
–
21
R11_Y_DELAY_YC_MONO_50
Y Delay at Y/C Sep. signal
0 ~ 3
0
–
22
R04_C_TRAP_ADJ_SECAM
Chroma trap f
0
Adj. (0: High, 1: Low)
0 ~ 15
13
–
23
R04_C_TRAP_ADJ_NTSC443
Chroma trap f
0
Adj. (0: High, 1: Low)
0 ~ 15
10
–
24
R0_HUE_NTSC
Tint Control (for 60Hz)
0 ~ 63
35
–
25
R1_COLOR
Color Control
0 ~ 63
20
–
26
R2_SHARPNESS
Sharpness Control
0 ~ 63
5
–
27
R3_SUB COLOR_NTSC
Sub Color Control
0 ~ 15
3
–
28
R3_SUB COLOR_PAL
Sub Color Control
0 ~ 15
6
–
29
R4_AFC
AFC Loop Gain Selector (0: High, 1: Medium)
0 / 1
0
–
30
R8_Y2 DRIVE
Y2 Output Gain Control
0 ~ 31
20
–
31
R9_U2 DRIVE
U2 Output Gain Control
0 ~ 31
15
–
32
R9_PRE OVER
Setting of Preshoot to Overshoot ratio of sharpness
0 ~ 3
0
–
33
R10_V2 DRIVE
V2 Output Gain Control
0 ~ 31
15
–
34
R12_SCP BGF
Setting of phase of BGP falling edge in SCP output
0 ~ 3
2
–
35
R12_SCP BGR
Setting of phase of BGP rising edge in SCP output
0 ~ 3
3
–
36
R0_HUE_PAL
Tint Control ( for 50Hz )
0 ~ 63
35
S 1010
–
CXA2101AQ
–
0
R02_PICTURE
Picture Gain Control ( RGB Move Together )
0 ~ 63
35
–
1
R05_BRIGHT
Main Brightness Control ( RGB Move Together )
0 ~ 63
45
–
2
R07_R_DRIVE
R Drive Gain Control
0 ~ 63
35
–
3
A04 R–BLNK
R Cut–off Control
0 ~ 255
140
–
4
R09_B_DRIVE
B Drive Gain Control
0 ~ 63
35
–
5
A03 B–BLNK
B Cut–off Control
0 ~ 255
140
–
6
R13_SUB_BRIGHT
Setting for output DC bias of RGBOUT
0 ~ 63
63
–
7
R17_SUB_CONTRAST
Y Contrast Gain Control
0 ~ 15
2
–
8
R08 G_DRIVE
G Drive Gain Control
0 ~ 63
34
–
9
R03_SYSTEM
Signal Frequency Band Setting
0 ~ 3
0
(0: NORMAL 1: FF 2: HD 3: FIX–HD)
–
10
R15_CR–OFFSET 1
For canceling offset between Cr of IN1 and SELIN systems
0 ~ 15
7
–
11
R15_CB–OFFSET 1
For canceling offset between Cb of IN1 and SELIN systems
0 ~ 15
7
–
12
R17_SUB–COL
Color Gain Control
0 ~ 15
5
–
13
R18_SUB_HUE
Hue Center Control
0 ~ 15
4
–
14
R18_CTI–LEVEL
Color difference Signal Edge Enhancement Setting
0 ~ 3
3
( 0: OFF, 1: Low, 2 : Medium, 3: High )
–
15
R23_SUB–SHP
Sharpness Center Control
0 ~ 3
1
–
16
R23_SHP_F0
Sharpness f0 Setting
0 ~ 3
3
–
17
R23_PRE_OVER
Preshoot to Overshoot Ratio Setting
0 ~ 3
1
(0: PRE : OVER 1 : 1.3 , 3: PRE : OVER 3 : 1)
–
18
R23_LTI_LEVEL
Luminance Signal Edge Enhancement Setting
0 ~ 3
0
( 0: OFF, 1: Low, 2 : Medium, 3: High )
–
19
R24_D_PIC
Dynamic picture (Black Expansion) Control
0 ~ 3
0
( 0: OFF, 1: Low : inflection point 30 IRE )
( 2 : Medium : 35 IRE, 3: High : 40 IRE )
–
20
R24_R–Y/R_NTSC
R–Y axis + (R–Y) component setting (0: Max, 15: Min)
0 ~ 15
6
–
21
R24_R–Y/B_NTSC
R–Y axis – (B–Y) component setting (0: Max, 15: Min)
0 ~ 15
5
–
22
R24_G–Y/R_NTSC
G–Y axis – (R–Y) component setting (0: Max, 15: Min)
0 ~ 15
8
–
23
R24_G–Y/B_NTSC
G–Y axis – (B–Y) component setting (0: Max, 15: Min)
0 ~ 15
10
–
24
R24_R–Y/R_PAL
R–Y axis + (R–Y) component setting (0: Max, 15: Min)
0 ~ 15
13
–
25
R24_R–Y/B_PAL
R–Y axis – (B–Y) component setting (0: Max, 15: Min)
0 ~ 15
15
–
26
R24_G–Y/R_PAL
G–Y axis – (R–Y) component setting (0: Max, 15: Min)
0 ~ 15
0
–
27
R24_G–Y/B_PAL
G–Y axis – (B–Y) component setting (0: Max, 15: Min)
0 ~ 15
0
–
28
R24_R–Y/R_SECAM
R–Y axis + (R–Y) component setting (0: Max, 15: Min)
0 ~ 15
13
–
29
R24_R–Y/B_SECAM
R–Y axis – (B–Y) component setting (0: Max, 15: Min)
0 ~ 15
15
–
30
R24_G–Y/R_SECAM
G–Y axis – (R–Y) component setting (0: Max, 15: Min)
0 ~ 15
8
–
31
R24_G–Y/B_SECAM
G–Y axis – (B–Y) component setting (0: Max, 15: Min)
0 ~ 15
4
–
32
R06_SHARPNESS
Sharpness Gain Control
0 ~ 63
32
–
33
EH
Availability of Independent H Input selected by INPUT–SEL
0 / 1
1
–
34
EV
Availability of Independent V Input selected by INPUT–SEL
0 / 1
1
–
35
IK
AKB Loop Operation Status
0 / 1
0
S 1020
–
UPD64082
–
0
R04_DYCOR
DY detect coring level (Y movement detect coring)
0 ~ 15
4
–
1
R04_DYGAIN
DY detect gain (Y movement detect gain)
0 ~ 15
15
–
2
R05_DCCOR
DC detect coring level (C movement detect coring)
0 ~ 15
2
–
3
R05_DCGAIN
DC detect gain (C movement detect gain)
0 ~ 15
13
S 1030
–
DAC
–
0
A12 G DETAIL
DAC A12 G Pedestal Adj.
0 ~ 100
0
–
1
R1_COLOR
CXA2019AQ Color Adj. (same as item 1000–25 )
0 ~ 63
20
–
2
R0_HUE_NTSC
CXA2019AQ Tint Adj. (for 60Hz) (same as item 1000–24 )
0 ~ 63
35
-93-
Group
No.
Data
Range
Initial Value
Function
Item
No.
Item
Electrical Adjustments
Содержание PLC-XF46E
Страница 102: ... 102 IC Block Diagrams CXA2019AQ Video Decoder IC3141 CXA2101AQ Multi Component Processor IC4101 ...
Страница 103: ... 103 IC Block Diagrams CXA2151Q RGB Matrix IC2261 CXD2064Q 3 Line Y C Separator IC2101 ...
Страница 104: ... 104 IC Block Diagrams LA7217 Sync Separator IC2051 IC8041 ML60851 USB Interface IC9801 ICS1523M Clock Driver IC4231 ...
Страница 106: ... 106 IC Block Diagrams Sii169ACT DVI Interface IC8001 PW365 Scan Converter IC301 ...
Страница 107: ... 107 IC Block Diagrams TA1318N Sync Separator Frequency Counter IC1061 TC90A11F 3D Noise Reduction IC5101 ...
Страница 112: ... 112 75 88 88 88 88 73 74 76 60 59 65 64 66 90 67 66 62 91 Fig 89 Fig 90 Mechanical and Optical Parts ...
Страница 115: ... 115 114 115 102 103 114 119 118 122 117 121 112 125 Fig 95 Mirrors Fig 96 Lenses Mechanical and Optical Parts ...
Страница 159: ... 159 MEMO ...
Страница 160: ... PLC XF46N E MAY 2006 BB 400 Printed in Japan SANYO Electric Co Ltd ...
Страница 186: ...Diagrams Drawings PLC XF46N XF46E ...