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.
RC-585M
Page 2
SPECIFICATIONS
Amplier Section
Power Output
(2 channels driven):100 W + 100 W (8 ,20Hz–20kHz,FTC)
Dynamic Power230 W + 230 W (3 ,Front)
THD (Total Harmonic
Distortion)0.08 % (Power Rated)
Damping Factor60 (Front,1kHz,8 )
Input Sensitivity and
Impedance200 mV/ 47 k (LINE)
Output Level and
Impeadance200 mV/ 470 (REC OUT)
Phono Overload70 mV (MM 1kHz 0.5 %)
Frequency Response10 Hz–100 kHz/ +1 dB-3 dB (Direct
Tone Control±10 dB, 50 Hz (BASS)
SN Ratio106 dB (LINEIHF-A)
Speaker ImpedanceAmerican : 6
Video Section
Input Sensitivity/Output
Level and Impedance1 Vp-p /75 (Component and S-Video Y)
Component Video
Frequency Response5 Hz – 50 MHz
Tuner Section
FM
Tuning Frequency RangeAmerican: 87.5 MHz– 107.9 MHz
Usable SensitivityStereo; 17.2 dBf 2 µV(75 IHF)
S/N RatioStereo; 70 dB (IHF-A)
THDStereo; 0.3 % (1kHz)
Frequency Response30 Hz–15 kHz / ±1 dB
Stereo Separation45 dB ( 1kHz )
AM
Tuning Frequency RangeAmerican: 530 kHz–1700 kHz
Usable Sensitivity30 µV
S/N Ratio40 dB
THD0.70%
130 W + 130 W (6 ,1kHz,DIN)
160 W + 160 W (6 ,1kHz,JEITA)
170 W + 170 W (4 ,Front)
115 W + 115 W (8 ,Front)
2.5 mV/ 4.7 k (PHONO MM)
mode)
±10 dB, 10 kHz (TREBLE)
80 dB (PHONO,IHF-A)
~
other :4 ~
0.7 Vp-p /75 (Component Pb/Cb,Pr/Cr)
0.28 Vp-p /75 (S-Video C)
1 Vp-p /75 (Composite)
Other : 87.5 MHz– 108.0 MHz
Mono; 11.2 dBf 1 µV(75 IHF)
Mono; 76 dB (IHF-A)
Mono 0.2 % (1kHz)
Others: 522 kHz–1611 kHz
General
Power SupplyAmerican: AC 120 V, 60 Hz
Power ComsumptionAmerican : 8.1A
Stand-by Power
Comsumption1.0 W
Dimensions(W x H x D) 435 W x 175 H x 428 D mm
Weight15.2 kg
Video Inputs
Component Video Input 1,2,3
S-Video Compatible Jack
InputDVD,VIDEO1,VIDEO2,VIDEO3,
A/V InputDVD,VIDEO1,VIDEO2,VIDEO3,
Video Outputs
Component Video
OutputOUT
S-Video Compatible Jack
OutputMONITOR OUT,VIDEO1,VIDEO2
A/V OutputMONITOR OUT,VIDEO1,VIDEO2
Audio Inputs
Digital InputsOptical : 5 , 1 (Front Panel )
Analog InputsDVD(MULTICHANNEL),VIDEO1,VID
Multichannel Inputs6
Audio Outputs
Digital OutputsOptical : 1
Analog OutputsTAPE,VIDEO1,VIDEO2
Multichannel Pre
Outputs7
Subwoofer Pre Outputs 1
Speaker Outputs9
Phones1
Other Jacks
RS-232 Control1
IR Input/Output1
12V Trigger Out
Specifications and features are subject to change without
notice.
Australian: AC 230-240 V, 50 Hz
Others : 700 W
17-1/8" W x 6-7/8" H x 16-7/8" D inches
33.5 lbs
VIDEO4
VIDEO4
Coaxial : 2
EO2,VIDEO3,VIDEO4,TAPE,CD,PHO
NO
Coaxial : 1
3
DTR-6.5
Page 3
SERVICE PROCEDURES
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.
CIRCUIT NO. PART NO.
F6901,F6902 252303 or15A-TUL-250V or
25219715A-UL/T-314,Fuse
F901 252196 or12A-UL/T-314 or
25230112A-TUL-250V <D>
F902 252079 or6.3A-SE-EAK or
252245 or6.3A-SE-TL250V or
2522796.3A-SE-TL250V,Fuse <A>
F903 252164 or5A-UL/T-237 or
2522585A-T/UL-ST2 <D>
252075 or2.5A-SE-EAK or
252241 or2.5A-SE-TL250V or
2522752.5A-SE-TL250V <A>
F9501 252160 or2.5A-UL/T-237 or
2522542.5A-T/UL-ST2,Fuse <D>
252075 or2.5A-SE-EAK or
252241 or2.5A-SE-TL250V or
2522752.5A-SE-TL250V <A>
DESCRIPTION
DTR-6.5
Note: <D>:120V model only
<A>: Australian model only
2. To initialize the unit
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
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/ON 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.
3. Unplug the power supply cord.
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.).
Plug the power supply cord directly into a 120V AC 60 Hz outlet
and turn Standby switch on. Any current meausred must not
exceed 0.5mA.
Page 4
DTR-6.5
A
EXPLODED VIEW
1
A039
A044
2
U11
3
4
U19
U5
A031
F6901
F6902
A031
U16
U7
T901
A037
A216
A040
F9501
A033
F903
A031
A070
F901
U13
U17
A042
U22
F902
A038
A196
A206
A201
U36
U18
A211
U6
A101
Q6050
A101
A031
A081
A057
BCDE
U2
A187
A031
A186
A013
A050
DTR-6.5
U3
U4
A031
A031
U14
Q6050A
E800
P761
A031
U23
U21
Q6053A
Q6055
Q6066
Q6064
A056
U27
Q6053A
A043
A031
A031
A151
A059
A091
U12
A031
A046
A061
A051
A064
P6931
A062
A084
A085
A031
P7502
A026
A083
U26
U32
A041
A196
A206
A201
A031
U1
A031
A031
A063
A031
P7501
A036
A002
A018
P961A
A031
U30
A011
U33
A006
A017
A003
A031
A176
U31
A031
A177
A047
A045
U29
A001
A027
A029
A176
A017
A016
A006
A013
A050
A029
A001
A018
A011
Page 5
DTR-6.5
A
BLOCK DIAGRAM
MIC
1
VIDEO4
PHONO
CD
TAPE OUT
TAPE IN
2
VIDEO3 IN
VIDEO2 OUT
VIDEO2 IN
VIDEO1 OUT
VIDEO1 IN
3
DVD
MSL/MSR
MC/MSW
MIC AMP
RIAA
TUNER PACK
51
52
53
54
55
56
57
58
59
60
61
62
63
64
65
66
67
68
69
70
71
73
73
74
BCD
NJW1157
41
43
27
29
28
30
21
23
25
22
24
26
TAPE_OUT_R
TAPE_OUT_L
RECOUT_L
RECOUT_R
SOURCE_L
SOURCE_R
V1_OUT_L
V1_OUT_R
Z2_L
Z2_R
V2_OUT_L
V2_OUT_R
+
+
12
17
11
18
10
19
9
20
8
21
42
44
-6dB
TC9162
46
45
48
47
4
25
3
26
MIX_L
2
MIX_R
27
+9.7dB
80
88
81
89
82
90
A
87
95
A
83
91
84
92
TONE
TONE
1
2
3
+20.2dB
8
4
5
-6dB
VOLIN_SBL
7
85
93
6
+6dB@ZONE2
VOLIN_SBR
22
5
24
6
23
ADLT+
ADRT+
ADLT-
ADRT-
DAC_CT
DAC_SW
DAC_SL
DAC_SR
DAC_SBL
MCH_CT
DAC_SBR
DAC_FL
DAC_FR
MCH_SL
MCH_SW
MCH_SR
86
94
19
A
TONE
17
A
TONE
27
28
BD3814
7
FL_PO
FR_PO
CT_PO
SW_PO
SBL_PO
SBR_PO
SL_PO
SR_PO
POWER AMPLIFIER
PREOUT
FL
FR
SL
SR
SBL
SBR
CT
SW
ZONE2 PREOUT/LINEOUT
Z2L_PO
Z2R_PO
Z2SW_PO
L
R
SW
+29dB
+29dB
+29dB
+29dB
+29dB
+29dB
+29dB
Z2RL
SBRL
HPRL
HPIN
FRL
CSRL
IR
DE-MODULATOR
IR 56k
RE-MODULATOR
HEADPHONES
SPEAKER TERMINALS
FRONT LEFT
FRONT RIGHT
CENTER
SURR. LEFT
SURR. RIGHT
SUUR. BACK
LEFT
SUUR. BACK
RIGHT
ZONE2 LEFT
ZONE2 RIGHT
RJ-45 for
A-BUS
DC24 in for
A-BUS
40k IR in1 for
A-BUS
40k IR in2 for
A-BUS
56k IR OUT for
A-BUS
4
5
COAX 1
COAX 2
OPT FRNT
OPT1
Digital Input
OPT2
OPT3
OPT4
OPT
COAX
Digital Output
12V TRIGGER A
SBMUT
Z2LMUT
AMUT
12V TRIDDER
+6dB
ADLT-
ADLT+
RX0
RX1
RX6
RX2
RX3
RX4
RX5
TX
ADRT+
ADRT-
16
15
14
13
49
48
43
47
46
45
44
42
50
2ch ADC
DIR
VLSCLPF
36
37
CS42518
14
13
14
13
CS5333
2ch ADC
CS5333
2ch ADC
4
4
MSL
MSR
MCT
MSW
VLSCLPF
35
+6dB
VLSCLPF
+6dB
VLSCLPF
+6dB
VLSCLPF
+6dB
+6dB
VLSCLPF
+6dB
+6dB
VLSCLPF
FLASH ROM
MX29LV040
110
109
107
106
118
86
134
81
80
2M Bit
DSPSD_RAM
CS494003
IC42S16100
2M Byte
LPFVLSC
34
32
33
8ch DAC
31
30
28
29
26
27
22
23
21
20
62
63
64
1
58
54
CONTROL
IR
DE-MODULATOR
RI
INTERFACE
RS-232C
INTERFACE
12V TRIGGER B
12V TRIGGER C
IR IN
IR OUT
RIex
RS-232C
Page 6
DTR-6.5
27
A
BLOCK DIAGRAM
1
TONE
TONE
2
+6dB@ZONE2
1
2
3
+20.2dB
8
4
5
6
7
FL_PO
FR_PO
CT_PO
SW_PO
SBL_PO
SBR_PO
SL_PO
SR_PO
BCD
HEADPHONES
PREOUT
POWER AMPLIFIER
FL
FR
SL
SR
SBL
SBR
CT
SW
+29dB
+29dB
+29dB
+29dB
+29dB
+29dB
+29dB
Z2RL
SBRL
HPRL
HPIN
FRL
CSRL
SPEAKER TERMINALS
FRONT LEFT
FRONT RIGHT
CENTER
SURR. LEFT
SURR. RIGHT
SUUR. BACK
LEFT
SUUR. BACK
RIGHT
ZONE2 LEFT
ZONE2 RIGHT
3
RJ-45 for
A-BUS
27
28
BD3814
SBMUT
Z2LMUT
AMUT
4
+6dB
VLSCLPF
+6dB
+6dB
VLSCLPF
ZONE2 PREOUT/LINEOUT
Z2L_PO
Z2R_PO
Z2SW_PO
L
R
SW
IR
DE-MODULATOR
IR 56k
RE-MODULATOR
12V TRIDDER
CONTROL
FLASH ROM
MX29LV040
2M Bit
26
22
23
5
21
20
110
62
109
63
107
64
106
1
118
58
86
54
134
81
80
DSPSD_RAM
CS494003
IC42S16100
2M Byte
IR
DE-MODULATOR
RI
INTERFACE
RS-232C
INTERFACE
DC24 in for
A-BUS
40k IR in1 for
A-BUS
40k IR in2 for
A-BUS
56k IR OUT for
A-BUS
12V TRIGGER A
12V TRIGGER B
12V TRIGGER C
IR IN
IR OUT
RIex
RS-232C
Page 7
DTR-6.5
V
Y
C
B
R
Y
A
BLOCK DIAGRAM Video section
COMPONENT VIDEO INPUT
Y1
1
CB1
CR1
Y2
CB2
CR2
2
Y3
CB3
CR3
BCD
3
COMPOSITE VIDEO INPUT
DVD
VIDEO1
VIDEO2
VIDEO3
VIDEO4
4
DVD
VIDEO1
VIDEO2
VIDEO3
5
VIDEO4
S VIDEO INPUT
C
Y
YC
YC
C
Y
YC
NJM2595
NJM2595
Y
NJM2595
C
6dB
6dB
6dB
6dB
6dB
6dB
6dB
6dB
6dB
SDET*{OSD+(OSD*SI)}
SDET*{OSD+(OSD*SI)}
OSD
LC74763-9836
0dB
-6dB
-6dB
-6dB
-6dB
0dB
DIGITAL VIDEO DECODER
ADV7183A
Y1
AIN1
COMPOSITE / Y2
AIN2
COMPOSITE
AIN3
C1
AIN4
C2
AIN5
OSD*(SDET+SI)
SDET*OSD
DIGITAL VIDEO ENCODER
ADV7172
DACA
DACB
DACC
DACD
DACE
DACF
C
C
Page 8
DTR-6.5
A
BLOCK DIAGRAM Video section
1
A
2
BCD
B
COMPONENT VIDEO OUTPUT
Y
CB
CR
3
COMPOSITE VIDEO OUTPUT
MONITOR
6dB
6dB
6dB
LA7106M
LA7106M
ER
Y
CB
4
CR
V
Y
C
SDET*{OSD+(OSD*SI)}
6dB
SDET*{OSD+(OSD*SI)}
6dB
SDET*{OSD+(OSD*SI)}
6dB
SDET*{OSD+(OSD*SI)}
SDET*OSD
SDET*OSD
CY
VIDEO1
VIDEO2
Y
MONITOR
VIDEO1
Y
VIDEO2
S VIDEO OUTPUT
C
C
5
Page 9
DTR-6.5
(
C
A
SCHEMATIC DIAGRAM 3
Driver section
NAAF-8383
1
2
3
4
5
U6
SL
R5003
1K
C5003
101K
R5223
R5043
2.2K
MTZJ5.6B
SR
R5004
1K
C5004
101K
R5224
2.2K
R5044
MTZJ5.6B
SBL
R5005
1K
C5005
101K
R5225
R5045 2.2K
MTZJ5.6B
SBR
R5006
1K
C5006
101K
R5226
R5046 2.2K
MTZJ5.6B
27K
D5003
27K
D5004
27K
D5005
27K
D5006
C5013
10/50
R5013
56K
C5014
10/50
R5014
56K
C5015
10/50
R5015
56K
C5016
10/50
R5016
56K
R5093
100K
[-0.1V]
R5023
330
R5103
100K
R5094
100K
[-0.1V]
R5024
330
R5104
100K
R5095
100K
[-0.1V]
R5025
330
R5105
100K
R5096
100K
[-0.1V]
R5026
330
R5106
100K
[-52.5V]
[-52.5V]
[-52.5V]
[-52.5V]
R5113
1K
Q5003Q5013
[-0.65V]
C5023
10/50
R5114
1K
Q5004Q5014
[-0.65V]
C5024
10/50
R5115
1K
Q5005Q5015
[-0.65V]
C5025
10/50
R5116
1K
Q5006Q5016
[-0.65V]
C5026
10/50
BCD
TO NAAR-8365
R5053
4.7K
Q5053
[-53.1V]
R5063
1.2K
R5083
470
R5054
4.7K
Q5054
[-53.1V]
R5064
1.2K
R5084
470
R5055
4.7K
Q5055
[-53.1V]
R5065
1.2K
R5085
470
R5056
4.7K
Q5056
[-53.1V]
R5066
1.2K
R5086
470
[56.5V]
C5103
10/100
C5043
220/16
[56.5V]
C5104
10/100
C5044
220/16
[56.5V]
C5105
10/100
C5045
220/16
[56.5V]
C5106
C5046
220/16
10/100
[0V]
R5133
18K
C5113
10/100
[-56.7V]
R5134
18K
C5114
10/100
[-56.7V]
[0V]
R5135
18K
C5115
10/100
[-56.7V]
R5136
18K
C5116
10/100
[-56.7V]
[0V]
[0V]
R5163
120
(1/4W)
[57.0V]
C5083
040C
C5093
101K
[-57.2V]
R5164
(1/4W)
120
[57.0V]
C5084
040C
C5094
101K
[-57.2V]
R5165
120
(1/4W)
[57.0V]
C5085
040C
C5095
101K
[-57.2V]
R5166
120(1/4W)
[57.0V]
C5086
040C
C5096
101K
[-57.2V]
[57.5V]
Q5033
[1.1V]
C5053
47/50
R5033
56K
[-1.1V]
Q5043
R5173
120(1/4W)
[57.5V]
Q5034
[1.1V]
C5054
47/50
R5034
56K
[-1.1V]
Q5044
R5174
120
(1/4W)
[57.5V]
Q5035
[1.1V]
C5055
47/50
R5035
56K
[-1.1V]
Q5045
R5175
(1/4W)
120
[57.5V]
Q5036
[1.1V]
C5056
47/50
R5036
56K
[-1.1V]
Q5046
R5176
120
(1/4W)
[58.0V]
R5183
10
(1/4W)
P6003A
-B1
+B1
(1/4W)
[-58.0V]
[58.0V]
R5184
10
(1/4W)
P6004A
-B1
+B1
(1/4W)
[-58.0V]
[58.0V]
R5185
10
(1/4W)
-B1
+B1
(1/4W)
[-58.0V]
[58.0V]
R5186
10
(1/4W)
JL6006A
-B1
+B1
(1/4W)
[-58.0V]
NF
B+
B-
R5193
10
NF
B+
B-
R5194
10
JL6005A
NF
B+
B-
R5195
10
NF
B+
B-
R5196
10
TO NAAF-8397(SCH. 4)TO NAAF-8397(SCH. 4)TO NAAF-8391(SCH. 6)TO NAAF-8391(SCH. 6)
(SCH. 1)
P308C
E
(BUS-BAR)
P6011B
TO NAAF-8397 (SCH. 4)
P308A
SRESL
TO
E
Page 10
DTR-6.5
A
SCHEMATIC DIAGRAM 3
Driver section
TO NAAR-8365
(SCH. 1)
P308C
1
E
(BUS-BAR)
2
P6011B
TO NAAF-8397 (SCH. 4)
P308A
SRESL
TO NAAR-8365
(SCH. 1)
E
C
SBRESBL
BCD
L
R
E
R5200
22K
[58.0V]
R5180
10
(1/4W)
P6000A
NF
-B1
+B1
B+
B-
R5190
10
(1/4W)
[-58.0V]
[58.0V]
R5181
10
(1/4W)
TO NAAF-8397(SCH. 4)TO NAAF-8397(SCH. 4)TO NAAF-8397(SCH. 4)
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.
EX)PRINTING SIDE
.
CIRCUIT IS SUBJECT TO CHANGE FOR IMPROVEMENT.
IDENTIFIED
WITH PART
(MEASURED WITH
VA
VA
NUMBER SPECIFIED.
CAUTION
FOR CONTINUED PROTECTION
AGAINST FIRE HAZARD, REPLACE
ONLY WITH FUSE OF SAME TYPE
AND RATING INDICATED.
ATTENTION
AFIN D'ASSURER UNE PROTECTION
PERMANENTE CONTRE LES RISQUES
D'INCENDIE, REMPLACER UNIQUEMENT
PAR UN FUSIBLE DE MEME TYPE
ET CALIBRATION COMME INDIQUE.
BY MARK
ARE CRITICALFOR
u
SAFETY
DC VOLTAGE.(NO INPUT SIGNAL)
THIS SYMBOL LOCATED NEAR THE FUSE INDICATES
THAT THE FUSE USED IS SLOW 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
E LENT. POUR UNE PROTECTION PERMANENTE,N'UTILISER
QUE DES FUSIBLES DE MEME TYPE. CE DARNIER EST
INDIQUE LA QU LE PRESENT SYMBOL EST APPOSE.
ADV7172KSTZ(Digital PAL/NTSC Vidoe Encoder with Six DACs)
FUNCTIONAL BLOCK DIAGRAM
PAL
CLOCK
NTSC
CLAMP
SCLOCK SDATA
ALSB
DTR-6.5
FIELD/
TTX
TTXREQ
V
AA
P0
COLOR
DATA
P7
TELETEXT
INSERTION BLOCK
4:2:2 TO
4:4:4
INTER-
POLATOR
VIDEO TIMING
GENERATOR
8
YCrCb
8
TO
YUV
MATRIX
8
M
10
10
U
I2C MPU PORT
BRIGHTNESS AND
CONTRAST CONTROL
Y
8
U
V
SATURATION CONTROL
8
8
+
ADD SYNC
+
INTERPOLATOR
+
ADD BURST
+
INTERPOLATOR
10
10
10
REAL-TIME
CONTROL CIRCUIT
SCRESET/RTC
LUMA
PROGRAMMABLE
FILTER
+
SHARPNESS
FILTER
PROGRAMMABLE
CHROMA
FILTER
GND
YUV TO
RBG
MATRIX
+
YUV
LEVEL
CONTROL
BLOCK
MODULATOR
+
HUE
CONTROL
1010
SIN/COS
DDS BLOCK
10
10
10
10
10
L
T
I
P
L
E
X
E
R
M
U
L
T
I
P
L
E
X
E
R
10-BIT
10
10-BIT
10
10-BIT
DAC
CONTROL
BLOCK
10
10-BIT
10
10-BIT
10
10-BIT
DAC
CONTROL
BLOCK
DAC
DAC
DAC
DAC
DAC
DAC
DAC A
DAC B
DAC C
V
REF
R
SET2
COMP2
DAC E
DAC F
DAC D
R
SET1
COMP1
PIN CONFIGURATION
V
AA
P0
P1
P2
P3
P4
P5
P6
P7
CSO_HSO
V
AA
GND
AA
RESET
VSO
CLOCK
GND
48 47 46 45 4439 38 3743 42 41 40
1
PIN 1
2
IDENTIFIER
3
4
5
6
7
8
9
10
11
12
13 14 15 16 17 18 19 20 21 22 23 24
GND
HSYNC
V
ADV7172
BLANK
PAL NTSC
TOP VIEW
GND
ALSB
CLAMP
TTX
AA
V
FIELD/VSYNC
TTXREQ
SDATA
SCLOCK
SET1
REF
V
R
SCRESET/RTC
36
35
34
33
32
31
30
29
28
27
26
25
SET2
R
DAC F
COMP2
COMP1
DAC A
V
AA
DAC B
V
AA
GND
V
AA
DAC C
DAC D
V
AA
GND
DAC E
Page 48
DTR-6.5
IC BLOCK DIAGRAMS AND DESCRIPTIONS
ADV7172KSTZ(Digital PAL/NTSC Vidoe Encoder with Six DACs)
PIN FUNCTION DESCRIPTION
MnemonicInput/OutputFunction
P7–P0I8-Bit 4:2:2 Multiplexed YCrCb Pixel Port (P7ÐP0) P0 represents the LSB.
CLOCKITTL Clock Input. Requires a stable 27 MHz reference clock for standard operation. Alter-
natively, a 24.5454 MHz (NTSC) or 29.5 MHz (PAL) can be used for square pixel operation.
HSYNC
FIELD/VSYNCI/ODual Function FIELD (Mode 1) and
BLANK
SCRESET/RTCIThis pin can be configured as an input by setting MR42 and MR41 of Mode Register 4. It
V
REF
R
SET1
R
SET2
COMP1OCompensation Pin for DACs A, B, and C. Connect a 0.1 uF Capacitor from COMP to
COMP2OCompensation Pin for DACs D, E, and F. Co nnect a 0.1 uF Capacitor from COMP to V
DAC AOGREEN/Composite/Y Analog Output. This DAC is capable of providing 34.66 mA output.
DAC BOBLUE/S-Video Y/U Analog Output. This DAC is capable of providing 34.66 mA output.
DAC CORED/S-Video C/V Analog Output. This DAC is capable of providing 34.66 mA output.
DAC DOGREEN/Composite/Y Analog Output. This DAC is capable of providing 8.66 mA output.
DAC EOBLUE/S-Video Y/U Analog Output. This DAC is capable of providing 8.66 mA output.
DAC FORED/S-Video C/V Analog Output. This DAC is capable of providing 8.66 mA output.
SCLOCKIMPU Port Serial Interface Clock Input.
SDATAI/OMPU Port Serial Data Input/Output.
CLAMPOTTL Output Signal to external circuitry to enable clamping of all video signals.
PAL_NTSCIInput signal to select PAL or NTSC mode of operation, pin set to Logic "1" selects PAL.
VSO
CSO_HSO
ALSBITTL Address Input. This signal sets up the LSB of the MPU address.
RESET
TTXITeletext Data Input Pin.
TTXREQOTeletext Data Request output signal used to control teletext data transfer.
V
AA
GNDG
I/O
HSYNC
Mode) or as an input and accept (Slave Mode) Sync signals.
configured to output (Master Mode) or as an input (Slave Mode) and accept these
(Modes 1 and 2) Control Signal. This pin may be configured to output (Master
VSYNC
(Mode 2) Control Signal. This pin may be
control signals.
I/OVideo Blanking Control Signal. The pixel inputs are ignored when this is Logic Level "0."
This signal is optional.
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 Real-
Time Control (RTC) Input.
I/OVoltage Reference Input for DACs or Voltage Reference Output (1.235 V).
IA 150 resistor connected from this pin to GND is used to control full-scale amplitudes of
the Video Signals from DACs A, B, and C (the "large" DACs).
IA 600 resistor connected from this pin to GND is used to control full-scale amplitudes of
the Video Signals from DACs D, E, and F (the "small" DACs).
V
. For Optimum Dynamic Performance in Low Power Mode, the value of the
AA
COMP1 capacitor can be lowered to as low as 2.2 nF.
.
AA
O VSO TTL Output Sync Signal.
ODual Function
or HSO TTL Output Sync Signal.
CSO
IThe input resets the on-chip timing generator and sets the ADV7172/ADV7173 into
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.
Pin No. Mnemonic Type Function
3, 9, 14, 31, 71 DGND G
39, 40, 47, 53, 56 AGND G
4, 15 DVDDIO P Digital I/O Supply Voltage (3.3 V)
10, 30, 72 DVDD P
50 AVDD P Analog Supply Voltage (3.3 V).
38 PVDD P PLL Supply Volt
41…46, 57…62 AIN1…AIN12 I
11, 13, 16…18, 25,
34, 35, 63, 65, 69,
70, 77, 78
5…8, 19…24,
32, 33, 73…76
2 HS O HS is a horizontal synchronizatio
1 VS O VS is a vertical synchronization
80 FIELD O FIELD is a field synchronization
67 SDA I/O I
68 SCLK I I
66 ALSB I
64
27 LLC1 O
26 LLC2 O
29 XTAL I
28 XTAL1 O
36
79
37 ELPF I
12 SFL O
51 REFOUT O
52 CML O
48, 49 CAPY1,
54, 55 CAPC1,
NC
P0…P15 O Video Pixe
RESET
PWRDN
OE
CAPY2
I
CAPC2
Digital Ground.
Analog Ground.
Digital Core Supply Voltage (1.8 V).
age (1.8 V).
Analog Video Input Channels.
No Connect Pins.
l Output Port.
2
C Port Serial Data Input/Output Pin.
2
C Port Serial Clock Input (Max Clock Rate of 400 kHz).
This pin selects the I
for a write as 0x40; for ALSB set to logic high, the address selected
I
System Reset Input, Active Low. A minimum low reset pulse width of 5 ms is required to
reset the ADV71
This is a line- locked output clock for the pixel data output by the ADV7183A. Nominally
27 MHz, but varies up or down according to video line le
This is a divide-by-2 version of the LLC1 output clock for the pixel data output by the
ADV7183A. Nominally 13.5 MHz, but varies up or
This is the input pin for the 27 MHz crystal, or can be overdriven by an external 3. .3 V,
27 MHz clock oscillator source. In crystal mode,
This pin should be conne cted to the 27 MHz crystal or left as a no connect if an external
3.3 V, 27 MHz clock oscillator source is used to clock the ADV7183A. In crystal mode,
the crystal must be a fundamental crystal.
I
A logic low on this pin places the ADV7183A in a power-down mode. Refer to the I2C
Control Register Map for more options on power-down modes for the ADV7183
I
When set to a logic low, OE enables the pixel output bus, P15…P0 of the ADV7183A. A logic
high on the OE pin places Pins P15…P0, HS, VS, SFL/SYNC_OUT into a high impedance state.
The recommended external loop filter must be connected to this ELPF pin, as shown in
Figure 42.
Subcarrier Frequency Lock. This pin contains a se rial output stream that can be used to lock
the subcarrier frequency when this decoder is connected to any Analog Devices, Inc. digital
video encoder.
Internal Voltage Reference Output. Refer to Figure 42 for a recommended capacitor
network for this
The CML pin is a common-mode level for the internal ADCs. Refer to Figure 42 for a
recommended capacitor networ
I
ADC s Capacitor Network. Refer to Figure 42 for a recommended capacitor network for
this pin.
ADC s Capacitor Network. Refer to Figure 42 for a recommended capacitor network for
this pin.
2
C address for the ADV7183A. ALSB set to Logic 0 sets the address
83A circuitry.
pin.
DTR-6.5
.
n output signal.
output signal.
output signal.
is 0x42.
ngth.
down according to video line length.
the crystal must be a fundamental crystal.
A.
k for this pin.
Page 51
IC BLOCK DIAGRAMS AND DESCRIPTIONS
CS42518(110dB,192kHz 8-Ch Codec with S/PDIF Receiver)
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.
2, 3, 5, 6, 8, 9,
11, 12, 39, 40,
42, 43, 45, 46,
48, 49
14, 36LDQM,
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
7, 13, 38, 44V
1, 25V
4, 10, 41, 47GNDQGNDQ is the output buffer ground.
26, 50GNDGND is the device internal ground.
A0-A10A0 to A10 are address inputs. A0-A10 are used as row address inputs during active command input
I/O0
to
I/O15
UDQM
CCQVCCQ is the output buffer power supply.
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.
CCVCC is the device internal power supply.
DTR-6.5
Page 54
IC BLOCK DIAGRAMS AND DESCRIPTIONS
LA7106MFP(75 ohm video driver)
VIN1+
NFB1
MUTE1
VIN2+
NFB2
-VCC1
1
2
6dB
DR
3
4
5
6dB
DR
6
16
15
14
13
12
11
DTR-6.5
+VCC
VOUT1
GND
VOUT2
DR CTL
VOUT3
VIN3+
NFB3
7
8
6dB
NJM2595M(Video Selector Switch)
V+SW2SW1SW5
16
13
Vin1
Vin2
Vin3
Vin4
9
20k
7
20k
5
20k
S2
S3
S4
DR
10
S1
14
2
20k
20k
10
9
S5
S6
MUTE2
-VCC2
6dB
Amp
6dB
Amp
75Ohm
Driver
75Ohm
Driver
15
1
Vout1
Vout2
Vin5
3
20k
4
SW3
6
SW4
12
GND
S7
20k
8
V-
6dB
Amp
75Ohm
Driver
11
Vout3
Page 55
IC BLOCK DIAGRAMS AND DESCRIPTIONS
LC74763-9836(On-screen and controller)
DTR-6.5
CS
SIN
SCLK
RST
CTR-A
CTR-B
NSDET
SDET
VDD1
VDD2
VSS
SYNCDET
VCOIN
VCOOUT
FC
AMPIN
AMPOUT
PDOUT
SYSIN
SEPC
SERIAL
PARALLEL
CONVERSION
COMPOSITE
SYNCHRONIZING
SIGNAL
CONTROL
A F C
CIRCUIT
SYNCHRONIZING
SEPARATION
8 BITS
LATCH
AND
COMMAND
DECODER
SYNCHRONIZING
DISCRIMINATION
COMPOSITE
SYNCHRONIZING
SEPARATION
CIRCUIT
HSYN OUT
VSYN OUT
HORIZONTAL
CHARACTER
SIZE
REGISTER
HORIZONTAL
SIZE
COUNTER
TIMING
GENERATOR
VERTICAL
CHARACTER
SIZE
REGISTER
VERTICAL
SIZE
COUNTER
HORIZONTAL
INDICATION
POSITION
REGISTER
HORIZONTAL
DOT COUNTER
HORIZONTAL
INDICATION
POSITION
DETECTOR
CHARACTER
CONTROL
COUNTER
SYNCHRONIZING
SIGNAL
GENERATOR
XTAL
IN1
XTAL
OUT1
XTAL
IN2
VERTICAL
INDICATION
POSITION
REGISTER
VERTICAL
DOT COUNTER
VERTICAL
INDICATION
POSITION
DETECTOR
LINE
CONTROL
COUNTER
XTAL
OUT2
CVIN
INDICATOR
CONTROL
REGISTER
CVOUT
ON/OFF
INVERSION
CONTROL
REGISTER
ON/OFF
INVERSION
CONTROL CIRCUIT
CHARACTER OUTPUT CONTROL
BACKGROUND CONTROL
VIDEO OUTPUT CONTROL
Crystal oscillator connection terminals for.
internal synchronizing signal generator
17 VDD2Power supply terminal for composite video signal
18 CVINComposite video signal input terminal
4 HSYNCOUTHorizontal synchronizing signal output terminal19 CVCRCromatic signal input term,inal
5 XTALIN2
6 XTALOUT2
Crystal oscillator connection terminals for
internal synchronizing signal generator
20 SYNCINVideo signal input terminal for in t er nal synchronizing separation circuit
21 SEPCBias output pin for int er nal synchr onizing separ at ion cir c uit
7 VSYNCOUTVertical synchronizing signal output terminal22 VSSGround terminal
8 CSChip enable input terminal23 PDOUTPower supply output terminal for AFC circuit
9 SINSerial data input terminal24 AMPIN
Filter connection terminals
10 SCLKClock input terminal for serial data 25 AMPOUT
11 CTR-AVideo control out put terminal26 FCPower supply output terminal
12 CTR-BVideo control out put terminal27 VCOIN
LC resonator connection terminals for VCO
13 NSDETSelection pin for PAL or NTSC28 VCOOUT
14 SDETSignal detection terminal29 SYNCDETExternal synchronizing signal discrimination output t erminal
9DC_L1Lch Bass filter DC cut capacitor output terminal59L5IN"Input selector" Lch input 5
10DC_L2Lch Bass filter DC cut capacitor input terminal60R5IN"Input selector" Rch input 5
11FIL_BLLch Bass filter terminal61L6IN"Input selector" Lch input 6
12FIL_TLLch Treble filter terminal62R6IN"Input selector" Rch input 6
13DC_R1Rch Bass filter DC cut capacitor output terminal63L7IN"Input selector" Lch input 7
14DC_R2Rch Bass filter DC cut capacitor input terminal64R7IN"Input selector" Rch input 7
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_RBSwitching 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
49VDDOUTInternal Digital +Power Supply Output99VDDOUT2Internal Digital +Power Supply Output 2
50VSSOUTInternal Digital -Power Supply Output100 TCCAPSwitching noise rejection capacitor
80
81
100
130
51
50
31
Page 61
IC BLOCK DIAGRAMS AND DESCRIPTIONS
10
11
12
13
15
16
17
18
19
20
21
22
23
24
25
26
27
28
14
DTR-6.5
TC9162BFG(Function Switch)
S1
S2
COM1
S3
S4
COM2
S5
S6
COM3
2
3
4
5
6
7
8
9
10
LEVEL SHIFT
VSSGNDVDD
14
1
LATCH CIRCUIT
28
LATCH CIRCUIT
LEVEL SHIFT
27
26
25
24
23
22
21
20
19
S1
S2
COM1
S3
S4
COM2
S5
S6
COM3
S7
COM4
ST
11
12
13
SHIFT REGISTER
Pin No.Function
1
14
28
2,3,5,6,8,9,11
27,26,24,23,21,20,18
4,7,10,12
25,22,19,17
13
15
16
Symbol
Vss
GND
VDD
S1~S7
S1~S7
COM1 ~COM4
COM1 ~COM4
ST
CK
A
DAT
Negative power supply
Ground
Positive power supply
Input/output terminals
Input/output terminals
Common terminals
Common terminals
Strobe input terminal for data reading
Clock input terminal for data transfer
Data input terminal for switch
18
17
16
15
S7
COM4
DATA
CK
Page 62
IC BLOCK DIAGRAMS AND DESCRIPTIONS
10
11
12
13
15
16
17
18
19
20
21
22
23
24
25
26
27
28
14
DTR-6.5
TC9164AF(Function switch)
S1
S2
S3
S4
COM1
S5
S6
COM2
2
3
4
5
6
7
8
LEVEL SHIFT
9
VSSGNDVDD
1
14
LATCH CIRCUIT
28
LATCH CIRCUIT
LEVEL SHIFT
27
26
25
24
23
22
21
20
S1
S2
S3
S4
COM1
S5
S6
COM2
S7
S8
COM3
ST
10
11
12
13
2,3,4,6,7,8,10,11
27,26,25,23,22,21,19,18
SHIFT REGISTER
Pin No.Function
1
14
28
5,9,12
24,20,17
13
15
16
Symbol
Vss
GND
VDD
S1~S8
S1~S8
COM1 ~COM3
COM1 ~COM3
ST
CK
DAT
A
Negative power supply
Ground
Positive power supply
Input/output terminals
Input/output terminals
Common terminals
Common terminals
Strobe input terminal for data reading
Clock input terminal for data transfer
Data input terminal for switch
19
18
17
16
15
S7
S8
COM3
DATA
CK
Page 63
IC BLOCK DIAGRAMS AND DESCRIPTIONS
TC74HCT7007AF(Hex buffer)
DTR-6.5
1A
1Y
2A
2Y
3A
3Y
GND
1
2
3
4
5
6
7
(TOPVIEW)
14
13
12
11
10
9
8
Vcc
6A
6Y
5A
5Y
4A
4Y
TC74VHC541FT(Octal bus buffer)
20
19
18
17
16
15
14
13
12
11
Vcc
G2
Y1
Y2
Y3
Y4
Y5
Y6
Y7
Y8
G1
A1
A2
A3
A4
A5
A6
A7
A8
GND
1
2
3
4
5
6
7
8
9
10
Truth table
Y
A
L
L
H
H
INPUTS
G2
G1
X
H
H
X
L
L
L
L
X :Don't care
Z :High impedance
An
X
X
H
L
OUTPUT
Z
Z
H
L
74HCU04F(Hex Inverters)
1
1A
2
1Y
3
2A
4
2Y
5
3A
6
3Y
7
GND
(TOP VIEW)
14
13
12
11
10
9
8
Vcc
6A
6Y
5A
5Y
4A
4Y
Truth table
Y
A
L
H
L
H
Page 64
DTR-6.5
LEDPURE
<
DIRINT
H
A
BCD
MICROPROCESSOR-CONNECTION DIAGRAM
1
K0KI0
S7611
S7612
S7613
S7614
K1KI1
S7621
S7622
S7623
S7624
K2KI2
S7631
S7632
S7633
S7634
K3KI3
2
S7641
S7642
S7643
S7644
Q7501
FLUORESCENT TUBE
HNA-16SM10T
U7501
3
4
REMOTE
SENSOR
PIC-37043TH2
Q2101
MULTIFORMAT SDTV
VIDEO DECODER
ADV7183A
Q2104 DIGITAL
PAL/NTSC VIDEO
ENCODER
ADV7172
5
9
4
8
3
7
2
6
1
S7615
S7625
S7635
S7645
S7656
S7626
S7636
S7646
Q2106,7
VIDEO MUTE
SW LA7106M
Q7502 FL
TUBE DRIVER
M66005
Q2504 ON-SCREEN
CONTRLLER
LC74783
S7657
S7627
S7637
S7647
Q2011 VIDEO
SW CONTROLLER
TC9164
S7618S7628
12K
S7638
S7648
Q702
RESET
POWER FAILRE
DETECTOR
P701
FIRMWARE
WRITING PORT
RESET
1
CNVSS
2
232RX
3
FCLK
4
VCC
5
FBUSY
6
232TX
7
8
GNDCPU
S7619
S7629
S7639
12V TRIGGER A
12V TRIGGER B
12V TRIGGER C
6MHZ
OSC
1
Vref
-->
2
AVcc
-->
3
FLCS
<--
4
FLSDO
<--
5
FLCLK
<--
6
~FLRST
<--
7
P93/DA0/TB3IN
---
8
OSDSDO
<--
9
OSDCS
<--
10
OSDCLK
<--
11
P141
---
12
P140
---
13
BYTE
-->
14
CNVss
-->
15
P87/XCIN
---
16
P86/XCOUT
---
17
~RESET
-->
18
Xout
<--
19
Vss
-->
20
Xin
-->
21
Vcc1
-->
22
~NMI
-->
23
REMIN
-->
24
POFF
-->
25
~VSYNC
-->
26
SYNC
-->
27
-->
28
VDSTB
<--
29
VDSDO
<--
30
VDCLK
<--
31
P74/TA2OUT/W
---
32
P73/~CTS2/~RTS2/TA1IN/~V
---
33
VCRST
<--
34
VCSCL
<->
35
VCSDA
<->
36
232TX/FTXD
<--
37
Vcc1
-->
38
232RX/FRXD
-->
<--
<--
<--
<--
<--
<--
128
127
126
125
124
123
K0
AVssK1K2K3~KI0
䂾
~ISS
DIGSDO
DIGSDI
DIGCLK
FBUSY
FCLK
Vss
394041424344454647484950515253
<--
<--
<--
-->
<--
-->
12V
TRIGGER
CONTROL
<--
<--
<--
-->
122
121
120
119
~KI1
~KI2
~KI3
12VTRGC
M30627F
~DSPRST
~DSPFINT
~DSPINT
DSPFCS
-->
<--
<--
-->
-->
-->
-->
-->
-->
118
117
116
115
114
~VMUT
LEDVOL
LEDZ2
12VTRGB
12VTRGA
DSPCS
DIRRST
DIRCS
~FEPM
(DIRSDI)
-->
-->
-->
<--
<--
7
3
16
141
142
144
15
Q861
8-CH DAC
CS42518
135
5
136
Q201
DSP
CS494003
Page 65
DTR-6.5
12VTRGB
>
A
BCD
MICROPROCESSOR-CONNECTION DIAGRAM
RL7701
HP
RELAY
1
ER
ROL
2
-->
-->
-->
-->
-->
-->
<--
117
116
115
114
113
112
111
VJB
~VMUT
LEDVOL
LEDZ2
12VTRGA
LEDPURE
LEDSTBY
3
627FHPGP
ADCRST
DIRRST
DIRCS
~FEPM
(DIRSDI)
DIRINT
P132
505152535455565758596061626364
-->
-->
<--
<--
<--
---
-->
S7501,S7502
VOLUME
P7801
<--
-->
<--
<--
110
109
108
107
VJA
HPRL
~HPDET
~MICDET
FSWCLK
FSWDAT
FSWSTB
~FCE
P130
---
-->
-->
-->
<--
MIC
FROM POWER
AMP. OUTPUT
<--
<--
-->
<--
106
105
104
103
VOLH
SEC1H
DSPBUSY
PROTECT
THERMAL
~SYSOUT
RDSSIG
RDSDAT
~IRABUS/~RDSCLK
~IRIN
SYSIN
BAND
INIT1
INIT2
INIT3
INIT4
INIT5
INIT6
INIT7
1 VrefVrefIConnect to Vcc. Reference voltage input terminal for A/D converter.
2 AVccAVccIConnect to Vcc. Power supply terminal for A/D converter.
3 P97/~ADTRG/SIN4FLCSOLChip selector output terminal for FL tube driver
4 P96/ANEX1/SOUT4FLSDOOHData output terminal for FL tube driver
5 P95/ANEX0/CLK4FLCLKOCLK Clock output terminal for FL tube driver
6 P94/DA1/TB4IN~FLRSTOLReset signal output terminal for FL tube driver
7 P93/DA0/TB3IN
8 P92/TB2IN/SOUT3OSDSDOOHData output terminal for on-screen display IC
9 P91/TB1IN/SIN3OSDCSOHChip select output terminal for on-screen display IC
10 P90/TB0IN/CLK3OSDCLKOCLK Clock output terminal for on-screen display IC
11 P141
12 P140
13 BYTEBYTEIConnect to Vss. Change over input terminal of external data bus width.
14 CNVssCNVssIConnect to Vss via a resistor. Change over terminal of processor mode.
15 P87/XCIN
16 P86/XCOUT
17 ~RESET~RESETIReset signal input terminal for microprocessor.
18 XoutXoutOOscillation circuit output terminal of main clock.
19 VssVssIConnect to a ground terminal.
20 XinXinIOscillation circuit input terminal for main clock
21 Vcc1Vcc1I2.7V<Vcc2㻡Vcc1<5.5V
22 P85/~NMI~NMIILConnect to Vcc via a resistor.
23 P84/~INT2REMINILRemote control signal input terminal
24 P83/~INT1POFFILPower failure detection input terminal
25 P82/~INT0~VSYNCILVertical synchronization detection input terminal
26 P81/TA4IN/~USYNCIHSynchronization detection input terminal
27 P80/TA4OUT/U~ISSIL
28 P77/TA3INVDSTBOHStrobe signal output terminal for video switch
29 P76/TA3OUTVDSDOOHData output terminal for video switch
30 P75/TA2IN/~WVDCLKOCLK Clock output terminal for video switch
31 P74/TA2OUT/W
32 P73/~CTS2/~RTS2/TA1IN/~V
33 P72/CLK2/TA1OUT/VVCRSTOHReset signal output terminal for Y/C separation and video converter ICs.
34 P71/RXD2/SCL2/TA0IN/TB5INVCSCLI/OHClock signal input/output terminal for Y/C separation and video converter ICs.
35 P70/TXD2/SDA2/TA0OUTVCSDAI/OHData input/output terminal for Y/C separation and video converter ICs.
36 P67/TXD1/SDA1232TX/FTXDOHData transfer terminal for RS-232C and flash writer.
37 Vcc1Vcc1I2.7V<Vcc2㻡Vcc1<5.5V
38 P66/RXD1/SCL1232RX/FRXDIHData received terminal for RS-232C and flash writer.
39 VssVssIConnect to ground terminal.
40 P65/CLK1FCLKICLK Clock input terminal for flash writer
P64/~CTS1/~RTS1/~CTS0/CLKS1 FBUSYIHBusy terminal for flash writer
41
42 P63/TXD0/SDA0DIGSDOOHCommon data output terminal for digital section
43 P62/RXD0/SCL0DIGSDIIHData input terminal from DSP IC
44 P61/CLK0DIGCLKOCLK Common clock output terminal for digital section
45 P60/~CTS0/~RTS0~DSPRSTOLReset signal output terminal for DSDP IC
46 P137~DSPFINTIHInput terminal to inform the status change of DSP IC.
47 P136~DSPINTIHInput terminal to inform the status change of DSP IC.
48 P135DSPFCSOHChip select output terminal of DSP IC
49 P134DSPCSOHChip select output terminal of DSP IC
50 P57/~RDY/CLKOUTDIRRSTOLReset signal output terminal of DIR IC
51 P56/ALEDIRCSOLChip select output terminal for DIR IC
52 P55/~HOLD~FEPMILConnect to ground terminal via resistor. Setting terminal of flash writer.
53 P54/~HLDA(DIRSDI)IHData input terminal of DIR IC
54 P133DIRINTIHUnlock detection terminal of DIR IC
55 P132
56 P131ADCRSTOLReset input terminal for multi channel A/D converter
57 P130
58 P53/BCLKFSWCLKOCLK Clock signal output terminal of function switch
59 P52/~RDFSWDATOHData output terminal of function switch
60 P51/~WRH/~BHEFSWSTBOHStrobe signal output terminal of function switch
61 P50/~WRL/~WR~FCEILConnect to Vcc2 terminal via resistor. Setting terminal of flash writer.
62 P127Z2BDDATOHData output terminal to volume and tone control IC for zone 2.
63 P126Z2BDCLKOHClock output terminal to volume and tone control IC for zone 2.
64 P125Z2BDMUTOHMuting signal output terminal to volume and tone control IC for zone 2.
DTR-6.5
Page 67
MICROPROCESSOR-TERMINAL DESCRIPTIONS
No. TerminalSymbolI/OAct. Description
65 P47/~CS3VLTNSTBOHStrobe signal output terminal for selector, volume and tone control IC.
66 P46/~CS2VLTNCLKOCLK Clock output terminal for selector, volume and tone control IC.
67 P45/~CS1VLTNDATOHData output terminal for selector, volume and tone control IC.
68 P44/~CS0PLLCEOHChip enable out terminal for tuner unit
69 P43/A19PLLSDOOHData output terminal for tuner unit
70 P42/A18~PLLSDIILData input terminal from tuner unit
71 P41/A17PLLCLKOCLK Clock output terminal for tuner unit
72 P40/A16~STEREOILStereo detection input terminal from tuner unit
73 P37/A15~SDILbroadcast detection input terminal from tuner unit
74 P36/A14TUMUTOHMute control output terminal for tuner unit
75 P35/A13AMUTOHMuting control output terminal of audio section
76 P34/A12APOWEROHPower supply relay control output terminal
77 P33/A11SPRLFOHSpeaker relay control output terminal of front channel
78 P32/A10SPRLCSOHSpeaker relay control output terminal of center and surround channels
79 P31/A09SPRLZ2OHSpeaker relay control output terminal of zone 2
80 P124SPRLSBOHSpeaker relay control output terminal of surround back channel
81 P123Z2LPMUTOHMuting control output terminal of zone 2 and pre output terminal
82 P122SBZ2MUTOHMuting control output terminal of zone 2 and surround back channels.
83 P121~FANCTROLLower speed or off setting output terminal of fun
84 P120~FANHOLHigh speed setting output terminal of fun
85 Vcc2Vcc2IConnect to 2.7V<Vcc2㻡Vcc1<5.5V
86 P30/A8(/-/D7)VPOWEROHPower supply control output terminal of video section
87 VssVssIConnect to ground terminal
88 P27/AN27/A7(/D7/D6)INIT7IA/D Initializing terminal
89 P26/AN26/A6(/D6/D5)INIT6IA/D Initializing terminal
90 P25/AN25/A5(/D5/D4)INIT5IA/D Initializing terminal
91 P24/AN24/A4(/D4/D3)INIT4IA/D Initializing terminal
92 P23/AN23/A3(/D3/D2)INIT3IA/D Initializing terminal
93 P22/AN22/A2(/D2/D1)INIT2IA/D Initializing terminal
94 P21/AN21/A1(/D1/D0)INIT1IA/D Initializing terminal
95 P20/AN20/A0(/D0/-)BANDIA/D Band area setting input terminals of tuner section
96 P17/D15/~INT5SYSINIHRI input terminal
97 P16/D14/~INT4~IRINILIOR IN input terminal
98 P15/D13/~INT3~IRABUSILIR ABUS input terminal
99 P14/D12RDSDATILRDS IC data input terminal
100 P13/D11RDSSIGILRDS IC demodulator signal input terminal
101 P12/D10~SYSOUTOHRI output terminal
102 P11/D9THERMALIHThermal detection input terminal
103 P10/D8PROTECTIHVoltage protect input terminal
104 P07/AN07/D7SEC1HOHPower amplifier voltage select terminal
105 P06/AN06/D6VOLHIA/D Power amplifier voltage detection input terminal
106 P05/AN05/D5DSPBUSYIHDSP BUSY signal detection terminal
107 P04/AN04/D4~MICDETILMicrophone signal detection input terminal
108 P03/AN03/D3~HPDETILHeadphone detection input terminal
109 P02/AN02/D2HPRLOHHeadphone relay control output terminal
110 P01/AN01/D1VJAIHRotary encoder input terminal for volume
111 P00/AN00/D0VJBIHRotary encoder input terminal for volume
112 P117LEDSTBYOLSTANDBY/RECV indicator control output terminal
113 P116LEDPUREOHPURE AUDIO indicator control output terminal
114 P115LEDZ2OHZONE2 indicator control; output terminal
115 P114LEDVOLOHVOLUME control output terminal
116 P113~VMUTOLMuting control output terminal of video section
117 P11212VTRGAOH12V Trigger A control output terminal
118 P11112VTRGBOH12V Trigger B control output terminal
119 P11012VTRGCOH12V Trigger C/Z2 control output terminal
120 P107/AN7/~KI3~KI3ILKey input interrupter input terminal
121 P106/AN6/~KI2~KI2ILKey input interrupter input terminal
122 P105/AN5/~KI1~KI1ILKey input interrupter input terminal
123 P104/AN4/~KI0~KI0ILKey input interrupter input terminal
124 P103/AN3K3IA/D Key input terminal
125 P102/AN2K2IA/D Key input terminal
126 P101/AN1K1IA/D Key input terminal
127 AVssAVssIConnect to Vss. Power supply terminal for A/D converter.
128 P100/AN0K0IA/D Key input terminal
DTR-6.5
Page 68
PACKING PROCEDURES
DTR-6.5
A606
Top
A601
A616
Bottom
A611
A811
A650
A601
Top
A616
A655
A611
Accessory
A821
A820
A812
A831
A813
A660
Printed matters
A670
A807
A808
P901
Put the label A801 between
page 2 and page 3 of
instruction manual E.
A651
Left
Left
Left
Left
Left
Left
Left
Front
Front
Zone 2
Zone 2
/
/
SP-B
SP-B
Zone 2
Zone 2
/
/
Front
Left
SP-B
Left
Front
Left
SP-B
1
Speaker Cable
Left
Left
Left
Front
Front
Right
Right
Right
Right
Zone 2
Zone 2
/
/
Surround
SP-B
SP-B
Zone 2
Zone 2
/
/
Front
Right
SP-B
Right
Surround
Left
Front
Right
Left
SP-B
Right
2
Right
Right
Right
Right
Right
Right
Center
Center
Zone 2
Zone 2
Zone 2
Zone 2
Surround
Surround
Surround
Surround Back
Surround Back
Surround Back
Surround Back
Left
Zone 2
Right
Zone 2
Surround
Right
Center
Zone 2
Right
Zone 2
Left
Surround Back
Right
Surround Back
Left
Surround
Right
Center
Surround
Left
Surround Back
Right
Surround Back
Left
3
Page 69
ADJUSTMENT AND CONFIRMATION PROCEDURES
1.Idling current adjustment
Before Idling adjustment, turn the trimming resistors R6040 to R6045 counter-clockwise fully.
Connect the DC voltmeter to sockets P6080 to P6086.
After turn POWER to ON, adjust the trimming resistors R6040, R6041 and R6042 so that the reading of
voltmeter becomes 1.25mV. (Front and center channels)
Adjust the trimming resistors R6043, R6044,R6045 and R6046 so that the reading of
voltmeter becomes 0.75 mV. (Surround and surround back channels)
After adjustment, attach the top cover.
Confirm the voltage of points above after about five minutes.
Front and center channels
When less than 5.0 mV, readjust the resistors above so that the voltage becomes 5.0 mV.
When 5.0 mV to 6.0 mV, it is not necessary to adjust.
When more than 6.0 mV, readjust the resistors above so that the voltage becomes 6.0 mV.
Surround and surround back channels
When less than 3.5 mV, readjust the resistors above so that the voltage becomes 3.5 mV.
When 3.5 mV to 4.5 mV, it is not necessary to adjust.
When more than 4.5 mV, readjust the resistors above so that the voltage becomes 4.5 mV.
Note: No load and No signal
DTR-6.5
R6040
L
BIAS
ID-
ID+
P6000B
P6080
BIAS
R6041
R
P6081
IDID+
P6001B
R6042
C
BIAS
P6082
ID-ID+
P6002B
R6043
SL
BIAS
P6003B
P6083
IDID+
R6045
BIAS
R6044
P6085
ID-
ID+
BIAS
ID-ID+
P6084
P6004B
SR
NAAF-8391
COM
TH1
TH2
P6301
NAAF-8397
BIAS
R6046
SBRSBL
P6086
IDID+
Page 70
Confirmation of protection circuit
1. Confirmation of speaker relay
Confirm that the speaker relays turn ON approximately 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. How to enter Test Mode
1. To enter a test mode (Test 1 to 4), when the unit is turned on,
hold down "CD" + "DISPLAY" buttons and then press "STANDBY/ON" button.
2. Press the respective designated buttons and make sure that your target mode starts.
DTR-6.5
Left arrow key
Zone 2
Standby
Right arrow key
Button Message to be shown
Mode
to be pressed on the Front display
Test-1 "DVD" "Test-1-00"
Test-2 "VIDEO 1" "Test-2-00"
Test-3 "VIDEO 2" "TUNER 82"
Test-4 "VIDEO 3" "Test-4-00"
To move to the next step, press the right arrow key.
When you enter Test-3, it is necessary to press this button once to see "Test-3-00" is shown.
To move to the previous step, press the left arrow key.
To exit, press "STANDBY/ON" button.
3.Confirmation of protection circuit
Check of Voltage detection
1. Enter Test-4 mode.
2. Press and release the right arrow key repeatedly until "TEST-4-21" is shown on the Front display.
3. See your unit automatically start to check each channel.
During the check, the message on the display is changing as follows:
Channel 1st Message 2nd Message
FL+ TEST-4-21 Protect OK
FR- TEST-4-22 Protect OK
C+ TEST-4-23 Protect OK
SL- TEST-4-24 Protect OK
SR+ TEST-4-25 Protect OK
SBL- TEST-4-26 Protect OK
SBR+ TEST-4-27 Protect OK
When the whole check is completed, "TEST-4-35" is shown.
4. Exit from the test mode.
Check of Current detection
1. Enter Test-4 mode.
2. Press and release the right arrow key repeatedly until "TEST-4-35" is shown on the Front display.
3. Connect a 3 ohm hollow resistor to a speaker terminal for each channel and
make sure that the speaker relay would not cut off.
4. Connect a 1.5 ohm hollow resistor to a speaker terminal for each channel and
make sure that the speaker relay would cut off.
5. Exit from the test mode.
Page 71
4. Operation check of voltage sensor and thermal protector
1. Enter Test-4 mode.
2. Press and release the right arrow key repeatedly until "TEST-4-36" is shown on the front display.
3. Confirm that the FM STEREO indicator lights on and the relays of RL6901 and RL6902 turn OFF.
4. Press the right arrow key to set "TEST-4-37".
5. Confirm that the FM STEREO indicator lights on and the relays of RL6901 and RL6902 turn OFF.
6. Exit from the test mode.
7. Connect a metal oxide resistor 1.8 kohm/1W between "COM" and "TH2" terminals of P6302 with no input signal.
8. Set the unit to the test mode "TEST-1-00".
9. Confirm that "Thermal Protect" is displayed on the front display.
Test Mode of FL tube
To enter a test mode (Test 1 to 4), when the unit is turned on,
hold down "CD" + "DISPLAY" buttons and then press "STANDBY/ON" button.
After "TEST " on the FL tube is displayed, press CD button to set the unit to the test mode of FL tube.
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
the original type.
NOTE: <D>: 120V model only <A>:Australian model only
Front bracket
Knob, standb
Facet
Knob,rin
Clear plate, rin
Front panel
Bad
S-SAA,Power supply cord <A>
D09T-24PG10
2SC5200-O or
2SC5200-R,Transistor
C262,Isolated sheet
MN150S-O or
MN150S-Y or
MN150S-P,Transistor
C238,Isolated sheet
2SA1943-O or
2SA1943-R,Transistor
MP150S-O or
MP150S-Y or
MP150S-P,Transistor
NPT-1501D,Power transformer <D>
NPT-1501P,Power transformer <A>
NAAR-8365-1F,DSP and main microprocessor PC board ass'
NAAR-8365-1G,DSP and main microprocessor PC board ass'
NADG-8366-1F,Main connector PC board ass'
NADG-8366-1G,Main connector PC board ass'
NAETC-8367-1F,Control terminal PC board ass'
NAETC-8367-1G,Control terminal PC board ass'
NADG-8368-1F,Di
NADG-8368-1G,Di
NAPS-8382-1J,Primar
NAPS-8382-1K,Primary circuit PC board ass'y <A>
NAAF-8383-1J,Driver circuit PC board ass'
NAAF-8383-1K,Driver circuit PC board ass'
NAETC-8384-1J,Transformer terminal PC board ass'
NAETC-8384-1K,Transformer terminal PC board ass'
NAETC-8388-1J,AC inlet terminal PC board ass'
NAETC-8388-1K,AC inlet terminal PC board ass'
NAPS-8389-1J,Secondar
NAPS-8389-1K,Secondary circuit PC board ass'y <A>
NAETC-8390-1J,Fuse terminal PC board ass'
NAETC-8390-1K,Fuse terminal PC board ass'
NAAF-8391-1J,Power amplifier PC board ass'y <D>
NAAF-8391-1K,Power amplifier PC board ass'
NAAF-8397-1D,Power amplifier PC board ass'
NAAF-8397-1E,Power amplifier PC board ass'y <A>
NAETC-8398-1D,Secondar
NAETC-8398-1E,Secondar
NAETC-8399-1D,Speaker terminal PC board ass'
NAETC-8399-1E,Speaker terminal PC board ass'
NAETC-8400-1D,Speaker terminal F/C PC board ass'y <D>
NAETC-8400-1E,Speaker terminal F/C PC board ass'
DTR-6.5
,Fan
<D>
<A>
<D>
<A>
<D>
<A>
ital input/output terminal PC board ass'y <D>
ital input/output terminal PC board ass'y <A>
circuit PC board ass'y <D>
<D>
<A>
<D>
<A>
<D>
<A>
circuit PC board ass'y <D>
<D>
<A>
<A>
<D>
circuit PC board ass'y <D>
circuit PC board ass'y <A>
<D>
<A>
<A>
Page 74
r
REF. NO.PART NO.DESCRIPTION
y
y
y
y
y
y
y
y
y
y
y
y
y
y
y
y
ybag
ybag
y
g
(
y
ybag
y
A
A
A
U211B041502-1D
1B041502-1E
U221B041503-1D
1B041503-1E
U231B041504-1D
1B041504-1E
U261B041506-1D
1B041506-1E
U271B041564-1D
1B041564-1E
U291B041509-1D
1B041509-1E
U301B041510-1D
1B041510-1E
U311B041511-1D
1B041511-1E
U321B041512-1D
1B041512-1E
U331B041513-1D
1B041513-1E
U36240138A,
240146 or
240134A
240147,
240139A or
240135
NAETC-8402-1D,Thermal detector PC board ass'
NAETC-8402-1E,Thermal detector PC board ass'
NAETC-8403-1D,Holder PC board ass'
NAETC-8403-1E,Holder PC board ass'
NAETC-8404-1D,PC board for cord clamp <D>
NAETC-8404-1E,PC board for cord clamp <A>
NADIS-8406-1D,Displa
NADIS-8406-1E,Displa
NAVD-8464-1D,Video terminal PC board ass'
NAVD-8464-1E,Video terminal PC board ass'
NAVD-8409-1D,Video 4 terminal PC board ass'
NAVD-8409-1E,Video 4 terminal PC board ass'
NADG-8410-1D,Front opt.. terminal PC board ass'
NADG-8410-1E,Front opt.. terminal PC board ass'
NASW-8411-1D,Volume PC board ass'
NASW-8411-1E,Volume PC board ass'
NAETC-8412-1D,Headphone terminal PC board ass'
NAETC-8412-1E,Headphone terminal PC board ass'
NAETC-8413-1D,Holder PC board <D>
NAETC-8413-1E,Holder PC board <A>
ENG06501QR,
FAE385-A02F or
TFCE1U114B,Tuner unit <D>
FAE485-E02F,
ENG07501QR or
TFCE1E512A,Tuner unit <A>
S-UC-2 or
S-UC-2,Power supply cord <D>
S-SAA,Power supply cord <A>
est <D>
for batter
Page 75
DTR-6.5
T
)
PRINTED CIRCUIT BOARD-PARTS LIS
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>:120V model only <A>:Australian model only
DSP and preamplifier PC board (NAAR-8365-1F/1G
CIRCUIT NO.PART NO.DESCRIPTION
ICs
Q201 22242165R3 CS494003CQZ(CSSS)
Q202 22242123R3 orIC42S16100 or
22242152R2 orK4S161622H-UC60 or
22242123R2IC42S16100
Q203 W0023R301386M100 MX29LV040TC-90
Q301,Q306,Q307 22241383R2 orNJM4565M-D or
22240581R2NJM4565M
Q302 22242193R3 NJW1157B (After change)
Q303 222780073R278L07(SMT)
Q304 222790073R279L07(SMT)
Q305 22242099R2TC9162BFG
Q421 22242157R2BD3814FV
Q501,Q502,Q50322241383R2 orNJM4565M-D or
Q504,Q505,Q50622240581R2NJM4565M
Q507,Q508,Q50922241383R2 orNJM4565M-D or
Q510,Q511,Q51222240581R2NJM4565M
Q513,Q51422241383R2 orNJM4565M-D or
Q515,Q51622240581R2NJM4565M
Q651,Q652 22241383R2 orNJM4565M-D or
22240581R2NJM4565M
Q653,Q654 22241943R2 CS5333-KZ
Q681 22274541ER2TO orTC74VHC541FT or
22274541IR2TISN74AHC541PWR
Q682 222740077R2TOTC74HCT7007AF
Q861 22242168R3 orCS42518-CQZR-C or
22242168R2CS42518-CQZR-C
Q862 22240935R2TC7WU04FU
Q901 222780124TOS orTA7812S or
22278012578M12HF
Q902 222790124TOS orTA79012S or
22279012579M12HF
Q903 222780053R2JRNJM78L05UA
Q910 222790054TOS orTA79005S or
22279005579M05FA
Q911 222780053R2JRNJM78L05UA
Q921 22278033DR2JR orNJM2391DL1-33 or
22278033DR2NEMPC2933T
Q922 22278025DR2JR orNJM2391DL1-25 or
22278025DR2NEMPC2925T
Q991,Q992 2216190R2 orKRC102S or
Q431,Q4322215410R2RN1441
Q90422023142SA1726-Y
Q905 2212855 or2SB1068-U or
22128532SB1068-K
Q906 22150242SD1468S-R
Q907 2216190R2 orKRC102S or
2214470R2RN1402
Q908 2216220R2 orKRA102S or
2214530R2RN2402
Q909 22023142SA1726-Y
Diodes
D651,D652,D653223234R2 or1SS352 or
D654,D655,D656223269R21SS355
D657,D658 223234R2 or1SS352 or
223269R21SS355
D861,D862,D863223234R2 or1SS352 or
D864,D865,D866223269R21SS355
D867,D868,D901223234R2 or1SS352 or
D902223269R21SS355
D991 224551300R2 orUDZS13B or
224661304R2HZU13B
Coils
L201,L202 231237K022R2NCH-1471
L203,L204,L205233533M022R2 orNCH-1587-022M or
L651,L652231237K022R2NCH-1471
L211 230959R1BK1608LL241-T
L861,L862233533M022R2 orNCH-1587-022M or
L863,L864231237K022R2NCH-1471
L865 230958R1BK1608LM182-T
L866 233533M022R2 orNCH-1587-022M or
231237K022R2NCH-1471
L867,L868 230958R1BK1608LM182-T
L921 233533K022R2 orNCH-1587-022K or
C329,C330 342102214R1CC725CH1H-221J1,Chip ceramic
C333,C334 393384707CE04W50V-47M(VX),Elect.
C335,C336 393322217CE04W6.3V-220M(VX),Elect.
C337,C338 373021524R2ECHU50V-152J,Chip film
C339,C340 373041234R2ECHU16V-123J,Chip film
C341,C342 373043924R2ECHU16V-392J,Chip film
C343,C344 394644707 orCE04W16V-47M(VR) or
394744707CE04W16V47M(SC),Elect.
C345,C346 393341007CE04W16V-10M(VX),Elect.
C351,C352332161040R1CK725F1E-104Z1,Chip ceramic
C353,C354 394642217 orCE04W16V-220M(VR) or
394742217CE04W16V220M(SC),Elect.
C355,C358 393380477CE04W50V-4.7M(VX),Elect.
C356,C359 375522244MMT50V-224J,Plastic
C357,C360 373044724R2ECHU16V-472J,Chip film
C364,C365 332161040R1CK725F1E-104Z1,Chip ceramic
C366,C367,C368 393344707CE04W16V-47M(VX),Elect.
C369,C370,C371 393344707CE04W16V-47M(VX),Elect.
C372,C373 393344707CE04W16V-47M(VX),Elect.
C374,C375 393341007CE04W16V-10M(VX),Elect.
C376,C377394641007 orCE04W16V-10M(VR) or
C378,C379394741007CE04W16V10M(SC),Elect.
C380 394680107 orCE04W50V-1M(VR) or
394780107CE04W16V10M(SC),Elect.
C381,C382 342103304R1CC725CH1H-330J1,Chip ceramic
C383,C384394644707 orCE04W16V-47M(VR) or
394744707CE04W16V47M(SC),Elect.
C388 393341007CE04W16V-10M(VX),Elect.
C389 342102214R1CC725CH1H-221J1,Chip ceramic
C390 373041034R2ECHU16V-103J,Chip film
C391 375521034MMT50V-103J,Plastic
C401,C402 393344707CE04W16V-47M(VX),Elect.
C403,C404393344707CE04W16V-47M(VX),Elect.
C405,C406,C407 393344707CE04W16V-47M(VX),Elect.
C408 393381007CE04W50V-10M(VX),Elect.
C411,C412 393341007CE04W16V-10M(VX),Elect.
C415,C416 373044724R2ECHU16V-472J,Chip film
C417,C418 373041044R2ECHU16V-104J,Chip film
C419,C420373041044R2ECHU16V-104J,Chip film
C421,C422,C423393341007CE04W16V-10M(VX),Elect.
C424,C425,C426393341007CE04W16V-10M(VX),Elect.
C427,C428393341007CE04W16V-10M(VX),Elect.
C431,C432 394644707 orCE04W16V-47M(VR) or
394744707CE04W16V47M(SC),Elect.
C439,C440 393380477CE04W50V-4.7M(VX),Elect.
C443,C444 342111024R1CC725CH1E-102J1,Chip ceramic
C445,C446,C447373041034R2ECHU16V-103J,Chip film
C448 393380477CE04W50V-4.7M(VX),Elect.
C449,C450 332161040R1CK725F1E-104Z1,Chip ceramic
C504 374723334ECQ-V50V-333J,Plastic
C509,C510,C511 342101014R1CC725CH1H-101J1,Chip ceramic
C513,C514,C515 342101014R1CC725CH1H-101J1,Chip ceramic
C516,C517,C518 342101014R1CC725CH1H-101J1,Chip ceramic
C519,C521,C522342101014R1CC725CH1H-101J1,Chip ceramic
C523,C524 342101014R1CC725CH1H-101J1,Chip ceramic
C525,C526,C527 373022724R2ECHU50V-272J,Chip film
C528,C529,C530373022724R2ECHU50V-272J,Chip film
C531,C532 373022724R2ECHU50V-272J,Chip film
C533,C534,C535 373021224R2ECHU50V-122J,Chip film
C536,C537,C538373021224R2ECHU50V-122J,Chip film
C539,C540373021224R2ECHU50V-122J,Chip film
DTR-6.5
Page 78
CIRCUIT NO.PART NO.DESCRIPTION
Capacitors
C541,C542 394642217 orCE04W16V-220M(VR) or
394742217CE04W16V220M(SC),Elect.
C543,C544 374721534ECQ-B50V-153J,Plastic
C651,C652 342101014R1CC725CH1H-101J1,Chip ceramic
C653,C654 393341007CE04W16V-10M(VX),Elect.
C655,C656 373021224R2ECHU50V-122J,Chip film
C657,C658 342101014R1CC725CH1H-101J1,Chip ceramic
C659,C660 393341007CE04W16V-10M(VX),Elect.
C661,C662 373021224R2ECHU50V-122J,Chip film
C663,C664 332161040R1CK725F1E-104Z1,Chip ceramic
C665,C671 394680477 orCE04W50V-4.7M(VR) or
Driver circuit PC board (NAAF-8383-1J/1K)
CIRCUIT NO.PART NO.DESCRIPTION
Transistors
Q5000,Q50012210755 or2SC1775A-E or
Q5002,Q50102210756 or2SC1775A-F or
Q5011,Q501222117332SC1845-E
Q5003,Q50042215896 orKTC3200-BL or
Q5005,Q50062210755 or2SC1775A-E or
Q5013,Q5014 2210756 or2SC1775A-F or
Q5015,Q501622117332SC1845-E
Q5030,Q50312202094 or2SA1360-Y or
Q503222020932SA1360-O
Q5033,Q5034 2215844 orKTA1024-Y or
Q5035,Q50362215843 orKTA1024-O or
2211354 or2SA949-Y or
22113532SA949-O
Q5040,Q5041 2202104 or2SC3423-Y or
Q504222021032SC3423-O
Q5043,Q5044 2215854 orKTC3206-Y or
Q5045,Q50462215853 orKTC3206-O or
2211634 or2SC2229-Y or
22116332SC2229-O
Q5050,Q5051 2215896 orKTC3200-BL or
Q5052,Q50532215895 orKTC3200-GR or
Q5054,Q50552210755 or2SC1775A-E or
Q50562210756 or2SC1775A-F or
Power amplifier PC board (NAAF-8397-1D/1E)
CIRCUIT NO.PART NO.DESCRIPTION
Transistors
Q6010,Q6011 2213284 or2SC1740S-R or
Q6012,Q601322132852SC1740S-S
Q60142213284 or2SC1740S-R or
Q6020,Q602122132852SC1740S-S
Q6022,Q60232213284 or2SC1740S-R or
Q602422132852SC1740S-S
Q6030,Q6031 22030102SC5171
Q6032 22030102SC5171
Q6033,Q6034 2203010 or2SC5171 or
2203434KTD2061-Y
Q6040,Q6041 22030002SA1930
Q6042 22030002SA1930
Q6043,Q6044 2203000 or2SA1930 or
2203424KTB1369-Y
Q6070,Q6071 2214984 or2SC2631-R or
Q6072,Q607322149852SC2631-S
Q60742214984 or2SC2631-R or
22149852SC2631-S
Page 91
CIRCUIT NO.PART NO.DESCRIPTION
Transistors
Q6303,Q6304 2215995 orKTA1267-GR or
2213354 or2SA933S-R or
22133552SA933S-S
Q6601,Q6602 2215864 orKTC3199-GR or
Q6603,Q66042212115 or2SC2458-GR or
Q6901 2213284 or2SC1740S-R or
22132852SC1740S-S
Q6701,Q6702 2215896 orKTC3200-BL or
2210755 or2SC1775A-E or
2210756 or2SC1775A-F or
2211732 or2SC1845-F or
2211733 or2SC1845-E or
2215895KTC3200-GR
Q6703 2215886 orKTA1268-BL or
2211792 or2SA992-F or
2211793 or2SA992-E or
2215885KTA1268-GR
Diodes
D6000,D6001 223163 or1SS133 or
D6002,D6003223205 or1SS270A or
D6004223222WG713A
D6005,D6006 223163 or1SS133 or
223205 or1SS270A or
223222WG713A
D6010,D6011 223163 or1SS133 or
D6012,D6013223205 or1SS270A or
D6014223222WG713A
D6306,D6307 223163 or1SS133 or
D6701,D6702223205 or1SS270A or
D6906 223222WG713A
D6703,D6704 224470512MTZJ5.1B
D6705,D6706 22380260 orRL1N4003 or
D6901,D690222380035GP104003E
D6707 224470512MTZJ5.1B
D6904,D6905 22380337D10XB60H
Capacitors
C6040,C6041 394584707CE04W50V-47M(VZ),Elect.
C6042,C6043394584707CE04W50V-47M(VZ),Elect.
C6044 394584707CE04W50V-47M(VZ),Elect.
C6050,C6051 374721034ECQ-B50V-103J,Plastic film
C6052,C6053374721034ECQ-B50V-103J,Plastic film
C6054 374721034ECQ-B50V-103J,Plastic film
C6230,C6231 374724734ECQ-V50V-473J,Plastic film
C6232,C6233374724734ECQ-V50V-473J,Plastic film
C6234 374724734ECQ-V50V-473J,Plastic film
C6235,C6236 374724734ECQ-V50V-473J,Plastic film
C6701,C6706 394621017CE04W6.3V-100M(VR),Elect.
C6703,C6707 335622230CK45F50V-223Z,Ceramic
C6704 394680107CE04W50V-1M(VR),Elect.
C6708 374722224ECQ-B50V-222J,Plastic film
C6901,C6902 3504410CE69W71V-15000M,Elect.
C6903 374721044ECQ-V50V-104J,Plastic film
C6904,C6905 374733344ECQ-V100-334J,Plastic film
C6906,C6907 374721044ECQ-V50V-104J,Plastic film
C6803,C6805 374721034ECQ-B50V-103J,Plastic film
C6807 374721034ECQ-B50V-103J,Plastic film
C6843,C6844 374721034ECQ-B50V-103J,Plastic film <A>
C6845,C6846374721034ECQ-B50V-103J,Plastic film <A>
C6847,C6848 374721034ECQ-B50V-103J,Plastic film <A>
C6853,C6854 374721024ECQ-B50V-102J,Plastic film <A>
C6855,C6856374721024ECQ-B50V-102J,Plastic film <A>
C6857,C6858374721024ECQ-B50V-102J,Plastic film <A>
C6600,C6602 374721034ECQ-B50V-103J,Plastic film
C6640,C6641 374721034ECQ-B50V-103J,Plastic film <A>
C6642 374721034ECQ-B50V-103J,Plastic film <A>
C6650,C6651 374721024ECQ-B50V-102J,Plastic film <A>
C6652 374721024ECQ-B50V-102J,Plastic film <A>
RL2201,RL2202 25065645 orNPL-2P1A-DC4.5-169 or
RL2203,RL220425065654 orNRL-2P2A-DC4.5-172 or
RL220525065658NRL-2P2A-DC4.5-173
RL6801,RL6802 25065664NRL-2P2A-DC12-178
DTR-6.5
Page 98
CIRCUIT NO.PART NO.DESCRIPTION
Terminals
P2001,P2002 25045730NPJ-10PDBY518
P2003 25045728NPJ-15PDBY516
P2201 25045814NPJ-12PDGLR594
P6801 25045790 orNPJ-6PDWRLEGP570 or