Sony STR-DA5000ES Service Manual ▷ View online
17
STR-DA5000ES
OSD ADJUSTMENT
Connection
1. Short the TP3501 pin 4 on the VIDEO board to the GND.
2. Connect a frequency counter to the TP3501 pin 2 on the VIDEO
2. Connect a frequency counter to the TP3501 pin 2 on the VIDEO
board.
3. Press the
I/1
button to turn on the main power.
4. Press the
[ON SCREEN]
button on the remote commander.
5. Turn the
[MAIN MENU]
jog to display “CUSTOMIZE”.
6. Turn the
[MENU]
jog to display “COLOR SYSTEM”.
7. Turn the
[--/+]
jog to display “NTSC”.
8. Adjust the CT3502 (US, Canadian and Taiwan models) or
CT3503 (except US, Canadian and Taiwan models) so that the
frequency counter reading is 3.579545
frequency counter reading is 3.579545
±
0.05 MHz.
9. Turn the
[MENU]
jog to display “COLOR SYSTEM”.
10. Turn the
[--/+]
jog to display “PAL”.
11. Press the
[ON SCREEN]
button on the remote commander.
12. Adjust the CT3504 so that the frequency counter reading is
4.433618
±
0.05 MHz.
13. Press the
I/1
button to turn off the main power.
14. Connect a frequency counter to the CN3501 pin 1 on the
VIDEO board.
15. Press the
I/1
button to turn on the main power.
16. Press the
[ON SCREEN]
button on the remote commander.
17. Adjust the CT3501 so that the frequency counter reading is
7.20
±
0.01 MHz.
Note:
The steps 5 to 7 and 9 to 12 should be performed to the models
except for the US, Canadian and Taiwan.
except for the US, Canadian and Taiwan.
Adjustment and Connection Location:
VIDEO board
TP3501 pin
1
or pin
2
+
–
–
frequency counter
– VIDEO BOARD (Component Side) –
CT3504
(AEP, Chinese models)
CT3503
(AEP, Chinese models)
CT3501
TP3501
1
4
CT3502
(except AEP, Chinese models)
18
STR-DA5000ES
UP CONVERT SIGNAL LEVEL ADJUSTMENT
Enter the test mode
1. In the standby status, press the
I/1
button while pressing the
[INPUT MODE]
and
[DISPLAY]
buttons.
2. It enters the test mode, and display as below figure.
1. Y Level Adjustment
Setting:
Procedure:
1. Connect a color pattern generator to the VIDEO 1 S2 VIDEO
1. Connect a color pattern generator to the VIDEO 1 S2 VIDEO
IN jack, and connect an oscilloscope to the COMPONENT
VIDEO Y jack.
VIDEO Y jack.
2. Enter the test mode.
3. Input color bars signal from the color pattern generator.
4. Adjust the
3. Input color bars signal from the color pattern generator.
4. Adjust the
[MENU]
knob so that the Vp-p value of waveform
becomes 1 Vp-p.
2. Color Level Adjustment
Setting:
Procedure:
1. Connect a color pattern generator to the VIDEO 1 S2 VIDEO
1. Connect a color pattern generator to the VIDEO 1 S2 VIDEO
IN jack, and connect an oscilloscope to the COMPONENT
VIDEO P
VIDEO P
B
/C
B
/B-Y jack and COMPONENT VIDEO P
R
/C
R
/R-
Y jack.
2. Enter the test mode.
3. Input color bars signal from the color pattern generator.
4. Display two waveforms of C
3. Input color bars signal from the color pattern generator.
4. Display two waveforms of C
B
and C
R
simultaneously.
5. Adjust the
[--/+]
knob so that the Vp-p value of waveforms of
C
B
and C
R
both may be most set to 0.7V closely.
3. HUE Level Adjustment
Setting:
Procedure:
1. Connect a color pattern generator to the VIDEO 1 S2 VIDEO
1. Connect a color pattern generator to the VIDEO 1 S2 VIDEO
IN jack, and connect an oscilloscope to the COMPONENT
VIDEO P
VIDEO P
B
/C
B
/B-Y jack.
2. Enter the test mode.
3. Input color bars signal from the color pattern generator.
4. Adjust the
3. Input color bars signal from the color pattern generator.
4. Adjust the
[MAIN MENU]
knob so that the waveform as bellow.
Display
HUE
[7]
CONTRAST
[7]
COLOR
[7]
+
–
–
oscilloscope
(AC range)
set
color pattern
generator
color bars 100%
VIDEO 1
S2 VIDEO IN jack
S2 VIDEO IN jack
COMPONENT
VIDEO Y jack
VIDEO Y jack
1 Vp-p
Y waveform:
+
–
–
oscilloscope
(AC range)
set
color pattern
generator
color bars 100%
VIDEO 1
S2 VIDEO IN jack
S2 VIDEO IN jack
COMPONENT VIDEO
P
P
B
/C
B
/B-Y jack
COMPONENT VIDEO
P
P
R
/C
R
/R-Y jack
0.7 Vp-p
C
B
waveform:
0.7 Vp-p
C
R
waveform:
+
–
–
oscilloscope
(AC range)
set
color pattern
generator
color bars 100%
VIDEO 1
S2 VIDEO IN jack
S2 VIDEO IN jack
COMPONENT VIDEO
P
P
B
/C
B
/B-Y jack
C
B
waveform:
B
A
Adjust so that the height of
A and B may be located in a line
on this line.
A and B may be located in a line
on this line.
STR-DA5000ES
19
19
6-1.
BLOCK DIAGRAM – AUDIO IN Section –
SECTION 6
DIAGRAMS
4
MD/DAT OUT
6
TAPE OUT
L
J605 (1/2)
J606 (1/2)
PHONO
IN
CD/SACD
IN
MD/DAT
IN
TAPE
IN
J607 (1/2)
J608 (1/2)
J1002 (1/2)
BUFFER
IC611
EQ AMP
IC301
BUFFER
IC613
BUFFER
IC615
BUFFER
IC616
BUFFER
IC617
BUFFER
IC619
BUFFER
IC621
R-CH
R-CH
R-CH
R-CH
R-CH
R-CH
R-CH
R-CH
R-CH
R-CH
TU-R
TU-L
2 PHONE
3 CD/SAT
40 CD/SAT
5 MD/DAT IN
38 MD/DAT IN
7 TAPE IN
36 TAPE IN
8 TV/SAT
35 TV/SAT
9 DVD/LD
34 DVD/LD
11 VIDEO2 IN
3 CD/SACD
4 MD/DAT IN
5 TAPE IN
6 TV/SAT
7 DVD/LD
8 VIDEO2 IN
9 VIDEO1 IN
11 VIDEO3 IN
10 TUNER
32 VIDEO2 IN
13 VIDEO1 IN
30 VIDEO1 IN
17 VIDEO3 IN
26 VIDEO3 IN
14 TUNER
29 TUNER
BUFFER
IC612
J605 (2/2)
MD/DAT
OUT
R-CH
BUFFER
IC614
J606 (2/2)
INPUT SELECT
IC401
TAPE
OUT
R-CH
10
VIDEO2 OUT
BUFFER
IC618
J607 (2/2)
2CH-L
R-CH
12
VIDEO1 OUT
15
L COM
16
L COM
BUFFER
IC620
J608 (2/2)
R-CH
L COM
L COM
22
DATA
21
CLK
2CH-R
R-CH
R-CH
A
(Page 20)
BUFFER
IC641
23
M-OUT
24
T-OUT
20
M-IN
16 DATA
13 CK
17 STB
DATA
CK
STB
25
T-IN
TONE/ELECTRICAL VOLUME
IC642
12
3RD AUDIO
BUFFER
IC651
23
M-OUT
24
T-OUT
20
M-IN
16 DATA
13 CK
17 STB
DATA
CK
STB
25
T-IN
TONE/ELECTRICAL VOLUME
IC652
23
LAT
DATA
CLK
LAT-F
DATA
CLK
LAT
DATA
CLK
LAT-F
LINE AMP
IC643
J609
(US, Canadian)
RY641
RELAY DRIVER
Q631, 632, 641
Q631, 632, 641
R-CH
LINE AMP
IC653
RY651
RELAY DRIVER
Q661, 662, 651
Q661, 662, 651
3RD-RY
2ND-RY
G
(Page 21)
2ND
ZONE
AUDIO
VARIABLE
OUT
3RD
ZONE
AUDIO
VARIABLE
OUT
AUCOM-DATA
AUCOM-CLK
FUNC-LAT
D. MIX-LAT
VOL-LAT
DATA
CLK
LAT-F
STB
DATA
CLK
LAT-F
MIX
BUFFER
IC692
D
(Page 20)
B
(Page 21)
INPUT SELECT
IC601
• SIGNAL PATH
• R-CH is omitted due to same as L-CH.
: TUNER
: AUDIO (ANALOG)
R
L
R
L
R
L
R
L
R
L
R
L
R
L
R
L
R
L
R
L
R
TV/SAT
AUDIO
IN
VUDEO 2
AUDIO
IN
DVD
AUDIO
IN
VUDEO 1
AUDIO
IN
VUDEO 3
INPUT
AUDIO
27
28
15
14
16
VIDEO 2
AUDIO
OUT
VIDEO 1
AUDIO
OUT
L
R
L
R
L
R
L
R
E
(Page 21)
STR-DA5000ES
20
20
6-2.
BLOCK DIAGRAM – ELECTRICAL VOLUME Section –
MULTI
CHANNEL
INPUT 2
J601
SURR
BACK
R-CH
2CH-R
2CH-L
R-CH
R-CH
R-CH
R-CH
37
L OUT
24
C OUT
19
SW OUT
35 M2SL IN
31 M2SBL IN
27
16 M2SW IN
38 M1L IN
34 M1SL IN
26 M1C IN
17 M1SW IN
39 M2L IN
40 COML IN
R-CH
(Page 19)
A
FRONT
L
R
L
R
SURROUND
J604
FRONT
L
R
L
R
SURROUND
J602
L
R
J603
CENTER
SUB
WOOFER
CENTER
SUB
WOOFER
MULTI
CHANNEL
INPUT 1
BUFFER
IC327
37
30
31
32
22 DATA
21 CLK
23 LAT
41
38
29
24
34
36
33
25
ı
28
2
1
6
7
+
MIX
IC131
ELECTRICAL VOLUME
IC326
INPUT SELECT
IC341
33
SL OUT
6
7
2
3
1
RV111
AMP
IC111
A/D CONVERTER
IC2012
A/D CONVERTER
IC2014
A/D CONVERTER
IC2013
A/D CONVERTER
IC2015
17 VINL+
16 VINL–
6
7
2
3
1
RV211
AMP
IC211
4 VINR+
5 VINR–
12
DSDL
9
SCKI
10
BCK
11
DSDR
DSD-L
DSD-R
6
7
2
3
1
RV161
AMP
IC161
17 VINL+
16 VINL–
6
7
2
3
1
RV261
RV141
AMP
IC261
4 VINR+
5 VINR–
12
DSDL
10
BCK
11
DSDR
DSD-C
DSD-W
6
7
2
3
1
R-CH
R-CH
R-CH
R-CH
AMP
IC141
17 VINL+
16 VINL–
6
7
2
3
1
RV241
AMP
IC241
4 VINR+
5 VINR–
12
DSDL
10
BCK
11
DSDR
DSD-SL
DSD-SR
6
7
2
3
1
RV181
AMP
IC181
17 VINL+
16 VINL–
6
7
2
3
1
RV281
AMP
IC281
4 VINR+
5 VINR–
12
DSDL
10
BCK
11
DSDR
DSD-SBL
DSD-SBR
64FS
BUFFER
IC311
29
SBL OUT
BUFFER
IC313
AMP
IC322
AMP
IC321
BUFFER
IC2009
21
CLK
22
DATA
23
LAT
MIX
LAT-F
CLK
DATA
L
R
(Page 22)
AA
(Page 23)
F
(Page 19)
D
1/2 DIVIDER
IC2011
DS-MCK
(Page 23)
C
• SIGNAL PATH
• R-CH is omitted due to same as L-CH.
: AUDIO (DIGITAL)
: AUDIO (ANALOG)
M2C IN
AMP
IC312
DC OFFSET
DC OFFSET
DC OFFSET
DC OFFSET
DC OFFSET
DC OFFSET
DC OFFSET
DC OFFSET
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