSOCKET
P602BSOCKET
P701ASOCKET
P702 SOCKET
P7534ASOCKET
P2004A,P2005APLUG
P601APLUG
P602APLUG
P710APLUG
PRIMARY CIRCUIT PC BOARD (NAPS-8664-1H/1Y
SECONDARY CIRCUIT PC BOARD (NAPS-8665-1H/1Y
SPEAKER TERMINAL PC BOARD (NAETC-8666-1H/1Y
SPEAKER TERMINAL C PC BOARD (NAETC-8667-1H/1Y
DRIVER CIRCUIT PC BOARD (NAAF-8668-1H/1Y
AC INLET PC BOARD (NAETC-8671-1H/1Y
TRANSFORMER TERMINAL PC BOARD (NAPS-8673-1H/1Y
CIRCUIT NO.
U5501 REMO SENS
Q5501 IC
Q951 IC
Q952 IC
Q953IC
Q5000,Q5001 TR
Q5002,Q5003TR
Q5004,Q5005TR
Q5006TR
Q5010,Q5011TR
D5000,D5001 ZENER D
D5002,D5003ZENER D
D5004,D5005ZENER D
D5006ZENER D
D5501,D5502 DIODE
D5503,D5504DIODE
D5505,D5506DIODE
D5507,D5508 SPCF D
D6600,D6603,D6605,
D6607
D901,D902,D903 DIODE
w
3
L
w
7
TR
TR
TR
TR
PHT CP
PHT CP
TR
TR
TR
139
TR
TR
TR
TR
TR
TR
TR
TR
TR
DIODE
DIODE
DIODE
w
6
3
4229651
.
x
1
2SC1845-E
2SC2240-BL o
2SC1845-E
2SA9492SA9492SA9492SC22292SC22292SC22292SC2240-BL o
2SC1845-E
2SC2240-BL o
2SC1845-E
2SB1240-R
2SB1240-R
KRC102M o
DTC114ES
KRA102M o
DTA114ES
TLP421 o
PC817X
2SC1740S-R o
2SC2458-GR o
2SC1740S-S o
KTC3199-GR
2SA9652SD1858-R
KRC102M o
DTC114ES
2SA1015-GR
KRC102M o
DTC114ES
2SA1930
2SC1740S-R o
2SC1740S-S o
2SC2458-GR o
KTC3199-GR
DZ-5.6BSB o
MTZJ5.6B
DZ-5.6BSB o
MTZJ5.6B
1SS133
1SS133 o
1SS270
SIR-34ST3F
1SS133
1SS133 o
1SS270
1SS133
i
a
5
3
o
1
y
5
0
2211733*
2211406 o
2211733*
2211354
2211354
2211354
2211634
2211634
2211634
2211406 o
2211733
2211406 o
2211733
2213794
2213794
2215960 o
2213290
2215770 o
2213510
24120103 o
24120080
2213284 o
2212115 o
2213285 o
2215864
2211644
2213214
2215960 o
2213290
2211455
2215960 o
2213290
2203000
2213284 o
2213285 o
2212115 o
2215864
224850562 o
224470562
224850562 o
224470562
223280 o
223163 o
223205
225456
223280 o
223163 o
223205
223280 o
C5003,C5004TF C
C5005,C5006TF C
C5010,C5011,C5012 VX C
C5013,C5014VX C
C5015,C5016VX C
C5020,C5021,C5022 VX C
C5023,C5024VX C
C5025,C5026VX C
C5040,C5041,C5042 VX C
C5043,C5044VX C
C5045,C5046VX C
C5050,C5051,C5052 VX C
C5053,C5054VX C
C5055,C5056VX C
C5080,C5081,C5082 CERA C
C5083,C5084CERA C
w
L
w
7
ZENER D
ZENER D
ZENER D
ZENER D
ZENER D
ZENER D
DIODE
ZENER D
ZENER D
DIODE
DIODE
ZENER D
ZENER D
DIODE
DIODE
DIODE
139
P TRANS
P TRANS
w
6
3
4229651
.
x
1
1SS133 o
1SS270
DZ-6.8BSC o
MTZJ6.8C o
DZ-6.8BSB o
MTZJ6.8B
DZ-5.6BSB o
MTZJ5.6B
1SS133
1SS133 o
1SS270
D10XB60H
MTZJ8.2C o
MTZ8.2C
RL1N4003 o
GP104003E
DZ-33BSD o
MTZJ33D
RL1N4003 o
GP104003E
1SS133
1SS133 o
1SS270
1SS133
1SS133 o
1SS270
NCH-1452 022M
S-1.3C
S-1.3C
S-1.3C
NPT-1520JQ
NPT-1519GQ
ECQ-B50V-221
ECQ-B50V-221
ECQ-B50V-221
CE04W50V-47M
CE04W50V-47M
CE04W50V-47M
CE04W50V-10M
CE04W50V-10M
CE04W50V-10M
CE04W25V-220M
CE04W25V-220M
CE04W25V-220M
CE04W50V-47M
CE04W50V-47M
CE04W50V-47M
CC45SL50V-040C
CC45SL50V-040C
i
5
a
3
o
1
y
5
0
223163 o
223205
224850683 o
224470683 o
224850682 o
224470682<D>
224850562 o
224470562<A>
223280 o
223163 o
223205
22380337
224470823 o
224450823
22380260 o
22380035
224853304 o
224473304
22380260 o
22380035
223280 o
223163 o
223205
223280 o
223163 o
223205
233454M022
231176S<A>
231176S<A>
231176S<A>
2301812! <D>
2301811! <A>
374722215
374722215
374722215
393384707
393384707
393384707
393381007
393381007
393381007
393352217
393352217
393352217
393384707
393384707
393384707
345020401
345020401
u
Q
1
Q
6
3
7
3
6
8
<D>
<D>
<D>
<A>
3
.
1
9
5
c
1
2
5
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4
0
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TEL 13942296513 QQ 376315150 892498299
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Page 90
K
K
K
(VR)
(VR)
(VR)
(VR)
(VR)
(VR)
(VR)
(VR)
(VR)
(VR)
K
(VR)
(VR)
(VR)
r
r
(VR)
(VR)
(VR)
(VR)
(VR)
(VR)
(VR)
(VR)
(VR)
(VR)
(VR)
(VR)
DTR-7.6
Q
TEL 13942296513 QQ 376315150 892498299
Q
C5085,C5086CERA C
C5090,C5091,C5092 TF C
C5093,C5094TF C
C5095,C5096TF C
C5100,C5101,C5102 VR C
C5103,C5104VR C
C5105,C5106VR C
C5110,C5111,C5112 VR C
C5113,C5114VR C
C5115,C5116VR C
C5501 VR C
C5502,C5507 CERA C
C5503,C5504 VR C
C5505,C5506 VR C
C5508,C5509 TF C
C5510TF C
C5511,C5512 VR C
C5513,C970 CERA C
C5514 CERA C
C5515,C5516 CERA C
C6600 ,C6602,C6603 CERA C
C6605,C6607 CERA C
C6640,C6641,C6642 TF C
C6643,C6644,C6645 TF C
T
E
C6646,C6647,C6648 TF C
C6650,C6651,C6652 TF C
C6653,C6654,C6655 TF C
C6656,C6657,C6658 TF C
C902 TF C
C903 VR C
C904 VR C
C906,C953 VR C
C912
C929,C964TF C
C951,C952 TF C
C954 VR C
C955 VR C
C956 VR C
C957 VR C
C958 VR C
C959 VR C
C960,C961VR C
C962,C963 TF C
C965 VR C
C966 VR C
C967 VR C
C968 VR C
C969 VR C
C971VR C
C972TF C
C973 VR C
C974 VR C
C991 TF C
R5000,R5001,R5002 CARBON R
R5003,R5004CARBON R
R5005,R5006CARBON R
R5010,R5011,R5012 CARBON R
R5013,R5014CARBON R
R5015,R5016CARBON R
R5020,R5021,R5022 CARBON R
R5023,R5024CARBON R
R5025,R5026CARBON R
R5030,R5031,R5032 CARBON R
R5033,R5034CARBON R
R5035,R5036CARBON R
R5040,R5041,R5042 CARBON R
R5043,R5044CARBON R
R5045,R5046CARBON R
R5050,R5051,R5052 CARBON R
R5053,R5054CARBON R
R5055,R5056CARBON R
R5060,R5061,R5062 CARBON R
T
E
R5063,R5064CARBON R
R5065,R5066CARBON R
R5080,R5081,R5082 CARBON R
R5083,R5084CARBON R
R5085,R5086CARBON R
R5090,R5091,R5092 CARBON R
R5093,R5094CARBON R
R5095,R5096CARBON R
R5100,R5101,R5102 CARBON R
R5103,R5104CARBON R
R5105,R5106CARBON R
R5110,R5111,R5112 CARBON R
R5113,R5114CARBON R
R5115,R5116CARBON R
R5130,R5131,R5132 CARBON R
R5133,R5134CARBON R
R5135,R5136CARBON R
R5160,R5161,R5162 NF CARBON R
R5163,R5164NF CARBON R
R5165,R5166NF CARBON R
R5170,R5171,R5172 NF CARBON R
R5173,R5174NF CARBON R
R5175,R5176NF CARBON R
R5180,R5181,R5182 NF CARBON R
R5183,R5184NF CARBON R
R5185,R5186NF CARBON R
R5190,R5191,R5192 NF CARBON R
R5193,R5194NF CARBON R
R5195,R5196NF CARBON R
R5200,R5201,R5202 CARBON R
R5203,R5204CARBON R
R5205,R5206CARBON R
R5230,R5231,R5232 CARBON R
R5233,R5234CARBON R
R5235,R5236CARBON R
R5502,R5503CARBON R
R5504,R5505,R5506 CARBON R
R5507,R5508 CARBON R
R5509,R5510,R5521 CARBON R
R5511,R5512,R5513 CARBON R
R5514,R5515,R5516 CARBON R
R5517,R5518,R5519 CARBON R
R5520CARBON R
R5522CARBON R
R5524 CARBON R
R5525,R5526 CARBON R
R5527CARBON R
R6600,R6601,R6602 CARBON R
R6603,R6604,R6605 CARBON R
T
E
R6606,R6610,R6611 CARBON R
R6612,R6613,R6614 CARBON R
R6615,R6616 CARBON R
R6690 METAL R
R909,R914 CARBON R
R913CARBON R
R946 METAL O R
R951,R952METAL R
R953,R967 METAL R
R954METAL R
R955 METAL R
R956 METAL R
R957,R959 CARBON R
R958 CARBON R
R961METAL R
R962 METAL R
R963 METAL O R
R964 CARBON R
R965 CARBON R
R966 METAL R
R969METAL R
R970 METAL R
R971 METAL R
RL6600,RL6602 RELAY
RL6603,RL6605RELAY
P5502PIN JACK
P5503 PIN JACK
P5505,P5506,P5507 ST JACK
P6600
P6602
P6605
P6607
P908AC INLET
P910
F901A,F901BFUSE HOL
F903A.F903BFUSE HOL
F931A,F931BFUSE HOL
F932A,F932BFUSE HOL
F951A,F951BFUSE HOL
F952A,F952BFUSE HOL
F901CLABEL
T
E
F903CLABEL
F931CLABEL
F951CLABEL
JL2006BSOCKET
JL6006AWIRE HOL
JL6600BSOCKET
JL6602AWIRE HOL
JL6602BSOCKET
JL6603BSOCKET
JL911AWIRE HOL
JL9501AWIRE HOL
JL9501BSOCKET
JL957BSOCKET
C3001,C3002 TF C
C3005,C3006,C3007 C-CERA C
C3008,C3011,C3012 C-CERA C
C3015,C3016,C3017 C-CERA C
C3018,C3019,C3020 C-CERA C
C3021,C3022,C3106 C-CERA C
C3023,C3024 C-CERA C
C3025,C3026C-CERA C
C3027,C3028 TF C
C3029,C3030,C3031 C-CERA C
C3032,C3052,C3053 C-CERA C
C3033,C3034 C-CERA C
C3035,C3036 VX C
C3037,C3038 VX C
C3041,C3042 TF C
C3043,C3044 TF C
C3045,C3046 ELECT C
C3047,C3048 VX C
C3049,C3050 C-CERA C
w
3
L
w
7
TR
TR
TR
TR
TR
TR
139
DIODE
DIODE
ZENER D
ZENER D
w
6
3
4229651
.
x
1
2SC5171 o
2SC5993-Q,P
2SA1930 o
2SA2140-Q,P
2SA1930 o
2SA2140-Q,P
2SC2229-Y o
2SC2229-O
2SC2229-Y o
2SC2229-O
KTC3875-GR o
2SC2712-GR
2SA1163-BL
KTA1504-GR o
2SA1162-GR
KTC3875-GR o
2SC2712-GR
KDS4148U o
1SS352 o
1SS355 o
MA2J111
1SS133
1SS133 o
1SS270
1SS133
1SS133 o
1SS270
UDZS5.1B o
HZU5.1B
D10XB60H
ECQ-B50V-221
CC725CH1H-221J1
CC725CH1H-221J1
CC725CH1H-221J1
CC725CH1H-221J1
CC725CH1H-221J1
CC725CH1H-221J1
CC725CH1H-221J1
ECQ-B50V-102J
CC725CH1H-102J1
CC725CH1H-102J1
CC725CH1H-102J1
CE04W25V-47M
CE04W10V-220M
ECQ-B50V-123J
ECQ-B50V-392J
CE04W50V-10M
CE04W25V-47M
CC725CH1H-101J1
i
a
5
3
o
1
y
5
0
2203010 o
2217161
2203000 o
2217151
2203000 o
2217151
2211634 o
2211633
2211634 o
2211633
2216175R2 o
2213145R2
2216756R2
2216185R2 o
2214375R2
2216175R2 o
2213145R2
223283R2 o
223234R2 o
223269R2 o
223279R2
223280 o
223163 o
223205
223280 o
223163 o
223205
224550510R2 o
224660514R2
22380337
374722215
342102214R1
342102214R1
342102214R1
342102214R1
342102214R1
342102214R1
342102214R1
374721024
342101024R1
342101024R1
342101024R1
393354707
393332217
374721234
374723924
353781009
393354707
342101014R1
u
1
Q
Q
6
3
7
3
6
8
3
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1
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5
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TEL 13942296513 QQ 376315150 892498299
9
Page 96
(VX)
(VX)
(VX)
(VX)
(VX)
(VX)
(VX)
(VX)
(VX)
(VX)
(VX)
(VX)
(VX)
(VX)
(VX)
(VX)
(VX)
(VX)
(VX)
(VX)
(VX)
(VX)
(VX)
(VX)
(VX)
(VX)
(VX)
(VX)
(VX)
(VX)
(VX)
(VX)
(VX)
(VX)
DTR-7.6
Q
TEL 13942296513 QQ 376315150 892498299
Q
C3051,C3052,C3053 C-CERA C
C3054,C3055 C-CERA C
C3057,C3058 C-CERA C
C3059,C3060,C3061 VX C
C3062,C3071,C3072 VX C
C3063,C3064,C3065 VX C
C3066,C3067,C3068 VX C
C3069,C3070,C3084 VX C
C3077,C3078,C3079 VX C
C3080,C3081,C3082 VX C
C3083,C3085,C3086 VX C
C3087 VX C
C3088,C3091 VX C
C3089,C3092 TF C
C3090,C3093 TF C
C3096,C3097 VX C
C3098,C3099 VX C
C3100,C3101 VX C
C3103,C3104 C-CERA C
C3105,C3108,C3132 VX C
C3107 C-CERA C
C3109,C3110 VX C
C3111,C3113,C3114 C-CERA C
C3115,C3116 VX C
T
E
C3121,C3122 VX C
C3123,C3124 VX C
C3133,C3134,C3135 VX C
C3136,C3137VX C
C3200,C3201,C3202 VX C
C3203,C3204VX C
C3205,C3206VX C
C3401,C3402VX C
C3403,C3404VX C
C3405,C3406TF C
C3407,C3408TF C
C3409,C3410TF C
C3411,C3412VX C
C3415,C3416 C-CERA C
C3417 VX C
C3939,C3940,C3941 VX C
C3942,C3943,C3944 VX C
C3945 VX C
C3946,C6706VX C
C6020,C6021,C6022 VX C
C6023,C6024 VX C
C6025,C6026 VX C
C6030,C6031,C6032 TF C
C6033,C6034 TF C
C6035,C6036 TF C
C6701 VR C
C6703,C6705 C-CERA C
C6704 VR C
C6901,C6902 ELECT C
C6911 C-CERA C
C6912,C6913 TF C
C6915,C6916 TF C
R3001,R3002,R3005 C-CARBON R
R3006,R3009,R3010 C-CARBON R
R3007,R3008,R3019 C-CARBON R
R3013,R3014,R3017 C-CARBON R
R3018,R3021,R3022 C-CARBON R
R3020,R3027,R3028 C-CARBON R
R3025,R3026,R3029 C-CARBON R
R3030,R3033,R3034 C-CARBON R
R3037,R3038,R3041 C-CARBON R
R3039,R3040,R3043 C-CARBON R
R3042C-CARBON R
R3044C-CARBON R
R3045,R3046 C-CARBON R
R3047,R3048 C-CARBON R
R3053,R3054,R3057 C-CARBON R
R3058,R3061C-CARBON R
R3059,R3060,R3063 C-CARBON R
T
E
R3062 C-CARBON R
R3064C-CARBON R
R3065,R3066C-CARBON R
R3067,R3068 C-CARBON R
R3069,R3070 C-CARBON R
R3071,R3072 C-CARBON R
R3073,R3074 C-CARBON R
R3075,R3076C-CARBON R
R3077,R3078 C-CARBON R
R3079,R3080 C-CARBON R
R3081,R3082 C-CARBON R
R3083,R3084,R3085 C-CARBON R
R3086,R3087,R3088
R3089,R3090 C-CARBON R
R3091,R3092,R3104 C-CARBON R
R3093,R3094C-CARBON R
R3095,R3096,R3097 C-CARBON R
R3098,R3099,R3100 C-CARBON R
R3101,R3102 C-CARBON R
R3103,R3419C-CARBON R
R3105 C-CARBON R
R3106,R6702,R6707 C-CARBON R
R3112,R3113,R3114 C-CARBON R
R3117,R3118 METAL O R
R3119,R3120,R3121 C-CARBON R
R3123,R3124 C-CARBON R
R3125,R3126 C-CARBON R
R3127,R3128 C-CARBON R
R3129,R3130 C-CARBON R
R3210,R3211,R3212 C-CARBON R
R3213,R3214C-CARBON R
R3215,R3216 C-CARBON R
R3217,R6708 C-CARBON R
R3220,R3221,R3222 C-CARBON R
R3223,R3224C-CARBON R
R3225,R3226,R3227 C-CARBON R
R3230,R3231 C-CARBON R
R3232,R3233,R3234 C-CARBON R
R3235,R3236,R3237 C-CARBON R
R3251,R3252 METAL O R
R3401,R3402,R3403 C-CARBON R
R3404,R3405 C-CARBON R
R3407,R3408C-CARBON R
R3409,R3410 C-CARBON R
R3411,R3412C-CARBON R
R3417,R3418C-CARBON R
R3419 C-CARBON R
R3420C-CARBON R
R3421 C-CARBON R
T
E
R3422 C-CARBON R
R3423 C-CARBON R
R3509,R3510 METAL R
R6010,R6011,R6012 CARBON R
R6013,R6014CARBON R
R6015,R6016CARBON R
R6020,R6021,R6022 CARBON R
R6023,R6024 CARBON R
R6025,R6026 CARBON R
R6030,R6031,R6032 CARBON R
R6033,R6034 CARBON R
R6035,R6036 CARBON R
R6040,R6041,R6042 TRIM R
R6043,R6044TRIM R
R6045,R6046TRIM R
R6050,R6051,R6052 CARBON R
R6053,R6054CARBON R
R6055,R6056 CARBON R
R6070,R6071,R6072 NF CARBON R
R6073,R6074 NF CARBON R
R6075,R6076 NF CARBON R
R6080,R6081,R6082 CARBON R
R6083,R6084CARBON R
R6085,R6086CARBON R
R6090,R6091,R6092 CARBON R
R6093,R6094CARBON R
R6095,R6096CARBON R
R6100,R6101,R6102 METAL PR
R6103,R6104METAL PR
R6105,R6106METAL PR
R6120,R6121,R6122 NF CARBON R
R6123,R6124 NF CARBON R
R6125,R6126NF CARBON R
R6130,R6131,R6132 METAL R
R6133,R6134 METAL R
R6135,R6136 METAL R
R6140,R6141,R6142 CARBON R
R6143,R6144CARBON R
R6145,R6146 CARBON R
R6150,R6151,R6152 CARBON R
R6153,R6154CARBON R
R6155,R6156 CARBON R
R6160,R6161,R6162 CARBON R
R6163,R6164 CARBON R
R6165,R6166 CARBON R
R6180,R6181 METAL O R
R6190,R6191,R6192 CARBON R
R6193,R6194 CARBON R
R6195,R6196 CARBON R
T
E
R6197 METAL R
R6210,R6211,R6212 CARBON R
R6213,R6214 CARBON R
R6215,R6216 CARBON R
R6240,R6241,R6242 CARBON R
R6243,R6244 CARBON R
R6245,R6246 CARBON R
R6701 C-CARBON R
R6704,R6903 C-CARBON R
R6705,R6710 C-CARBON R
R6706 C-CARBON R
R6708 C-CARBON R
R6709 C-CARBON R
R6902 C-CARBON R
RL3201,RL3202
RL6901,RL6902
F6901A,F6901BFUSE HOLDER
F6902A,F6902BFUSE HOLDER
P3001 PIN JACK
P3002,P3003 PIN JACK
P3004PIN JACK
P3005 PIN JACK
P3006,P3009 PIN JACK
P3008PIN JACK
JL6006B,JL6200BSOCKET
JL6200AWIRE HOL
JL6600AWIRE HOL
JL6603AWIRE HOL
JL703AWIRE HOL
P5004BSOCKET AS
P3101APLUG
P3102APLUG
P3103A,P3104APLUG
P3105APLUG
P6000A,P6001APLUG
P6002A,P6003APLUG
P6004A,P6005APLUG
P6080,P6081,P6082 PLUG
P6083,P6084 PLUG
P6085,P6086 PLUG
P6952APLUG
HNA-16SM10T
M66005-0001AHP
NE5532APSR
KTC3875-GR o
2SC2712-GR
KRC102S o
RN1402
KRA102S o
RN2402
RN1441
GP1UM281XKVFH=16MM
TORX177L
UDZS8.2B o
HZU8.2B
SLI-343URC-TE7
212249GR
22242208R3
22242283R2
2216175R2 o
2213145R2
2216190R2 o
2214470R2
2216220R2 o
2214530R2
2215410R2
241361
24120127
224550820R2 o
224660824R2
225449
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TEL 13942296513 QQ 376315150 892498299
9
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