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ADV7189B
Rev. B | Page 67 of 104
Register Name
Bit 7
Bit 6
Bit 5
Bit 4
Bit 3
Bit 2
Bit 1
Bit 0
SD Offset Cb
SD_OFF_CB.7
SD_OFF_CB.6
SD_OFF_CB.5
SD_OFF_CB.4
SD_OFF_CB.3
SD_OFF_CB.2
SD_OFF_CB.1
SD_OFF_CB.0
SD Offset Cr
SD_OFF_CR.7
SD_OFF_CR.6
SD_OFF_CR.5
SD_OFF_CR.4
SD_OFF_CR.3
SD_OFF_CR.2
SD_OFF_CR .1
SD_OFF_CR.0
SD Saturation
Cb
SD_SAT_CB.7
SD_SAT_CB.6
SD_SAT_CB.5
SD_SAT_CB.4
SD_SAT_CB.3
SD_SAT_CB.2
SD_SAT_CB.1
SD_SAT_CB.0
SD Saturation
Cr
SD_SAT_CR.7
SD_SAT_CR.6
SD_SAT_CR.5
SD_SAT_CR.4
SD_SAT_CR.3
SD_SAT_CR.2
SD_SAT_CR.1
SD_SAT_CR.0
NTSC V Bit
Begin
NVBEGDEL O
NVBEGDEL E
NVBEGSIGN
NVBEG.4
NVBEG.3
NVBEG.2
NVBEG.1
NVBEG.0
NTSC V Bit End
NVENDDEL O
NVENDDEL E
NVENDSIGN
NVEND.4
NVEND.3
NVEND.2
NVEND.1
NVEND.0
NTSC F Bit
Toggle
NFTOGDEL O
NFTOGDEL E
NFTOGSIGN
NFTOG.4
NFTOG.3
NFTOG.2
NFTOG.1
NFTOG.0
PAL V Bit Begin
PVBEGDEL O
PVBEGDEL E
PVBEGSIGN
PVBEG.4
PVBEG.3
PVBEG.2
PVBEG.1
PVBEG.0
PAL V Bit End
PVENDDEL O
PVENDDEL E
PVENDSIGN
PVEND.4
PVEND.3
PVEND.2
PVEND.1
PVEND.0
PAL F Bit Toggle
PFTOGDEL O
PFTOGDEL E
PFTOGSIGN
PFTOG.4
PFTOG.3
PFTOG.2
PFTOG.1
PFTOG.0
Reserved
Drive Strength
DR_STR.1
DR_STR.0
DR_STR_C.1
DR_STR_C.0
DR_STR_S.1
DR_STR_S.0
Reserved
IF Comp Control
IFFILTSEL.2
IFFILTSEL.1
IFFILTSEL.0
VS Mode
Control
VS_COAST_
MODE.1
VS_COAST_
MODE.0
EXTEND_VS_
MIN_FREQ
EXTEND_VS_
MAX_FREQ
I
P
2
P
C REGISTER MAP DETAILS
The following registers are located in the Common
259H
I2C Register Maps and Register Access sections, Page 2.
Table 84. Interrupt (Page 2) Register Map Details
8F
1
Subaddress
Register Name
Reset
Value
rw
Dec
Hex
7
6
5
4
3
2
1
0
Interrupt Config 0
0001
x000
rw
64
0x40
INTRQ_DU
R_SEL.1
INTRQ_
DUR_SEL.0
MV_INTRQ
_SEL.1
MV_INTRQ
_SEL.0
MPU_STIM
_INTRQ
INTRQ_OP
_SEL.1
INTRQ_OP
_SEL.0
Reserved
65
0x41
Interrupt Status 1
r
66
0x42
MV_PS_
CS_Q
SD_FR_
CHNG_Q
SD_
UNLOCK_Q
SD_LOCK_
Q
Interrupt Clear 1
x000
0000
w
67
0x43
MV_PS_
CS_CLR
SD_FR_CH
NG_CLR
SD_UNLOCK
_CLR
SD_LOCK_
CLR
Interrupt Mask b1
x000
0000
rw
68
0x44
MV_PS_
CS_MSKB
SD_FR_CH
NG_MSKB
SD_UNLOCK
_MSKB
SD_LOCK_
MSKB
Reserved
69
0x45
Interrupt Status 2
r
70
0x46
MPU_STIM
_INTRQ_Q
WSS_CHN
GD_Q
CGMS_
CHNGD_Q
GEMD_Q
CCAPD_Q
Interrupt Clear 2
0xxx
0000
w
71
0x47
MPU_STIM
_INTRQ_
CLR
WSS_
CHNGD_
CLR
CGMS_
CHNGD_
CLR
GEMD_CLR
CCAPD_
CLR
Interrupt Mask b2
0xxx
0000
rw
72
0x48
MPU_
STIM_INTR
Q_MSKB
WSS_
CHNGD_
MSKB
CGMS_
CHNGD_
MSKB
GEMD_
MSKB
CCAPD_
MSKB
Raw Status 3
r
73
0x49
SCM_LOCK
SD_H_LOCK
SD_V_LOCK
SD_OP_
50HZ
Interrupt Status 3
r
74
0x4A
PAL_SW_LK
_CHNG_Q
SCM_LOCK
_CHNG_Q
SD_AD_
CHNG_Q
SD_H_LOCK
_CHNG_Q
SD_V_LOCK
_CHNG_Q
SD_OP_
CHNG_Q
Interrupt Clear 3
xx00
0000
w
75
0x4B
PAL_SW_L
K_CHNG_
CLR
SCM_LOCK
_CHNG_
CLR
SD_AD_CH
NG_CLR
SD_H_
LOCK_
CHNG_CLR
SD_V_LOCK
_CHNG_
CLR
SD_OP_
CHNG_CLR
Interrupt Mask b3
xx00
0000
rw
76
0x4C
PAL_SW_
LK_CHNG_
MSKB
SCM_LOCK
_CHNG_
MSKB
SD_AD_
CHNG_
MSKB
SD_H_
LOCK_
CHNG_MSKB
SD_V_
LOCK_
CHNG_MSKB
SD_OP_
CHNG_MSKB
1 To access the interrupt register map, the register access page[1:0] bits in register address 0x0E must be programmed to 01b.