TA1310ANG
2005-09-20
75
(TEST CONDITIONS VCC = 5 V and 9 V, Ta = 25 ± 3°C)
SW MODE & SUB ADDRESS & DATA
NOTE
ITEM
SYMBOL
S03 S04 S05 S06 S07 S08 S09 S10 S54
MEASUREMENT METHOD
T48
ACB Protection
Circuit
Operating
monitor 1
ACBPR
ACBPG
A
OFF
A
OFF
C
1)
Set the subaddress (11) data to (A0).
2)
Apply 8.0 V to pin 17.
3)
Monitor pin 13 and confirm that the picture period has not dropped to the BLK level
(ACBPR).
4)
Monitor pin 14 and confirm that the picture period has not dropped to the BLK level
(ACBPG)
T49
ACB Protection
Circuit
Operating
monitor 2
ACBBRAR
ACBBRAG
A
OFF
A
OFF
C
1)
Set the subaddress (11) data to (C0).
2)
Apply 8.0 V to pin 17.
3)
Monitor pin 13 and confirm that the picture period is at the BLK level (ACBBRAR).
4)
Monitor pin 14 and confirm that the picture period is at the BLK level (ACBBRAG)
T50
ACB Protection
Circuit
Operating
monitor 3
ACBBRLO
A
OFF
A
OFF
C
1)
Set the subaddress (11) data to (C0).
2)
Apply 6.8 V to 9 V VCC (pin 16).
3)
Apply 6.8 V to pin 17.
4)
Monitor pin 13 and confirm that the picture period has not dropped to the BLK level
(ACBBRLO)
S52 S53
T51
Base BandTint
Adjustment
Characteristics
ANG RMIN
ANG BMIN
ANG RMAX
ANG BMAX
A
OFF ON
ON
OFF
C
1)
Change subaddress (05) H to (81) H.
2)
Set unicolor = max ; bright = max ; color = center.
3)
Input signal 1 (f0 = 100 kHz, 100 mVp-p) to pin 53.
4)
To pin 52, input a signal with the same amplitude but 90°C phase advanced
compared to the signal input to pin 53.
5)
When subaddress (14) H is changed to (C0) H → (80) H, measure the amount of
change in the output phase of pin 13. (ANG RMIN)
6)
Under the same conditions as 5) above, measure the amount of change in the
output phase of pin 15. (ANG BMIN)
7)
When subaddress (14) H is changed to (C0) H → (FF), measure the amount of
change in the output phase of pin 13. (ANG RMAX)
8)
Under the same conditions as 7) above, measure the amount of change in the
output phase of pin 15. (ANG BMAX)