Sony RM-PJVW60 / VPL-VW60 Service Manual ▷ View online
2-5
VPL-VW60
2-3. White Balance Adjustment on
Servicing
Preparation
Set Picture Mode to “Cinema” and make the following
settings.
Contrast: 80
Bright: 50
Color: 50
Hue: 50
Sharpness: 10
NR: OFF
Black Level Adjust: OFF
Gamma Correction: OFF
Advanced Iris: OFF
settings.
Contrast: 80
Bright: 50
Color: 50
Hue: 50
Sharpness: 10
NR: OFF
Black Level Adjust: OFF
Gamma Correction: OFF
Advanced Iris: OFF
Set each GAIN and each BIAS for RGB to 128.
Bring the ZOOM position of the lens to the center.
Bring the ZOOM position of the lens to the center.
Adjustment
High
Set Color Temp to “High”.
Input 1080/60i 20 IRE flat field (RGB 3 color) into the
HDMI1 terminal and adjust R for white balance and BIAS
for B until the chromaticity (x20, y20) is as close as the
following value.
Set Color Temp to “High”.
Input 1080/60i 20 IRE flat field (RGB 3 color) into the
HDMI1 terminal and adjust R for white balance and BIAS
for B until the chromaticity (x20, y20) is as close as the
following value.
(x20, y20) = (0.2830, 0.2937)
Input 1080/60i 80 IRE flat field (RGB 3 color) into the
HDMI1 terminal and adjust B for white balance and GAIN
for G until the chromaticity (x80, y80) is as close as the
following value.
HDMI1 terminal and adjust B for white balance and GAIN
for G until the chromaticity (x80, y80) is as close as the
following value.
(x80, y80) = (0.2827, 0.2943)
Continue adjusting 80 IRE and 20 IRE until they are as
close as the target values.
close as the target values.
* If the Bias value for R rises to 130 or more, redo the
adjustments with R128 as the adjustment standard.
Save the adjusted values.
Middle
Set Color Temp to “Middle”.
Input 1080/60i 20 IRE flat field (RGB 3 color) into the
HDMI1 terminal and adjust R for white balance and BIAS
for B until the chromaticity (x20, y20) is as close as the
following value.
Set Color Temp to “Middle”.
Input 1080/60i 20 IRE flat field (RGB 3 color) into the
HDMI1 terminal and adjust R for white balance and BIAS
for B until the chromaticity (x20, y20) is as close as the
following value.
(x20, y20) = (0.2921, 0.3029)
Input 1080/60i 80 IRE flat field (RGB 3 color) into the
HDMI1 terminal and adjust B for white balance and GAIN
for G until the chromaticity (x80, y80) is as close as the
following value.
HDMI1 terminal and adjust B for white balance and GAIN
for G until the chromaticity (x80, y80) is as close as the
following value.
(x80, y80) = (0.2912, 0.3064)
Continue adjusting 80 IRE and 20 IRE until they are as
close as the target values.
close as the target values.
* If the Bias value for R rises to 130 or more, redo the
adjustments with R128 as the adjustment standard.
Save the adjusted values.
Low
Set Color Temp to “Low”.
Input 1080/60i 20 IRE flat field (RGB 3 color) into the
HDMI1 terminal and adjust B for white balance and BIAS
for R until the chromaticity (x20, y20) is as close as the
following value.
Set Color Temp to “Low”.
Input 1080/60i 20 IRE flat field (RGB 3 color) into the
HDMI1 terminal and adjust B for white balance and BIAS
for R until the chromaticity (x20, y20) is as close as the
following value.
(x20, y20) = (0.3145, 0.3398)
Input 1080/60i 80 IRE flat field (RGB 3 color) into the
component terminal and adjust B for white balance and
GAIN for G until the chromaticity (x80, y80) is as close as
the following value.
component terminal and adjust B for white balance and
GAIN for G until the chromaticity (x80, y80) is as close as
the following value.
(x80, y80) = (0.3129, 0.3389)
Continue adjusting 80 IRE and 20 IRE until they are as
close as the target values.
close as the target values.
* If the Bias value for R rises to 130 or more, redo the
adjustments with R128 as the adjustment standard.
Save the adjusted values.
2-6
VPL-VW60
CUSTOM
Set Gain and Bias for CUSTOM 1 to 3 to the following
values.
values.
CUSTOM 1: Set the Bias value for R/G/B to 128, and the
Gain value for R/G/B to +30.
Gain value for R/G/B to +30.
CUSTOM 2: Copy the Gain and Bias values for MIDDLE,
and set the Gain value for R/G/B to 0.
and set the Gain value for R/G/B to 0.
CUSTOM 3: Copy the Gain and Bias values for LOW, and
set the Gain value for R/G/B to 0.
set the Gain value for R/G/B to 0.
Save the set values.
Switch the Advanced Iris between “AUTO1” and “MAN-
UAL”, and adjust each setting.
There are 6 types of adjustment data for color temperature
and 3 types for Advanced Iris, for a total of 18 types.
UAL”, and adjust each setting.
There are 6 types of adjustment data for color temperature
and 3 types for Advanced Iris, for a total of 18 types.
3-1
VPL-VW60
Section 3
Semiconductor Pin Assignments
Index
The following describes the semiconductor types used in
this unit.
For semiconductors marked with page numbers in the
index, refer to the corresponding pages in this section.
However, in some cases incompatible types are also listed,
therefore, when a part is to be replaced, also refer to the
Spare Parts section.
In addition, for semiconductors with ID Nos., refer to the
separate CD-ROM titled “Semiconductor Pin Assignments”
(Sony Part No. 9-968-546-06) that allows searching for
parts by semiconductor type or ID No.
The semiconductors in the manual or on the CD-ROM are
listed by equivalent types. Thus the external view or the
index mark indication may differ from the actual type.
Pin assignments and block diagrams are based on the IC
manufacturer’s data book.
this unit.
For semiconductors marked with page numbers in the
index, refer to the corresponding pages in this section.
However, in some cases incompatible types are also listed,
therefore, when a part is to be replaced, also refer to the
Spare Parts section.
In addition, for semiconductors with ID Nos., refer to the
separate CD-ROM titled “Semiconductor Pin Assignments”
(Sony Part No. 9-968-546-06) that allows searching for
parts by semiconductor type or ID No.
The semiconductors in the manual or on the CD-ROM are
listed by equivalent types. Thus the external view or the
index mark indication may differ from the actual type.
Pin assignments and block diagrams are based on the IC
manufacturer’s data book.
DIODE
Page or ID No.
1SS355TE-17 .......................... DC008-02
D10SC4M ................................ DM002-01
D10SC6M ................................ DM002-01
D1FL20U-TA ............................ DC007-01
D1FS4A-TA .............................. DC007-01
D2FS6-TA ................................ DC007-01
D10SC6M ................................ DM002-01
D1FL20U-TA ............................ DC007-01
D1FS4A-TA .............................. DC007-01
D2FS6-TA ................................ DC007-01
HN1D03FU-TE85R .................. DC005-05
M1FS4-4063 ............................ DC008-02
MA113-(TX) ............................. DC008-01
MA3J14700LSO ....................... DC001-01
MA113-(TX) ............................. DC008-01
MA3J14700LSO ....................... DC001-01
RB081L-20TE25 ...................... DC008-02
RD12SB-T1 .............................. DC008-04
RD5.6SB-T1 ............................. DC008-04
RD7.5M-T1B ............................ DC001-04
RSB6.8SFTE61 ....................... DC008-06
RD12SB-T1 .............................. DC008-04
RD5.6SB-T1 ............................. DC008-04
RD7.5M-T1B ............................ DC001-04
RSB6.8SFTE61 ....................... DC008-06
LED
Page or ID No.
SEC2422C ................................ LC003-03
TRANSISTOR
Page or ID No.
2SA1213Y-TE12L ..................... TC002-01
DTC144EUA-T106 .................... TC001-03
HN1B01FU-TE85R ................... TC006-17
IC
Page or ID No.
74LCX541MTCX ............... MC74HC541N
BA6285FP-E2 ......................... BA6285FP
M24C64-WMN6T(B) ........ M24C02-MN6T
NJM2904V(TE2) ......................... RC4558
NJM4556AV(TE2) ....................... RC4558
NJM78M12DL1A-TE1 .... NJM78M12DLA_TE1
NJM4556AV(TE2) ....................... RC4558
NJM78M12DL1A-TE1 .... NJM78M12DLA_TE1
SN74LV125APWR ............ MC74HC125N
SN74LV4053APWR ......... MC74HC4053F
SN74LVC125APWR-12 .... MC74HC125N
SN74LV4053APWR ......... MC74HC4053F
SN74LVC125APWR-12 .... MC74HC125N
TL431CPK-E2 ........................... NJM431U
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