TDA9113
Sad
D7
D6
D5
D4
D3
D2
D1
D0
PCAC (Pin cushion asymmetry correction)
11 Reserved
1
0
0
0
0
0
0
PARAL (Parallelogram correction)
12 Reserved
1
0
0
0
0
0
0
13
Reserved
14
Reserved
15
VDyCorPol
0: ”∪"
1
VDC-AMP (Vertical dynamic correction amplitude)
0
0
0
0
0
0
XRayReset VSyncAuto VSyncSel SDetReset
PLL1Pump PLL1InhEn HLockEn
16 0: No effect
1: On 0:Comp
0: No effect
0
1: Fast
1: On
1: On
1: Reset
1:Sep
1: Reset
0: Slow
17
TV
0: Off(51)
TH
0: Off(51)
TVM
0: Off(51)
THM
0: Off(51)
BOHEdge HBOutEn VOutEn BlankMode
0: Falling 0: Disable 0: Disable 1: Perm.
READ MODE (SLAVE ADDRESS = 8D)
XX
HLock
(50) 0: Locked
1: Not locked
VLock
0: Locked
1: Not lock.
XRayAlarm
Polarity detection
1: On
0: Off
HVPol
VPol
1: Negative 1: Negative
Sync detection
VExtrDet
HVDet
VDet
0: Not det. 0: Not det. 0: Not det.
Note 49: With exception of HDUTY and BREF adjustments data that can take effect instantaneously if switches
HDutySyncV and B+SyncV are at 0 respectively.
Note 50: In Read Mode, the device always outputs data of the status register, regardless of sub address previously
selected.
Note 51: The TV, TH, TVM and THM bits are for testing purposes and must be kept at 0 by application.
Description of I2C Bus switches and flags
Write-to bits
Sad00/D7 - HDutySyncV
Synchronization of internal application of Hori-
zontal Duty cycle data, buffered in I2C Bus latch,
with internal discharge of Vertical oscillator
0: Asynchronous mode, new data applied
with ACK bit of I2C Bus transfer on this sub
address
1: Synchronous mode
Sad02/D7 - HMoiré
Horizontal Moiré characteristics
0: Adapted to an architecture with EHT gener-
ated in deflection section
1: Adapted to an architecture with separated
deflection and EHT sections
Sad03/D7 - B+SyncV
Same as HDutySyncV, applicable for B+ refer-
ence data
Sad04/D7 - HDyCorTr
Tracking of Horizontal Dynamic Correction
waveform amplitude with Horizontal Size at ad-
justment and EHT variation (voltage of HEHTIn).
0: Not active
1: Active
Sad05/D7 - HDyCorPh
Phase of start of Horizontal Dynamic Correction
waveform in relation to horizontal flyback pulse.
0: Start of the flyback
1: Middle of the flyback
Sad06/D7 - BOutPol
Polarity of B+ drive signal on BOut pin
0: adapted to N type of power MOS - high
level to make it conductive
1: adapted to P type of power MOS - low level
to make it conductive
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