1- 9
Back raster luminance GAIN UP
γ
compensation Sharpness
SUPER BRIGHT MODE
OFF
Normal Normal ---
---
SUPER BRIGHT MODE-1
ON
Normal UP
Presence
---
SUPER BRIGHT MODE-2
ON
UP UP
Presence
Presence
1.3.8.2 Circuit (cathode) operation in selecting SB Mode [Window pattern]
1.3.8.3 SB Mode setting data and control method
(OSM FACT3)
Data name Data (hex)
SBBR1
0
BRT UP value in SUPER BRIGHT MODE-1 ON "0"=No UP
Setting of back raster
luminance
SBBR2
32
BRT UP value in SUPER BRIGHT MODE-2 ON
SBCN1 3C
Amplified value in SUPER BRIGHT MODE-1 ON
(see the following formula)
Setting of GAIN UP
SBCN2 3C
Amplified value in SUPER BRIGHT MODE-2 ON
(see the following formula)
GAIN UP formula = GAIN adjustment value (hex)(*3) x {1+ (Data (hex) of SBCN1 or SBCN2)/FF (hex) }
(*3): GAIN adjustment value is the following data (in OSM FACT3).
9300K R-GN1
G-GN1
B-GN1
6500K R-GN2
G-GN2
B-GN2
5000K R-GN3
G-GN3
B-GN3
(*4): When the SUPER BRIGHT MODE-1 or MODE-2 is ON, the GAIN cannot be adjusted as shown in the
table in Sec. 1.3.6.1 "Adjustment item/operating function in selecting SB Mode". However, when the
SUPER BRIGHT MODE is OFF, the MAX GAIN value calculated with the following formula will be written in
the following EEP address so that the GAIN value cannot be increased above that of the SUPER BRIGHT
MODE-1 and MODE-2 ON status.
MAX GAIN = Maximum value (hex) for R/G/B GAIN adjustment (*5) x {1 + (SBCN1 or SBCN2 data
(hex))/FF (hex)}
Same amplitude
Amplitude: Approx. 36V
Amplitude: Approx. 44V
Amplitude: Approx. 44V
ccordance
SUPER BRIGHT MODE-1
SUPER BRIGHT MODE-2
SUPER BRIGHT MODE
GND
Содержание DPro2070SB
Страница 22: ...1 15 Fig 7 The principle of DDCC compensation ...
Страница 23: ...1 16 Fig 8 a DDCC adjustment item ...
Страница 24: ...1 17 Fig 8 b DDCC adjustment item ...
Страница 25: ...1 18 Fig 9 DDCC circuit diagram ...
Страница 103: ...4 Wave form 1 POWER 2 CONTROL MAIN 3 DEFL MAIN 4 DEFL SUB COIL DRIVE MAIN 5 VIDEO ...