ADV7180KCP32Z-RL Analog Devices Inc, ADV7180KCP32Z-RL Datasheet - Page 79

• Manufacturer Part Number: ADV7180KCP32Z-RL
• Description: 10-bit 4x Oversampling SDTV Decoder
• Manufacturer: Analog Devices Inc
• Type: Video Decoderr

Specifications of ADV7180KCP32Z-RL

• Design Resources: Low Cost Differential Video Receiver Using ADA4851 Amplifier and ADV7180 Video Decoder (CN0060) Low Cost Video Multiplexer for Video Switching Using ADA4853-2 Op Amp with Disable Function (CN0076)
• Applications: Digital Cameras, Mobile Phones, Portable Video
• Voltage - Supply, Analog: 1.71 V ~ 1.89 V
• Voltage - Supply, Digital: 1.65 V ~ 2 V
• Mounting Type: Surface Mount
• Package / Case: 32-LFCSP
• Lead Free Status / RoHS Status: Lead free / RoHS Compliant

Address
Dec Hex Register Name
155 9B
156 9C
157 9D
178 B2
195 C3
196 C4
220 DC Letterbox Control 1
221 DD Letterbox Control 2
222 DE
223 DF
224 E0
225 E1
226 E2
227 E3
228 E4
229 E5
230 E6
231 E7
232 E8
233 E9
234 EA
235 EB
236 EC
243 F3
244 F4
248 F8
249 F9
251 FB
252 FC
1
2
This feature applies to the 48-lead, 40-lead, and 32-lead LFCSP only because VS or FIELD is shared on a single pin.
This feature applies to the 64-lead and 48-lead LQFP only.
Letterbox 1
Letterbox 2
Letterbox 3
CRC enable
ADC Switch 1
ADC Switch 2
ST Noise Readback 1
ST Noise Readback 2
Reserved
SD Offset Cb
SD Offset Cr
SD Saturation Cb
SD Saturation Cr
NTSC V bit begin
NTSC V bit end
NTSC F bit toggle
PAL V bit begin
PAL V bit end
PAL F bit toggle
Vblank Control 1
Vblank Control 2
AFE_CONTROL 1
Drive strength
IF comp control
VS mode control
Peaking control
Coring threshold
RW 7
R
R
R
W
RW Reserved
RW MAN_MUX_EN
RW
RW LB_SL[3]
R
R
RW SD_OFF_Cb[7]
RW SD_OFF_Cr[7]
RW SD_SAT_Cb[7]
RW SD_SAT_Cr[7]
RW NVBEGDELO
RW NVENDDELO
RW NFTOGDELO
RW PVBEGDELO
RW PVENDDELO
RW PFTOGDELO
RW NVBIOLCM[1]
RW NVBIOCCM[1]
RW
RW
RW
RW
RW PEAKING_
RW DNR_TH2[7]
LB_LCT[7]
LB_LCM[7]
LB_LCB[7]
ST_NOISE[7]
GAIN[7]
6
LB_LCT[6]
LB_LCM[6]
LB_LCB[6]
MUX1[2]
LB_SL[2]
ST_NOISE[6]
SD_OFF_Cb[6]
SD_OFF_Cr[6]
SD_SAT_Cb[6]
SD_SAT_Cr[6]
NVBEGDELE
NVENDDELE
NFTOGDELE
PVBEGDELE
PVENDDELE
PFTOGDELE
NVBIOLCM[0]
NVBIOCCM[0]
PEAKING_
GAIN[6]
DNR_TH2[6]
5
LB_LCT[5]
LB_LCM[5]
LB_LCB[5]
MUX1[1]
LB_SL[1]
SD_OFF_Cb[5] SD_OFF_Cb[4]
SD_OFF_Cr[5] SD_OFF_Cr[4]
NVBEGSIGN
NVENDSIGN
NFTOGSIGN
PVBEGSIGN
PVENDSIGN
PFTOGSIGN
NVBIELCM[1]
NVBIECCM[1]
DR_STR[1]
PEAKING_
GAIN[5]
DNR_TH2[5]
ST_NOISE[5]
SD_SAT_Cb[5] SD_SAT_Cb[4]
SD_SAT_Cr[5] SD_SAT_Cr[4]
Rev. F | Page 79 of 116
4
LB_LCT[4]
LB_LCM[4]
LB_LCB[4]
MUX1[0]
LB_TH[4]
LB_SL[0]
ST_NOISE[4]
NVBEG[4]
NVEND[4]
NFTOG[4]
PVBEG[4]
PVEND[4]
PFTOG[4]
NVBIELCM[0]
NVBIECCM[0]
DR_STR[0]
PEAKING_
GAIN[4]
DNR_TH2[4]
3
LB_LCT[3]
LB_LCM[3]
LB_LCB[3]
Reserved
Reserved
LB_TH[3]
LB_EL[3]
ST_NOISE_VLD
ST_NOISE[3]
SD_OFF_Cb[3]
SD_OFF_Cr[3]
SD_SAT_Cb[3]
SD_SAT_Cr[3]
NVBEG[3]
NVEND[3]
NFTOG[3]
PVBEG[3]
PVEND[3]
PFTOG[3]
PVBIOLCM[1]
PVBIOCCM[1]
AA_FILT_
MAN_OVR
DR_STR_C[1]
VS_COAST_
MODE[1]
PEAKING_
GAIN[3]
DNR_TH2[3]
LB_LCM[2]
LB_TH[2]
LB_EL[2]
PVBIOLCM[0]
PVBIOCCM[0]
2
LB_LCT[2]
LB_LCB[2]
CRC_ENABLE
MUX0[2]
MUX2[2]
ST_NOISE[10]
ST_NOISE[2]
SD_OFF_Cb[2]
SD_OFF_Cr[2]
SD_SAT_Cb[2]
SD_SAT_Cr[2]
NVBEG[2]
NVEND[2]
NFTOG[2]
PVBEG[2]
PVEND[2]
PFTOG[2]
AA_FILT_EN[2]
DR_STR_C[0]
IFFILTSEL[2]
VS_COAST_
MODE[0]
PEAKING_
GAIN[2]
DNR_TH2[2]
1
LB_LCT[1]
LB_LCM[1]
LB_LCB[1]
MUX0[1]
MUX2[1]
LB_TH[1]
LB_EL[1]
ST_NOISE[9]
ST_NOISE[1]
SD_OFF_Cb[1]
SD_OFF_Cr[1]
SD_SAT_Cb[1]
SD_SAT_Cr[1]
NVBEG[1]
NVEND[1]
NFTOG[1]
PVBEG[1]
PVEND[1]
PFTOG[1]
PVBIELCM[1]
PVBIECCM[1]
AA_FILT_EN[1]
DR_STR_S[1]
IFFILTSEL[1]
EXTEND_VS_
MIN_FREQ
PEAKING_
GAIN[1]
DNR_TH2[1]
LB_EL[0]
PVBIECCM[0]
0
LB_LCT[0]
LB_LCM[0]
LB_LCB[0]
MUX0[0]
MUX2[0]
LB_TH[0]
ST_NOISE[8]
ST_NOISE[0]
SD_OFF_Cb[0]
SD_OFF_Cr[0]
SD_SAT_Cb[0]
SD_SAT_Cr[0]
NVBEG[0]
NVEND[0]
NFTOG[0]
PVBEG[0]
PVEND[0]
PFTOG[0]
PVBIELCM[0]
AA_FILT_EN[0]
DR_STR_S[0]
IFFILTSEL[0]
EXTEND_VS_
MAX_FREQ
PEAKING_
GAIN[0]
DNR_TH2[0]
ADV7180
Value
0xxxxxxx 00
10101100 AC
01001100 4C
10000000 80
01100011 63
01010101 55
01010101 55
00000000 00
Reset
00011100 1C
xxxxxxxx 00
10000000 80
10000000 80
10000000 80
00100101 25
00000100 04
01100101 65
00010100 14
01100011 63
xx010101 15
00000000 00
00000011 03
01000000 40
00000100 04
(Hex)