Panasonic AG-DVC30P / AG-DVC30E / AG-DVC32EN / AG-DVC33MC / AG-MYA30G Service Manual ▷ View online
ELE-46
9-5. EVF White balance Adjustment
1. Set SW109 to “FLUSH” side on the VFK1308P.
2. Connect the oscilloscope to “VCC41” and “VCC9” on the VFK1308P.
3. Open the “EVF adjustment menu”.
4. Select “5. White balance adjustment” in the EVF adjustment menu, and then press the “Enter” key.
5. Adjust the arrow keys on PC so that the level difference between “a” (VCC41) and “b” (VCC9) becomes
2. Connect the oscilloscope to “VCC41” and “VCC9” on the VFK1308P.
3. Open the “EVF adjustment menu”.
4. Select “5. White balance adjustment” in the EVF adjustment menu, and then press the “Enter” key.
5. Adjust the arrow keys on PC so that the level difference between “a” (VCC41) and “b” (VCC9) becomes
-200mV±50mV as shown in figure on screen.
Note:
1) Signal level can be adjusted by pressing arrow keys on keyboard.
2) Waveform (figure) can be displayed by pressing F2 key.
3) Please measure the opposite side of waveform. VCC9 is reference level.
6. When adjustment is finished, press ENTER key to white adjusted data to EEPROM, then change the display
1) Signal level can be adjusted by pressing arrow keys on keyboard.
2) Waveform (figure) can be displayed by pressing F2 key.
3) Please measure the opposite side of waveform. VCC9 is reference level.
6. When adjustment is finished, press ENTER key to white adjusted data to EEPROM, then change the display
indicated as below.
7. Connect the oscilloscope to “F_VCC” and “VCC9” on the VFK1308P.
8. Adjust the arrow keys on PC so that the level difference between “a” (F_VCC) and “b” (VCC9) to become
–50mV±50mV as shown in figure on screen.
Note:
1) Signal level can be adjusted by pressing arrow keys on keyboard.
2) Waveform (figure) can be displayed by pressing F2 key.
3) Please measure the opposite side of waveform. VCC9 is reference level.
9. When adjustment is finished, press ENTER key to white adjusted data to EEPROM.
1) Signal level can be adjusted by pressing arrow keys on keyboard.
2) Waveform (figure) can be displayed by pressing F2 key.
3) Please measure the opposite side of waveform. VCC9 is reference level.
9. When adjustment is finished, press ENTER key to white adjusted data to EEPROM.
BLOCK DIAGRAMS
CONTENTS
<< AG-DVC30/DVC32/DVC33 >>
OVERALL BLOCK DIAGRAM..........................................................................................................BLK-1
SENSOR/PROCESS (CAMERA) BLOCK DIAGRAM .....................................................................BLK-2
LENS DRIVE (CAMERA) BLOCK DIAGRAM ..................................................................................BLK-3
VIDEO (VTR) BLOCK DIAGRAM ....................................................................................................BLK-4
MONITOR (VTR / LCD / EVF) BLOCK DIAGRAM ..........................................................................BLK-5
CONTROL (VTR) BLOCK DIAGRAM ..............................................................................................BLK-6
<< AG-MYA30G >>
OVERALL BLOCK DIAGRAM..........................................................................................................BLK-7
OVERALL BLOCK DIAGRAM
IC1022
V-CCD(R,G)
PULSE
DRIVER
IC1000
(PLD)
IC3500
(CAMERA MICROPROCESSOR)
IC2000
(CAMERA DSP)
IC702
(MOTOR DRIVE)
IC710
(MOTOR DRIVE)
IC2001
(VTR
MICROPROCESSOR)
IC2201
(CYL/CAP
LOADING
LOADING
DRIVE)
IC3202
(DV I/F)
AUD
I/F
HEAD
AMP
ZOOM
ND
IRIS
OIS
FOCUS
CCD
IC1-3
(CDS/PGA/AD)
(CDS/PGA/AD)
RGB
AFE
TG & DRIVE
IC3001
DAC
IC3004
ADC
Y
V
C
IC3501
Y
V
C
EX INPUT
I/F
EQ
REC
AMP
AMP
IC3201
IC1023
V-CCD(B)
PULSE
DRIVER
IC1015,16
H-CCD
PULSE
PULSE
DRIVER
IC5001
VIDEO 2 & HR_AMP
IC2008
(VTR
EEPROM)
CONTROL & DRIVE
LENS UNIT
SP OUT
RP HEAD Lch
RP HEAD Rch
DV IN/OUT
LOADING MOTOR
CYLINDER
CAPSTAN
VIDEO C.B.A
VIDEO 1
IC928
(AMP)
(AMP)
ND PWM
IRIS PWM
FOCUS PWM
ZOOM DRIVE
IR DRIVE
RGB
YC
EXT
LINE
IR
MECHA
IC4002
HP OUT
REAR JACK C.B.A
SIDE JACK FPC C.B.A
IR LED
REMOTE
SENSOR
SENSOR
GYRO_X
SENSOR
SENSOR
FRONT C.B.A
POWER C.B.A
GYRO_Y
SENSOR
SENSOR
BATTERY
T W
ZOOM SW
USER1 SW
ZOOM FPC C.B.A
MIC C.B.A
INT MIC
XLR ADAPTOR(OPTION)
AG-MYA30G
TBC
AD
IC3503
(SW)
DV FORMAT
PROCESS
DIGITAL
EFFECT
EFFECT
PROCESS
DAC
ENCODE
S-VHS
IN/OUT
AV
IN/OUT
EXT
MIC IN
WB
SENSOR
AUDIO
CAMERA
REMOTE
REMOTE
S/S UNIT
IC601
(CONTROLLER
& SIGNAL
PROCESSOR)
EVF DRIVER
IC704
(OIS DRIVE)
OIS DATA
AUDIO
PEOCESS
IC3002
CAMERA_OP C.B.A
R_SIDE C.B.A
LCD_OPEN
RESET
BATTERY
IC2007
(RTC)
IC901
(CONTROLLER
& SIGNAL
PROCESSOR)
3.5inch LCD
LCD UNIT
0.44inch LCD
EVF UNIT
LENS DRIVE
IC3006
(CAMERA
EEPROM)
EEPROM)
YC
RGB
LINE_L & R OUT
HP_L & R OUT
SP_OUT 1 & 2 OUT
CAS_OPEN
LCD_OPEN
C.B.A
C.B.A
DEW
CAS_OPEN C.B.A
AUTO/
MANUAL
CNTR
C-RST
M・CHK
REW
FF
PLAY
STILL
STOP
REC
ZEBRA
MENU
CAMERA C.B.A
OIS
GYRO
SUB
C.B.A
SUB
C.B.A
12V
5V
3V
1.8V
2.5V 3.1V 1.5V -7.5V
CAMERA LED
VTR LED
POWER SW
XLR
ADAPTOR
FOCUS
USER3
USER2
WB
SNS
UCOM
DSP
SENSOR/PROCESS(CAMERA) BLOCK DIAGRAM
P1
CCD FLEX.CARD
2A
2A
SIG_R
4A
4A
SIG_G
19B
SIG_B
X1000<3>
CLK
OSC
31.5MHz
1
IC1001<3>
7
IC1002<3>
CLK
DRIVER
5
3
IC1004,5,25<3>
SHP
GEN
GEN
SHD
GEN
GEN
1
IC1003<3>
CLK
DRIVER
1
5
15.75MHz
15.75MHz
P1
H1_R
8B
10A
H1_G
13B
H1_B
9B
H2_R
11A
H2_G
14B
H2_B
6B
RG
H1_R
H1_G
H1_B
H2_R
H2_G
H2_B
IC1015<3>(H.DRIVER)
7
3
2
1
5
6
7
2
5
1
6
3
H1
H2
H.PULSE
DECODER
IC1013,14<3>
IC1000<3>(CCD DRIVE,PULSE GEN)(PLD)
LENS UNIT
B CCD
R CCD
G CCD
3CCD METHOD
LIGHT
IC1010,11,24<3>
RESET
PULSE
PULSE
DECODER
IC1023<3>(V.DRIVER(B))
16A
P1
V1_B
V2_B
V3_B
V4_B
CAM15V
V1_B
V2_B
V3_B
V4_B
5
3
17
18
INPUT
I/F
8
13
16
2
7
9
14
12
20
CH1
CH2
XV1_B
XV2_B
XV3_B
XV4_B
5
6
7
10
25
12
11
CAM15V
CAM-7V
IC1022<3>(V.DRIVER(R,G))
INPUT
I/F
P1
V1_RG
V2_RG
V3_RG
V4_RG
13A
SUB_R
SUB_G
15A
SUB_B
V1_RG
V2_RG
V3_RG
V4_RG
5
3
17
18
1
3.1V
1
19B
IC1006 - 8 <3>
16
32
HGT_N
8B
10A
13B
9B
11A
14B
6B
15.75MHz
33
HCLR
35
HGT
IC1016<3>(H.DRIVER)
R
17A
18A
19A
16A
17A
18A
19A
VH
PT
CAM-7V
11B
16B
16B
11B
15A
ISUB
10
7A
1B
2B
3B
4B
13A
7A
1B
2B
3B
4B
16
20
2
8
13
7
9
14
12
10
ISUB
CH1
CH2
XV1_RG
XV2_RG
XV3_RG
XV4_RG
1
2
3
4
IC104<2>(CDS/PGA/AD)(R)
21
SHP
SERIAL
I/F
SLOAD
TIMING
CONTROL
CDS
PGA
A/D
SIG_R
22
SHD
16
ADCLK
46
47
SDATA
48
SCLK
30
CCDIN
1
12
103
104
TG_SDATA
100
IC3500<5>(CAMERA UCOM)
TG_SCLK
TG_CS
H2
M1
M5
K4
ADDRESS
DATA
DATA
V_C_DATA
CAM_SCK
CAM_RTN
RTN_FLD
C_V_DATA
K3
R2
B10
C12
F2
E3
E1
ANA_LDR
ANA_LDG
ANA_LDB
IC105<2>(CDS/PGA/AD)(G)
SHP
21
SHD
22
ADCLK
16
SERIAL
I/F
46
47
48
SCLK
SDATA
SLOAD
SIG_G
CCDIN
30
TIMING
CONTROL
A/D
PGA
CDS
1
12
IC106<2>(CDS/PGA/AD)(B)
SHD
SERIAL
I/F
22
16
SHP
ADCLK
21
46
47
48
30
SLOAD
SDATA
SCLK
SIG_B
CCDIN
TIMING
CONTROL
CDS
PGA
A/D
1
12
IC2000<4>(CAMERA DSP)
M3, N1-6
P1-7, R3-5
T3-6
P1-7, R3-5
T3-6
A15-17, B14,15,17
C15-17,19, D16-19
E16-19, F16,19
G17
C15-17,19, D16-19
E16-19, F16,19
G17
PLD_R(0-9)
38,39
133,134
139-144
133,134
139-144
109-114
119-122
119-122
123-132
AFE_B(0-11)
53-62
67,68
67,68
AFE_G(0-11)
35,36 39-42
47-52
47-52
AFE_R(0-11)
69-72
73-79
82
73-79
82
AFE_B(0-11)
AFE_G(0-11)
AFE_R(0-11)
E1-4
F1-4
G1,2
F1-4
G1,2
K1-4
L1-4
M1,2
L1-4
M1,2
PLD_G(0-9)
H1-4
J1-4
G3,4
J1-4
G3,4
PLD_B(0-9)
R
G
B
DSP
UCOM
I/F
MATRIX
BLOCK
MEMORY
Y,C
MEMORY
DSC
I/F
51A
P2
INV
INH
42A
INV
INH
G15
G16
YSI(0-7)
53A
60A
CSI(0-7)
43A
50A
P2
P2
YDATA(0-7)
CDATA(0-7)
D16, E14-16
F14-16, G14
F14-16, G14
H14-16
J14-16
K14,15
J14-16
K14,15
P2
C_V_DATA
V_C_DATA
CAM_SCK
CAM_RTN
RTN_FLD
58B
59B
60B
56B
32B
P2200
58A
59A
60A
56A
32A
P2200
51B
42B
53B
60B
43B
50B
P2200
P2200
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