Microsoft Word - AK8857VQ_MS1189-J-01_ doc

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1 AK8857VQ Dual Channel Digital Video Decoder AK8857VQ NTSC, PAL, SECAM S(Y/C) 2 ITU-R BT.601 Y, Cb, Cr ITU-R BT.656 NTSC-J,M, NTSC-4.43 / PAL-B,D,G,H,I,N, Nc, M, PAL-60 / SECAM 2 S(Y/C) 1 4ch 11-bit 54MHz ADC 1ch PGA ( 3dB +10dB) Auto Gain Control (AGC) Auto Color Control (ACC) IP ( ) (Contrast, Saturation, Brightness, Hue, Sharpness) 2 YC ITU-R BT.601 (4:2:2_8bit) ITU-R BT.656 (4:2:2_8bit _EAV/SAV )* 720x487, 720x576, WVGA, VGA, WQVGA, QVGA,,, ( ) VBID(CGMS-A) (CRCC ) ( ) WSS ( ) I2C V V 40 C 85 C 64 LQFP ITU-R BT

2 [1.]...6 [2.]...7 [3.]...8 [4.]...13 [4.1.]...13 [4.2.]...13 [4.3.]DC...14 [4.4.]...15 [4.5.]...15 [4.6.]...16 [5.]AC...17 [5.1.]...17 [5.2.] (DTCLK )...17 [5.3.]...18 [5.4.] ( )...18 [5.5.] /...19 [5.6.]...20 [5.7.]I2C...21 [5.7.1.] [5.7.2.] [6.]...22 [6.1.]...22 [6.2.],...23 [6.2.1.]...23 [6.2.2.]...23 [6.3.] ( )...25 [6.3.1.]720x487, 720x576(ITU-R BT.601)...26 [6.3.2.]640x480(VGA)...26 [6.3.3.]800x480(WVGA)...27 [6.3.4.]320x240(QVGA)...27 [6.3.5.]400x240(WQVGA), 400x234(EGA)...27 [6.3.6.]480x240(WEGA1), 480x234(WEGA2)...28 [6.3.7.] [6.3.8.] (60frm/sec) *...30 [6.3.9.] (30frm/sec) (ODD ) *...31 [ ] (30frm/sec) (EVEN ) *..32 [ ] [ ] (60frm/sec)

3 [ ] (30frm/sec) (ODD )...35 [ ] (30frm/sec) (EVEN )...36 [ ] (ODD )...37 [ ] (EVEN )...38 [ ] [ ] (60frm/sec) *...40 [ ] (30frm/sec) (ODD )*...41 [ ] (30frm/sec) (EVEN )*...42 [ ] [ ] (60frm/sec) *...44 [ ] (30frm/sec) (ODD )*...45 [ ] (30frm/sec) (EVEN )*...46 [ ] (ODD )...47 [ ] (EVEN )...48 [6.4.]...49 [6.5.]...50 [6.6.]...51 [6.7.]...52 [6.8.]...55 [6.9.]...55 [6.10.]...56 [6.11.]VLOCK...57 [6.12.]Auto Gain Control (AGC)...58 [6.13.]Auto Color Control (ACC)...59 [6.14.]...59 [6.15.]Y/C...60 [6.16.]C...60 [6.17.]U/ V...61 [6.18.]...61 [6.19.]...62 [6.20.]...62 [6.21.]...62 [ ]EAV/SAV...62 [ ]...63 [6.22] Setup...64 [6.23.]PGA (Programable Gain Amp)...64 [6.24.]...65 [6.25.]...65 [6.26.]...66 [6.27.]

4 [ ]...68 [ ]...68 [ ] (Saturation)...69 [ ] (HUE)...69 [ ]...69 [ ]...70 [ ]...70 [6.28.]VBI Information...71 [6.29.]...72 [6.30.]...73 [7.]...74 [7.1.] I2C SLAVE Address...74 [7.2.] I2C...74 [7.2.1.] Write...74 [7.2.2.] Read...74 [8.]...75 [9.]...77 [9.1.] Channel Select Register (R/W) [Sub Address 0x00]...77 [9.2.] AFE Control Register (R/W) [Sub Address 0x01] ( )...79 [9.3.] Output Control Register (R/W) [Sub Address 0x02] ( )...80 [9.4.] Start and Delay Control Register (R/W) [Sub Address 0x03] ( )...81 [9.5.] Control 1 Register (R/W) [Sub Address 0x04] ( )...82 [9.6.] Control 2 Register (R/W) [Sub Address 0x05] ( )...83 [9.7.] Pedestal Level Control Register (R/W) [Sub Address 0x06] ( )...84 [9.8.] Color Killer Control Register (R/W) [Sub Address 0x07] ( )...85 [9.9.] Image Control Register (R/W) [Sub Address 0x08] ( )...86 [9.10.] High Slice Data Set Register (R/W) [Sub Address 0x09] ( )...87 [9.11.] Low Slice Data Set Register (R/W) [Sub Address 0x0A] ( )...87 [9.12.] PGA Control 1 Register (R/W) [Sub Address 0x0B]...88 [9.13.] PGA Control 2 Register (R/W) [Sub Address 0x0C]...88 [9.14.] Output Data Format A Register (R/W) [Sub Address 0x0D] (A )...89 [9.15.] Output Data Format B Register (R/W) [Sub Address 0x25] (B )...89 [9.16.] Video Standard A Register (R/W) [Sub Address 0x0E] (A )...90 [9.17.] Video Standard B Register (R/W) [Sub Address 0x26] (B )...90 [9.18.] NDMODE A Register (R/W) [Sub Address 0x0F] (A )...91 [9.19.] NDMODE B Register (R/W) [Sub Address 0x27] (B )...91 [9.20.] Output Pin Control 0 A Register (R/W) [Sub Address 0x10] (A )...92 [9.21.] Output Pin Control 0 B Register (R/W) [Sub Address 0x28] (B )...92 [9.22.] Output Pin Control 1 A Register (R/W) [Sub Address 0x11] (A )...93 [9.23.] Output Pin Control 1 B Register (R/W) [Sub Address 0x29] (B )

5 [9.24.] AGC & ACC A Control Register (R/W) [Sub Address 0x12] (A )...94 [9.25.] AGC & ACC B Control Register (R/W) [Sub Address 0x2A] (B )...94 [9.26.] Control 0 A Register (R/W) [Sub Address 0x13] (A )...95 [9.27.] Control 0 B Register (R/W) [Sub Address 0x2B] (B )...95 [9.28.] Contrast Control A Register (R/W) [Sub Address 0x14] (A )...96 [9.29.] Contrast Control B Register (R/W) [Sub Address 0x2C] (B )...96 [9.30.] Brightness Control A Register (R/W) [Sub Address 0x15] (A )...96 [9.31.] Brightness Control B Register (R/W) [Sub Address 0x2D] (B )...96 [9.32.] Saturation Control A Register (R/W) [Sub Address 0x16] (A )...97 [9.33.] Saturation Control B Register (R/W) [Sub Address 0x2E] (B )...97 [9.34.] HUE Control A Register (R/W) [Sub Address 0x17] (A )...97 [9.35.] HUE Control B Register (R/W) [Sub Address 0x2F] (B )...97 [9.36.] Request VBI Infomation A Register (R/W) [Sub Address 0x18] (A )...98 [9.37.] Request VBI Infomation B Register (R/W) [Sub Address 0x30] (B )...98 [9.38.] Status 1 A Register (R) [Sub Address 0x19] (A )...99 [9.39.] Status 1 B Register (R) [Sub Address 0x31] (B )...99 [9.40.] Status 2 A Register (R) [Sub Address 0x1A] (A ) [9.41.] Status 2 B Register (R) [Sub Address 0x32] (B ) [9.43.] Video Status A Register (R) [Sub Address 0x34] (B ) [9.44.] Closed Caption 1 A Register (R) [Sub Address 0x1D] (A ) [9.45.] Closed Caption 1 B Register (R) [Sub Address 0x35] (B ) [9.46.] Closed Caption 2 A Register (R) [Sub Address 0x1E] (A ) [9.47.] Closed Caption 2 B Register (R) [Sub Address 0x36] (B ) [9.48.] WSS 1 A Register (R) [Sub Address 0x1F] (A ) [9.49.] WSS 1 B Register (R) [Sub Address 0x37] (B ) [9.50.] WSS 2 A Register (R) [Sub Address 0x20] (A ) [9.51.] WSS 2 B Register (R) [Sub Address 0x38] (B ) [9.52.] Extended Data 1 A Register (R) [Sub Address 0x21] (A ) [9.53.] Extended Data 1 B Register (R) [Sub Address 0x39] (B ) [9.54.] Extended Data 2 A Register (R) [Sub Address 0x22] (A ) [9.55.] Extended Data 2 B Register (R) [Sub Address 0x3A] (B ) [9.56.] VBID 1 A Register (R) [Sub Address 0x23] (A ) [9.57.] VBID 1 B Register (R) [Sub Address 0x3B] (B ) [9.58.] VBID 2 A Register (R) [Sub Address 0x24] (A ) [9.59.] VBID 2 B Register (R) [Sub Address 0x3C] (B ) [9.60.] Device and Revision ID Register (R) [Sub Address 0x3D] [10.] [11.] [12.]

6 [1.] TEST0 TEST1 XTI XTO SELA SDA SCL PDN RSTN OE_A OE_B TEST LOGIC Clock Module PLL Microprocessor Interface DATA_A[7:0] _ACT_A _ACT_A AIN1 _A AIN2 AIN3 MUX CLAMP CLAMP AAF AAF MUX 11-bit ADC MUX Digital PGA1 Digital PGA2 Decimation Filter Decimation Filter Sync Separation Composite Decode x 2 Sync Separation or Y/C Docode x 1 Scaling & I/P Buffer _A DTCLK DATA_B[7:0] _ACT_B AIN4 _ACT_B _B _B VREF NSIG_A NSIG_B VRP VCOM VRN IREF AD AVSS DD DVSS PD1 PD2 DTCLK A DTCLK B -6-

7 [2.] DVSS PD1 DATA_B6 DATA_B5 DATA_B4 DATA_B3 DATA_B2 DATA_B1 DATA_B0 PD1 DVSS DD TEST0 TEST1 NSIG_B NSIG_A OE_B OE_A PD2 RSTN PDN SDA SCL SELA AD XTO AVSS XTI VRN IREF VRP VCOM DATA_B7 _ACT_B _ACT_B _B _B DTCLK PD1 _A _A _ACT_A _ACT_A DATA_A7 DATA_A6 PD1 DVSS DD DATA_A5 DATA_A4 DATA_A3 DATA_A2 DATA_A1 DATA_A0 PD1 DVSS AVSS AIN4 AD AIN3 AVSS AIN2 AD AIN1-7-

8 [3.] I/O 1 AIN1 A I 2 AD A P 3 AIN2 A I 4 AVSS A G 5 AIN3 A I 6 AD A P 7 AIN4 A I 8 AVSS A G 9 DVSS D G 10 PD1 P1 P I/O 11 DATA_A0 P1 12 DATA_A1 P1 13 DATA_A2 P1 14 DATA_A3 P1 15 DATA_A4 P1 16 DATA_A5 P1 O ( I ) O ( I ) O ( I ) O ( I ) O ( I ) O ( I ) 17 DD D P 18 DVSS D G [ ] 39%( 8.19dB) 0.033uF NC [ ] 39%( 8.19dB) 0.033uF NC [ ] 39%( 8.19dB) 0.033uF NC [ ] 39%( 8.19dB) 0.033uF NC A OE_A / PDN / RSTN (*1) ( ) A OE_A / PDN / RSTN (*1) ( ) A OE_A / PDN / RSTN (*1) ( ) A OE_A / PDN / RSTN (*1) ( ) A OE_A / PDN / RSTN (*1) ( ) A OE_A / PDN / RSTN (*1) ( ) -8-

9 I/O 19 PD1 P1 P I/O 20 DATA_A6 P1 21 DATA_A7 P1 22 _ACT_A P1 23 _ACT_A P1 24 _A P1 25 _A P1 O ( I ) O ( I ) O ( I ) O ( I ) O ( I ) O ( I ) 26 PD1 P1 P I/O 27 DTCLK P1 O 28 _B P1 29 _B P1 30 _ACT_B P1 31 _ACT_B P1 O ( I ) O ( I ) O ( I ) O ( I ) A OE_A / PDN / RSTN (*1) ( ) A OE_A / PDN / RSTN (*1) ( ) A (Vertical Drive) / (Vertical Active) / OE_A / PDN / RSTN (*1) ( ) A (Horizontal Drive) / (Horizontal Active) / OE_A / PDN / RSTN (*1) ( ) A OE_A / PDN / RSTN (*1) ( ) A OE_A / PDN / RSTN (*1) ( ) I/F 27MHz 54MHz OE_A / OE_B / PDN / RSTN (*1) B OE_B / PDN / RSTN (*1) ( ) B OE_B / PDN / RSTN (*1) ( ) B (Horizontal Drive) / (Horizontal Active) / OE_B / PDN / RSTN (*1) ( ) B (Vertical Drive) / (Vertical Active) / OE_B / PDN / RSTN (*1) ( ) -9-

10 I/O 32 DATA_B7 P1 O ( I ) 33 DVSS D G 34 PD1 P1 P I/O 35 DATA_B6 P1 36 DATA_B5 P1 37 DATA_B4 P1 38 DATA_B3 P1 39 DATA_B2 P1 40 DATA_B1 P1 41 DATA_B0 P1 O ( I ) O ( I ) O ( I ) O ( I ) O ( I ) O ( I ) O ( I ) 42 PD1 P1 P I/O 43 DVSS D G 44 DD D P B OE_B / PDN / RSTN (*1) ( ) B OE_B / PDN / RSTN (*1) ( ) B OE_B / PDN / RSTN (*1) ( ) B OE_B / PDN / RSTN (*1) ( ) B OE_B / PDN / RSTN (*1) ( ) B OE_B / PDN / RSTN (*1) ( ) B OE_B / PDN / RSTN (*1) ( ) B OE_B / PDN / RSTN (*1) ( ) 45 TEST0 P2 I DVSS 46 TEST1 P2 I DVSS 47 NSIG_B P2 48 NSIG_A P2 O ( I ) O ( I ) B Low : ( ) High : OE_B / PDN / RSTN (*1)( ) A Low : ( ) High : OE_A / PDN / RSTN (*1)( ) -10-

11 I/O 49 OE_B P2 I 50 OE_A P2 I B Output Enable L : B Hi-z (*2) H : OE_B Hi-z A Output Enable L : A Hi-z (*2) H : OE_A Hi-z 51 PD2 P2 P I/F 52 RSTN P2 I 53 PDN P2 I 54 SDA P2 I/O 55 SCL P2 I 56 SELA P2 I ( O ) 57 AD A P 58 XTO A O Hi-z L : H : Hi-z L : H : 59 AVSS A G 60 XTI A I 61 VRN A O 62 IREF A O I2C PD2 RSTN=L Hi-z SDA I2C PD2 PDN=L Hi-z SCL I2C PD2 : [0x8A] DVSS : [0x88] ( Output ) ( : 22pF ) 27MHz PDN=L AVSS AVSS ( : 22pF ) 27MHz 27MHz AD 0.1uF AVSS 6.8kΩ(±1% ) AVSS -11-

12 I/O 63 VRP A O 64 VCOM A O AD 0.1uF AVSS AD 0.1uF AVSS [ ] A: AD, D: DD, P1: PD1, P2: PD2 [I/O] I:, O:, I/O:, P:, G: (*1) OE_A, OE_B, PDN, RSTN OE_A, OE_B (*2) PDN RSTN Output1 (*2) Output2 (*2) L x x Hi-Z L H L x L L H H L L L H Default Data Out (*3) Default Data Out (*3) (*2) Output1 : (A ) DATA_A[7:0], _ACT_A, _ACT_A, _A, _A (B ) DATA_B[7:0], _ACT_B, _ACT_B, _B, _B DTCLK Output1 OE_A OE_B Low DTCLK Hi-Z Output2 : NSIG_A, NSIG_B (*3)AIN (Y=0x10, Cb/Cr=0x80) ( ) (OE_A=H OE_B=H) PDN=H -12-

13 [4.] [4.1.] AD, DD, PD1, PD2 A (VinA) P1 (VioP1) P2 (VioP2) (Iin) ( ) AD ( 2.2) V 0.3 PD ( 4.2) V (*1) 0.3 PD ( 4.2) V (*2) V V ma ºC (DVSS=AVSS) 0V( ) (AVSS, DVSS) (*1) DATA_A[7:0], _ACT_A, _ACT_A, _A, _A, DATA_B[7:0], _ACT_B, _ACT_B, _B, _B, DTCLK (*2) OE_A, OE_B, SELA, PDN, RSTN, SDA, SCL, NSIG_A, NSIG_B, TEST0, TEST1 [4.2.] (AD) (DD) V AD=DD I/O (PD1) I/F (PD2) V PD1 DD PD2 DD (Ta) ºC (DVSS=AVSS) 0V( ) (AVSS, DVSS) -13-

14 [4.3.]DC ( ) P2 H P2 L VPIH VPIL 0.8PD2 V *1 0.7PD2 V *2 0.2PD2 V *1 0.3PD2 V *2 XTI H VAIH 0.8AD V XTI L VAIL 0.2AD V IL ±10 ua P1 H VP1OH 0.8PD1 V IOH = 600uA P1 L VP1OL 0.2PD1 V IOL = 1mA P2 H VP2OH 0.8PD2 V IOH = 600uA P2 L VP2OL 0.2PD2 V IOL = 1mA I 2 C(SDA)L VOLC PD2 V IOLC = 3mA PD2 2.0V PD2 2.0V *1: < DD = 1.70V2.00V, DD PD1 2.70V, DD PD2 2.70V, Ta: 4085 C > *2: < DD = 1.70V2.00V, 2.70V PD1 3.60V, 2.70V PD2 3.60V, Ta: 4085 C > P2 SDA, SCL, SELA, OE_A, OE_B, PDN, RSTN, TEST0, TEST1 P1 DATA_A[7:0], _ACT_A, _ACT_A, _A, _A, DATA_B[7:0], _ACT_B, _ACT_B, _B, _B, DTCLK P2 NSIG_A, NSIG_B SDA -14-

15 [4.4.] (AD=1.8V, 25 C) VIMX V PP 0.6Vpp ADC RES 11 bit FS 27 MHz ADC 54MHz INL ±2.0 ±4.0 LSB FS=27MHz 0.5Vpp DNL ± S/N SN 54 db S/(N+D) SND 52 db ADC VCOM 0.96 V ADC VREF VRP 1.28 V ADC VREF VRN 0.64 V LSB FS=27MHz 0.5Vpp Fin=1MHz, FS=27MHz 0.5Vpp (Fin = AIN ) AAF(Anti-Aliasing Filter) Gp 1 +1 db 6MHz Gs db 27MHz [4.5.] (DD = AD = PD1 = PD2 = 1.8V, Ta = C ) (*1) ( ) IDD ma CVBS (2ch) (*2) IDD2 63 ma CVBS (1ch) (*2) IDD ma S(Y/C) (*2) AIDD 39 ma DIDD 34 ma I/O PIDD 13 ma ( ) SIDD 1 20 ua ASIDD 1 ua DSIDD 1 ua CVBS (2ch) Xtal CVBS (2ch) : CL=12pF, 24pF* (*DTCLK ) PDN=L(DVSS) (*3) I/O PSIDD 1 ua (*1)NTSC-J 100% (*2) A B (*3) OE_A OE_B RSTN -15-

16 [4.6.] f 0 27 MHz Δf / f ±100 ppm CL 15 pf Re 100 Ω (*1) CO 0.9 pf (Ta : 4085 ) XTI CXI 22 pf CL=15pF XTO CXO 22 pf CL=15pF (*1) Re = R1 x (1+CO/CL) 2 [R1]: Rf AK8857VQ XTI pin XTO pin Rd (* 2) CXI = 22pF CXO = 22pF (*2) (Rd) AK8857VQ AK

17 [5.]AC (DD=1.70V2.00V, PD1=DD3.60V, PD2=DD3.60V, 4085 ) CL=12pF, 24pF(DTCLK ) [5.1.] AK8857 fclk tclkl tclkh VIH 1/2 VIL CLK fclk 27 MHz CLK H tclkh 15 nsec CLK L tclkl 15 nsec ±100 ppm [5.2.] (DTCLK ) ,VGA, WVGA DTCLK fdtclk MHz ,VGA, WVGA fdtclk 0.5PD1-17-

18 [5.3.] DATA_A[7:0], _ACT_A, _ACT_A, _A, _A, DATA_B[7:0], _ACT_B, _ACT_B, _B, _B DTCLK 0.5PD1 tds tdh OUTPUT DATA 0.5PD1 DTCLK Output Data Setup Time Output Data Hold Time tds tdh 10 nsec 27MHz 5 nsec 54MHz 10 nsec 27MHz 5 nsec 54MHz [5.4.] ( ) RSTN VIL RESETTIMING fclk RSTN RESETTIMING 100 (3.7) CLK (usec) CLK * RSTN Low -18-

19 [5.5.] / PDN (PDN=Low) usec PDN (PDN=Hi) 5msec CLKIN RSTN RESs RESh VIH VIL PDN GND VIH PDN RESs 2048 (75.85) CLK (usec) PDN=Hi RSTN=Hi RESh 5 msec VIH/VIL * AD/DD PD1/PD2 PDN RSTN XTI VCOM,VRP,VRN : 5 ms (max) * PDN RESh 5ms(min) * -19-

20 [5.6.] / (*1) PDN =Low 100msec D PDN PWUPTIME RSTN VIL VREF RESPON POWERUP TIME PWUPTIME 100 msec RSTN RESPON 5 msec (*1) -20-

21 [5.7.]I2C (DD=1.70V2.00V, PD1=DD3.60V, PD2=DD3.60V, 4085 ) [5.7.1.] 1 tbuf t : STA tr tf tsu : STO SDA VIH VIL tf tr SCL VIH VIL tlow tsu : STA Bus Free Time tbuf 1.3 usec Hold Time (Start Condition) t:sta 0.6 usec Clock Pulse Low Time tlow 1.3 usec Signal Rise Time tr 300 nsec Signal Fall Time tf 300 nsec Setup Time(Start Condition) tsu:sta 0.6 usec Setup Time(Stop Condition) tsu:sto 0.6 usec I2C I2C I2C [5.7.2.] 2 t : DAT SDA VIH VIL thigh SCL VIH VIL TSU : DAT Data Setup Time tsu:dat 100(*1) nsec Data Hold Time t:dat (*2) usec Clock Pulse High Time thigh 0.6 usec (*1)I2C tsu:dat 250nSec (*2)AK8857 tlow (tlow= ) -21-

22 [6.] [6.1.] AK8857 4ch (CVBS) S(Y/C) AINSEL[4:0] AK8857 2ch A B (Sub-Address 0x00[4:0]) Analog Select[4:0] Definition A B [AINSEL4: AINSEL0] [00000]: [A]: AIN1(CVBS) [B]: AIN4(CVBS) [00001]: [A]: AIN1(CVBS) [B]: AIN3(CVBS) [00010]: [A]: AIN1(CVBS) [B]: AIN2(CVBS) [00011]: [A]: AIN1(CVBS) [B]: AIN1(CVBS) [00100]: [A]: AIN1(CVBS) [B]: [00101]: [A]: AIN2(CVBS) [B]: AIN4(CVBS) [00110]: [A]: AIN2(CVBS) [B]: AIN3(CVBS) [00111]: [A]: AIN2(CVBS) [B]: AIN2(CVBS) [01000]: [A]: AIN2(CVBS) [B]: AIN1(CVBS) [01001]: [A]: AIN2(CVBS) [B]: [01010]: [A]: AIN3(CVBS) [B]: AIN4(CVBS) [01011]: [A]: AIN3(CVBS) [B]: AIN3(CVBS) [01100]: [A]: AIN3(CVBS) [B]: AIN2(CVBS) [01101]: [A]: AIN3(CVBS) [B]: AIN1(CVBS) [01110]: [A]: AIN3(CVBS) [B]: [01111]: [A]: AIN4(CVBS) [B]: AIN4(CVBS) [10000]: [A]: AIN4(CVBS) [B]: AIN3(CVBS) [10001]: [A]: AIN4(CVBS) [B]: AIN2(CVBS) [10010]: [A]: AIN4(CVBS) [B]: AIN1(CVBS) [10011]: [A]: AIN4(CVBS) [B]: [10100]: [A]: [B]: AIN4(CVBS) [10101]: [A]: [B]: AIN3(CVBS) [10110]: [A]: [B]: AIN2(CVBS) [10111]: [A]: [B]: AIN1(CVBS) [11000]: [A]: AIN1(Y) / AIN3(C) [B]: [11001]: [A]: AIN1(Y) / AIN3(C) [B]: AIN1(Y) / AIN3(C) [11010]: [A]: AIN2(Y) / AIN4(C) [B]: [11011]: [A]: AIN2(Y) / AIN4(C) [B]: AIN2(Y) / AIN4(C) [11100]: [A]: [B]: AIN1(Y) / AIN3(C) [11101]: [A]: [B]: AIN2(Y) / AIN4(C) Low DATA_A[7:0], _ACT_A, _ACT_A, _A, _A, DATA_B[7:0], _ACT_B, _ACT_B, _B, _B, NSIG_A, NSIG_B OE_A, OE_B, PDN, RSTN -22-

23 [6.2.], [6.2.1.] AK8857 AD ( ) フィルター特性 ±1dB ( 6MHz ) 35dB ( 27MHz ).Typical Gain[dB] Frequency[MHz] [6.2.2.] AK8857 AK8857 ( ) AK8857 S(Y/C) (Y ) AK8857 Y AK8857 ( ) (C ) AK8857 C Y ( ) Y CVBS C -23-

24 CLPWIDTH[1:0] (Sub-Address 0x01[7:6]) CLPWIDTH[1:0]-bit [00] 296nsec ( ) [01] 593nsec [10] 1.1usec [11] 2.2usec CLPSTAT[1:0] CLPSTAT[1:0]-bit [00] ( ) [01] (1/128)H [10] (2/128)H [11] (1/128)H (Sub-Address 0x01[5:4]) CLPSTAT[1:0] = 00 CLPWIDTH[1:0] CLPSTAT[1:0] = 01 1/128H CLPSTAT[1:0] = 11 1/128H CLPSTAT[1:0] = 10 2/128H CLPG[1:0] (Sub-Address 0x01[1:0]) CLPG[1:0]-bit [00] Min. [01] Middle 1 ( ) [10] Middle 2 [11] Max. Middle 1 = (Min. x 3 ) Middle 2 = (Min. x 5 ) Max. = (Min. x 7 ) UDG[1:0] (Sub-Address 0x01[3:2]) UDG[1:0]-bit [00] Min. ( ) [01] Middle 1 [10] Middle 2 [11] Max. Middle 1 = (Min. x 2 ) Middle 2 = (Min. x 3 ) Max. = (Min. x 4 ) ADC -24-

25 [6.3.] ( ) AK8857 (Sub-Address 0x0D, 0x25[4:0]) 525 NTSC-M, J, NTSC-4.43, PAL-M, PAL PAL-B,D,G,H,I,N, PAL-Nc SECAM 720x487 (ITU-R BT.601) 800x480 (WVGA) 640x480 (VGA) 27MHz 54MHz (*1) 27MHz 54MHz (*1) 27MHz 54MHz (*1) 400x240 (WQVGA) 27MHz (*2) 320x240 (QVGA) 27MHz (*2) 400x234(EGA) 27MHz (*2) 480x240(WEGA1) 27MHz (*2) 480x234(WEGA2) 27MHz (*2) 720x576 (ITU-R BT.601) 800x480 (WVGA) 640x480 (VGA) 27MHz 54MHz (*1) 27MHz 54MHz (*1) 27MHz 54MHz (*1) 400x240 (WQVGA) 27MHz (*2) 320x240 (QVGA) 27MHz (*2) 400x234(EGA) 27MHz (*2) 480x240(WEGA1) 27MHz (*2) 480x234(WEGA2) 27MHz (*2) (*1) 30frm/sec* 60frm/sec* (*2) *frm/sec 1-25-

26 1 1 EAV 625 [6.3.1.]720x487, 720x576(ITU-R BT.601) 128CLK 244CLK (264CLK) 1440CLK 32CLK (24CLK) [6.3.2.]640x480(VGA) 128CLK 324CLK (344CLK) 1280CLK 112CLK (104CLK) -26-

27 [6.3.3.]800x480(WVGA) 84CLK (104CLK) [6.3.4.]320x240(QVGA) 128CLK 1600CLK 32CLK (24CLK) 128CLK 644CLK (664CLK) [6.3.5.]400x240(WQVGA), 400x234(EGA) 640CLK 432CLK (424CLK) 128CLK 564CLK (584CLK) 800CLK 352CLK (344CLK) -27-

28 [6.3.6.]480x240(WEGA1), 480x234(WEGA2) 128CLK 484CLK (504CLK) 960CLK 272CLK (264CLK) 1-28-

29 [6.3.7.] EVEN ODD ODD EVEN

30 [6.3.8.] (60frm/sec) * A B C D A B C D *ODD/ EVEN

31 [6.3.9.] (30frm/sec) (ODD ) * A B C D A B C D *

32 [ ] (30frm/sec) (EVEN ) * A B C D A B C D *

33 [ ] EVEN ODD ODD EVEN

34 [ ] (60frm/sec) A B C D A B C D -34-

35 [ ] (30frm/sec) (ODD ) A B C D A B C D -35-

36 [ ] (30frm/sec) (EVEN ) A B C D A B C D -36-

37 [ ] (ODD ) EVEN ODD ODD EVEN (, [High] ) -37-

38 [ ] (EVEN ) EVEN ODD ODD EVEN (, [High] ) -38-

39 [ ] EVEN ODD ODD EVEN

40 [ ] (60frm/sec) * A B C D A B C D * ODD/ EVEN VBIL[2:0] [001] -40-

41 [ ] (30frm/sec) (ODD )* A B C D A B C D * VBIL[2:0] [001] -41-

42 [ ] (30frm/sec) (EVEN )* A B C D A B C D * VBIL[2:0] [001] -42-

43 [ ] EVEN ODD ODD EVEN ( [High] ) EAV SAV -43-

44 [ ] (60frm/sec) * A B C D A B C D ( [High] ) EAV SAV * ODD/ EVEN VBIL[2:0] [001] -44-

45 [ ] (30frm/sec) (ODD )* A B C D A B C D ( [High] ) EAV SAV * VBIL[2:0] [001] -45-

46 [ ] (30frm/sec) (EVEN )* A B C D A B C D ( [High] ) EAV SAV * VBIL[2:0] [001] -46-

47 [ ] (ODD ) EVEN ODD ODD EVEN ( [High] ) EAV SAV (, [High] ) -47-

48 [ ] (EVEN ) EVEN ODD ODD EVEN ( [High] ) EAV SAV (, [High] ) -48-

49 [6.4.] AK8857 NTSC-M, J / NTSC-4.43 / PAL-B, D, G, H, I, N / PAL-Nc / PAL-M / PAL-60 / SECAM VSCF[1:0]-bit VSCF[1:0]-bit (MHz) [00] NTSC-M,J [01] PAL-M [10] PAL-Nc [11] (Sub-Address 0x0E, 0x26[1:0]) PAL-B,D,G,H,I,N, NTSC-4.43, PAL-60 SECAM* * SECAM VSCF[1:0] [11] VCEN[1:0]-bit (Sub-Address 0x0E, 0x26[3:2]) VCEN[1:0]-bit [00] NTSC [01] PAL [10] SECAM [11] Reserved VLF-bit 1 (Sub-Address 0x0E, 0x26[4]) VLF-bit (Lines) [0] 525 NTSC-M,J, NTSC-4.43, PAL-M, PAL-60 [1] 625 PAL-B,D,G,H,I,N,Nc, SECAM BW-bit (Sub-Address 0x0E, 0x26[5]) BW-bit [0] ( OFF) [1] ( ON) AD YC Cb/Cr 0x80(601 ) S(Y/C) SETUP-bit Setup SETUP-bit SETUP [0] Setup [1] Setup 7.5IRE Setup Setup : Y=(Y 7.5)/0.925 : U=U/0.925, V=V/0.925 (Sub-Address 0x0E, 0x26[6]) -49-

50 [6.5.] AUTODET-bit (Sub-Address 0x0E, 0x26[7]) AUTODET-bit [0] OFF [1] ON 525 / NTSC / PAL / SECAM * / * ON(Sub-Address0x07[7]=1) AK8857 Video Status Register ( ) NTSC-M,J / NTSC-4.43 / PAL-B,D,G,H,I,N / PAL-M / PAL-Nc / PAL-60 / SECAM NTSC-M NTSC-J PAL-B,D,G,H,I,N ( ) VLOCK(Sub-Address0x03[7]=1) -50-

51 [6.6.] AK8857 NDMODE Register (Sub-Address 0x0F, 0x27[7:0]) Register Name R/W Definition NDPALM No Detect PAL-M bit R/W NDPALNC No Detect PAL-Nc bit R/W NDSECAM No Detect SECAM bit R/W [0] : PAL-M [1] : PAL-M [0] : PAL-Nc [1] : PAL-Nc [0] : SECAM [1] : SECAM Reserved Reserved R/W Reserved NDNTSC443 No Detect NTSC-4.43 bit R/W NDPAL60 No Detect PAL-60 bit R/W ND525L No Detect 525Line bit R/W ND625L No Detect 625Line bit R/W [0] : NTSC-4.43 [1] : NTSC-4.43 [0] : PAL-60 [1] : PAL-60 [0] : 525Line [1] : 525Line [0] : 625Line [1] : 625Line [1] NDNTSC443(bit 4) NDPAL60(bit 5) [1] [2] ND525L(bit 6) ND625L(bit 7) [1] [3] OFF ON OFF Video Standard Register NDMODE Register ON -51-

52 [6.7.] AK LIMIT-bit Min / Max 601LIMIT-bit MinMax [0] [1] Y: 1254 Cb, Cr: 1254 Y: Cb, Cr: (Sub-Address 0x02[3]) Min=1,Max= LIMIT-bit [1] 115, , , ,240 TRSVSEL-bit ITU-R BT.656 EAV/SAV V-bit (Sub-Address 0x02[4]) TRSVSEL-bit V-bit=0 V-bit=1 V-bit=0 V-bit=1 [0] ITU-R BT [1] ITU-R BT SMPTE125M Line10Line263 Line273Line525 Line20Line263 Line283Line525 Line1Line9 Line264Line272 Line1Line19 Line264Line282 Line23Line310 Line336Line623 Line1Line22 Line311Line335 Line624Line625 TRSVSEL ITU-R BT.601 VBIL[2:0]-bit VBIL[2:0]-bit (Sub-Address 0x02[2:0]) VBIL[2:0]-bit [000] [001] [010] [011] [100] [101] [110] [111] 1Line *1 2Line *2 2Lines *1 4Lines *2 3Lines *1 6Lines *2 4Lines *1 8Lines *2 5Lines *1 10Lines *2 6Lines *1 12Lines *2 7Lines *1 14Lines *2 *1 ITU-R BT.601, VGA, WVGA *2 ITU-R BT.601, VGA, WVGA -52-

53 * VBIL=[000] VBIL=[001] * VBIL=[000] VBIL=[001] SLLVL-bit SLLVL-bit [0] 25IRE [1] 50IRE (Sub-Address 0x02[5]) AK8857 YCbCr VBI ITU-R BT.601 VBI VBI 601 Cb/Cr Hi/Low Slice Data Set Register Hi Slice Data Set Register* 2 High 0xEB(235) Low Slice Data Set Register* 2 Low 0x10(16) *0x00 0xFF

54 VBIDEC[1:0]-bit VBI VBIDEC[1:0]-bit [00] [01] [10] Y=0x10 Cb=Cr=0x80 [11] Reserved Reserved Y= 601 Cb=Cr=0x80 (Sub-Address 0x02[7:6]) Y=Cb=Cr= (Hi/Low Slice Data Set Register ) * (525Line ) Line1 Line9 Line263.5 Line272.5 (625Line ) Line623.5 Line6.5 Line311 Line318 VBIDEC[1:0] * (mv) NTSC/PAL 601 Code 714/ % White 357/ SLLVL=[1] 50IRE 180/ SLLVL=[0] 25IRE L L ```` L L H H ```` H H L L: Low Slice Data Set Register H: High Slice Data Set Register ````` Cb/Y `````` Cr/Y Cb/Y `````` Cr/Y ``````` * (mv) Cb/Y Cr/Y -54-

55 [6.8.] Output Pin Control Register DATA_A[7:0], _ACT_A, _ACT_A, _A, _A, NSIG_A, DATA_B[7:0], _ACT_B, _ACT_B, _B, _B, NSIG_B Low DATA_A[7:0] DATA_B[7:0] (* OE_A, OE_B, PDN, RSTN AINSEL[4:0]( ) ) [6.9.] AK8857 _ACT_A, _ACT_A, _A, _A, _ACT_B, _ACT_B, _B, _B _ACT _ACT ACTSEL-bit / ACTSEL-bit _ACT [0] [1] (Sub-Address 0x11, 0x29[4]) ACTSEL-bit / ACTSEL-bit _ACT [0] [1] (Sub-Address 0x11, 0x29[5]) DATA_A[7:0] DATA_B[7:0] DTCLK CLKINV-bit DTCLK CLKINV-bit [0] [1] (Sub-Address 0x04[5]) A B 54MHz (IP ) DTCLK 54MHz IP 2CLK -55-

56 CLKINV-bit A, B 27MHz 54MHz A IP A : CLKINV=[0] B : CLKINV=[0] DTCLK DATA_A[7:0] DATA_B[7:0] D0 D1 D2 D3 D4 D0 D1 D2 D3 D4 DTCLK DATA_A[7:0] D0 D1 D2 D3 D4 D5 D6 D7 D8D9 DATA_B[7:0] D0 D1 D2 D3 D4 A : CLKINV=[1] B : CLKINV=[0] DTCLK DATA_A[7:0] DATA_B[7:0] D0 D1 D2 D3 D0 D1 D2 D3 D4 DTCLK DATA_A[7:0] DATA_B[7:0] D0 D1 D2 D3 D4 D5 D6 D7 D8 D0 D1 D2 D3 D4 A : CLKINV=[0] B : CLKINV=[1] DTCLK DATA_A[7:0] DATA_B[7:0] D0 D1 D2 D3 D4 D0 D1 D2 D3 DTCLK DATA_A[7:0] D0 D1 D2 D3 D4 D5 D6 D7 D8D9 DATA_B[7:0] D0 D1 D2 D3 D4 A : CLKINV=[1] B : CLKINV=[1] DTCLK DATA_A[7:0] DATA_B[7:0] DTCLK D0 D1 D2 D3 DATA_A[7:0] D0 D1 D2 D3 DATA_B[7:0] D0 D1 D2 D3 D4 D5 D6 D7 D8 D0 D1 D2 D3 D4 [6.10.] AK8857 YCDELAY[2:0]-bit YC (Sub-Address 0x03[2:0]) YCDELAY[2:0]-bit [001] Y C 1 2clk [010] Y C 2 4clk [011] Y C 3 6clk [000] Y/C [101] Y C 3 6clk [110] Y C 2 4clk [111] Y C 1 2clk [100] Reserved YCDELAY[2:0] = [000] Cb0 Y0 Cr0 Y1 Cb1 Y2 Cr1 Y3 Cb2 Y4 Cr2 Y5 Y/C default YCDELAY[2:0] = [111] Cb0 Y857 Cr0 Y0 Cb1 Y1 Cr1 Y2 Cb2 Y3 Cr2 Y4 1 pixel delay YCDELAY[2:0] = [001] Cb0 Y1 Cr0 Y2 Cb1 Y3 Cr1 Y4 Cb2 Y5 Cr2 Y6 1 pixel adv. DTCLK -56-

57 ACTSTA[2:0]-bit (Sub-Address 0x03[6:4]) ACTSTA[2:0]-bit [001] 1 2clk [010] 2 4clk [011] 3 6clk [000] [101] 3 6clk [110] 2 4clk [111] 1 2clk [100] Reserved * ( ) 720x487, 720x576(ITU-R BT.601) ACTSTA[2:0] =[000] 128CLK 244CLK (264CLK) 1440CLK 32CLK (24CLK) ACTSTA[2:0] =[001] 1sample (2CLK) 1sample (2CLK) [6.11.]VLOCK AK VLOCK VLOCK UnLock UnLock (Sub-address 0x19[1], 0x31[1]) VLOCK 2 PLL VLOCK -57-

58 VLOCK (Sub-Address 0x03[7]) VLOCKSEL-bit [0] PLL VLOCK [1] VLOCK ( ) VLOCK (Sub-Address0x0E[7]=1, 0x26[7]=1) [6.12.]Auto Gain Control (AGC) AK8857 AGC ( ) 286mV / 300mV PGA ( AGC) PGA ( AGC) NTSC-M,J, NTSC-4.43, PAL-M..286mV PAL-B,D,G,H,I,N, PAL-Nc, PAL-60, SECAM. 300mV AGCT[1:0]-bit AGC (Sub-Address 0x12, 0x2A[1:0]) AGCT[1:0]-bit [00] Disable AGC OFF PGA [01] Fast T= 1Field [10] Middle T= 7Fields [11] Slow T= 29Fields T AGC Disable PGA AGCC-bit AGC (Sub-Address 0x12, 0x2A[3:2]) AGCC[1:0]-bit [00] ±2LSB [01] ±3LSB [10] ±4LSB [11] AGCFRZ-bit AGC (Sub-Address 0x12, 0x2A[4]) AGCFRZ-bit AGC [0] [1] PGA1,2 Control Register -58-

59 AGCTL-bit AGC AGC (Sub-Address 0x13, 0x2B[0]) AGCTL-bit AGC [0] Quick [1] Slow [6.13.]Auto Color Control (ACC) AK8857 ACC SECAM (286mV/ 300mV) AGC NTSC-M,J, NTSC-4.43, PAL-M..286mV PAL-B,D,G,H,I,N, PAL-Nc, PAL mV ACCT[1:0]-bit ACC (Sub-Address 0x12, 0x2A[6:5]) ACCT[1:0]-bit [00] Disable ACC OFF [01] Fast T= 2Fields [10] Middle T= 8Fields [11] Slow T= 30Fields ACCFRZ-bit ACC (Sub-Address 0x12, 0x2A[7]) ACCFRZ-bit ACC [0] [1] ACC (Satulation) ACC Enable ACC [6.14.] ( ) ( ) ( ) NSIGMD-bit (Sub-Address 0x13, 0x2B[6:5]) NSIGMD [1:0]-bit [00] [01] [10] ( ) [11] Reserved -59-

60 [6.15.]Y/C AK Y/C Y/C NTSC-4.43, PAL-60, SECAM 1 Y/C YCSEP[1:0]-bit Y/C YCSEP[1:0]-bit YC [00] Y/C [01] 1 Y/C 1 (BPF)Y/C [10] 2 Y/C [11] Reserved (Sub-Address 0x04[1:0]) (NTSC-M,J, PAL-M) : 3Line2 Y/C (PAL-B,D,G,H,I,N,Nc) : 5Line2 Y/C * *NTSC-4.43, PAL-60, SECAM 1 Y/C [6.16.]C AK8857 YC C C358FIL[1:0] 3.58MHz C (Sub-Address 0x13, 0x2B[2:1]) C358FIL[1:0] -bit C [00] Narrow [01] Medium [10] Wide [11] Reserved NTSC-M, J, PAL-M, PAL-Nc -60-

61 C443FIL[1:0] 4.43MHz C (Sub-Address 0x13, 0x2B[4:3]) C443FIL[1:0] -bit C [00] Narrow [01] Medium [10] Wide [11] Reserved PAL-B,D,G,H,I,N, NTSC-4.43, PAL-60 *SECAM [6.17.]U/ V AK8857 C Low Pass Filter U/ V UVFILSEL-bit U/ V (Sub-Address 0x04[2]) UVFILSEL bit U/V [0] Wide [1] Narrow [6.18.] AK8857 INTPOLOFF-bit (Sub-Address 0x04[4]) INTPOLOFF-bit [0] ON [1] OFF -61-

62 [6.19.] AK8857 PLL 27MHz 720x487, VGA, WVGA 27MHz 54MHz [6.20.] PAL-B,D,G,H,I,N,Nc,60,M ON NTSC-M,J SECAM DPAL[1:0]-bit (Sub-Address 0x05[1:0]) DPAL[1:0]-bit [00] [01] ON [10] OFF [11] Reserved [6.21.] [ ]EAV/SAV AK8857 ITU-R BT.601 ITU-RBT.656 EAV/SAV ITU-R BT.601 EAV/SAV (4 ) V F V bit V bit EAV SAV EAV F bit F bit EVEN ODD ODD EVEN EAV SAV EAV SAV -62-

63 EAV/SAV DTCLK DATA [7:0] FF SAV Cb0 Y0 Cr0 Y1 Cb1 Y2 Cr1 FF EAV AK8857 EAV SAV SAV EAV SAV EAVSAV-bit EAV/SAV (Sub-Address 0x04[6]) EAVSAV-bit EAV/SAV [0] [1] [ ] AK8857 < > [ ] [ ] [ ] [ ] SAV Cb0 Y0 Cr0 Y1 Cb1 Y2 Cr1 Y3 Y718 Cr359 Y719 FF 128CLK 244CLK (264CLK) 1440CLK 32CLK (24CLK) -63-

64 [6.22] Setup AK8857 Setup Setup Y=(Y 7.5)/0.925 U=U/0.925, V=V/0.925 Setup AK8857 (Sub-Address 0x05[6]) NTSC-M,J [0] PAL-B,D,G,H,I,N PAL-Nc, 60 SECAM [1] PAL-M NTSC-4.43 Setup-bit [0] [1] STUPATOFF-bit [ Setup ] Setup [0] [1] [0] [1] [0] [1] [0] [1] Setup [6.23.]PGA (Programable Gain Amp) AK8857 PGA ADC 3dB 10dB 0x1F(HEX)=0dB (Sub-Address 0x0B, 0x0C[7:0]) G = 20log { ( 31 PGA) } G PGA (db) PGA PGA (Dec.) 0.5Vpp AIN PGA1[7:0]-bit PGA PGA2[7:0]-bit PGA (CVBS) PGA1 A PGA2 B S(Y/C) PGA1 PGA2 CVBS A B AIN PGA1 PGA2 AGC AGC Enable PGA[7:0]-bit AGC Disable PGA -64-

65 [6.24.] AK bit (ITU-R BT.601 ) 8+7LSB 1LSB 0.4LSB BKLVL[3:0]-bit BKLVL[3:0]-bit 601 (Sub-Address 0x06[3:0]) [0001] 1 0.4LSB [0010] 2 0.8LSB [0011] 3 1.2LSB [0100] 4 1.6LSB [0101] 5 2.0LSB [0110] 6 2.4LSB [0111] 7 2.8LSB [0000] [1000] 8 3.2LSB [1001] 7 2.8LSB [1010] 6 2.4LSB [1011] 5 2.0LSB [1100] 4 1.6LSB [1101] 3 1.2LSB [1110] 2 0.8LSB [1111] 1 0.4LSB 2 [6.25.] (286mV/300mV) 16(8-Bit, ITU-R BT.601 ) DPCT[1:0]-bit (Sub-Address 0x06[5:4]) DPCT[1:0]-bit [00] Fast [01] Middle [10] Slow [11] Disable OFF -65-

66 DPCC[1:0]-bit (Coring Level) (Sub-Address 0x06[7:6]) DPCC[1:0]-bit [00] ±1bit [01] ±2bit [10] ±3bit [11] [6.26.] AK8857 { I_ICKLVL[3:0] << 2} + 24 << 2 2bit CKLVL[3:0]-bit [1000] 23dB (Sub-Address 0x07[3:0]) CLKVL [3:0] NTSC PAL % db % db [0000] [0001] [0010] [0011] [0100] [0101] [0110] [0111] [1000] [1001] [1010] [1011] [1100] [1101] [1110] [1111] AK8857 Cb/Cr 0x80 PLL COLKILL-bit ON/OFF ON COLKILL-bit [0] Enable [1] Disable (Sub-Address 0x07[7]) -66-

67 CKSCM[1:0]-bit SECAM (Sub-Address 0x07[5:4]) CKSCM [1:0] SECAM [00] {CKLVL [3:0]} [01] {0, CKLVL [3:1]} 1bit [10] {0,0, CKLVL [3:2]} 2bit [11] Reserved CKILSEL (Sub-Address 0x05[7]) CKILSEL-bit [0] CKLVL[3:0]-bit [1] CKLVL[3:0]-bit PLL * *SECAM PLL CKILSEL ON/OFF -67-

68 [6.27.] AK8857 [ ] CONT[7:0]-bit: (0x80) Contrast Control Register (Sub-Address 0x14, 0x2C[7:0]) CONTSEL=[0] YOUT = (CONT / 128) x (YIN 128) CONTSEL=[1] YOUT = (CONT / 128) x YIN YOUT : YIN : CONT : ( ) 0255 [254]/ [1] ( 601LIMIT [1] ) CONTSEL-bit CONTSEL -bit [0] 128 [1] 0 (Sub-Address 0x07[6]) [ ] BR[7:0]-bit 2 (0x00) ITU-R BT.601 8Bit ( )(Sub-Address 0x15, 0x2D[7:0]) YOUT = YIN+BR YOUT YIN BR ( ) (1step) 2 [254]/ [1] ( 601LIMIT [1] ) -68-

69 [ ] (Saturation) SAT[7:0]-bit : (0x80) 0255/128(1/128steps) (Sub-Address 0x16, 0x2E[7:0]) [ ] (HUE) HUE[7:0]-bit: 2 (0x00) ±45 ( 0.35 steps) (Sub-Address 0x17, 0x2F[7:0]) [ ] AK8857 SHARP[1:0]-bits SHCORE[1:0]-bits Filter Coring Delay SHARP[1:0]-bit (Sub-Address 0x08[1:0]) SHARP[1:0]-bit [00] [01] Min [10] Middle [11] Max SHCORE[1:0]-bit (Sub-Address 0x08[3:2]) SHCORE[1:0]-bit [00] [01] ±1LSB [10] ±2LSB [11] ±3LSB -69-

70 VBIIMGCTL-bit VBI ON/OFF (Sub-Address 0x08[7]) VBIIMGCTL bit VBI [0] [1] [ ] MPEG LUMFIL[1:0]-bit LUMFIL [1:0]-bit [00] [01] Narrow 3dB at 2.94MHz [10] Mid 3dB at 3.30MHz [11] Wide 3dB at 4.00MHz (Sub-Address 0x08[5:4]) 3dB at 6.29MHz [ ] AK8857 SEPIA-bit SEPIA bit [0] [1] (Sub-Address 0x08[6]) -70-

71 [6.28.]VBI Information AK8857 VBI Closed Caption Data, Closed Caption Extended Data,VBID(CGMS), WSS Request VBI Information Register(R/W)-[3:0] (Sub-Address 0x18, 0x30[3:0]) AK8857 Status 2 Register(R)-[3:0] (Sub-Address 0x1A, 0x32[3:0]) VBID (CGMS-A) CRCC Closed Caption Line Line Closed Caption Extended Data Line Line VBID Line20 / 283 Line20 / Line 625-Line WSS Line Line (Sub-Address 0x1D0x24, 0x350x3C) Closed Caption 1 Register, Closed Caption 2 Register WSS 1 Register, WSS 2 Register Extended Data 1 Register, Extended Data 2 Register VBID 1 Register, VBID 2 Register Start Request VBI Info Register xxrq-bit = 1 ( Closed Caption CCRQ-bit Closed Caption Extended EXTRQ-bit VBID/WSS VBWSRQ-bit Status Register Read Request = 1 Yes No Closed Caption CCDET-bit Closed Caption Extended EXTDET-bit VBID/WSS VBWSDET-bit Closed Caption Closed Caption 1 2 Register Closed Caption Extended Extended Data 1 2 Register VBID/WSS VBID/WSS 1 2 Register -71-

72 [6.29.] NOSIG-bit NOSIG bit [0] [1] (Sub-Address 0x19, 0x31[0]) VLOCK-bit VLOCK VLOCK-bit [0] [1] (Sub-Address 0x19, 0x31[1]) COLKILON COLKILON bit [0] [1] (Sub-Address 0x19, 0x31[3]) CPLL-bit PLL (Sub-Address 0x19, 0x31[4]) CPLL bit [00] [01] PKWHITE AGC (Sub-Address 0x19, 0x31[6]) PKWHITE bit [0] [1] OVCOL ACC (Sub-Address 0x19, 0x31[7]) OVCOL bit [0] [1] REALFLD-bit AK8857 (Sub-Address 0x1A, 0x32[4]) REALFLD bit [0] Even [1] Odd AGCSTS-bit AGC AGCSTS bit [0] AGC [1] AGC (Sub-Address 0x1A, 0x32[5]) -72-

73 [6.30.] Video Status-Register (Sub-Address 0x1C, 0x34) Bit bit 0 bit 1 bit 2 bit 3 bit 4 Register Name ST_VSF0 ST_VSF1 ST_VCEN0 ST_VCEN1 ST_VLF Status of Video Sub-Carrier Frequency Status of Video Color Encode Status of Video Line Frequency bit 5 ST_BW Status of B/W Signal R bit 6 UNDEF Un_define bit R bit 7 FIXED Video Standard fixed bit R/W R R R R Definition [ ST_VSF1 : ST_VSF0 ] ( MHz ) [00] : (NTSC-M,J) [01] : (PAL-M) [10] : (PAL-Nc) [11] : (PAL-B,D,G,H,I,N,60, NTSC-4.43) [ST_VCEN1 : ST_VCEN0] [00] : NTSC [01] : PAL [10] : SECAM [11] : Reserved [0]: 525 (NTSC-M,J, 4.43, PAL-M,60) [1]: 625 (PAL-B,D,G,H,I,N,Nc, SECAM) * [0] : [1] : [0]: [1]: [0]: [1]: * ON(COLKILL-bit = [1]) ST_BW-bit [1] B/W-bit 525/625 ST_VLF -73-

74 [7.] AK8857 I2C [7.1.] I2C SLAVE Address I2C SELA [ ] [ ] Slave Address SELA MSB LSB [Low] R/W [High] R/W [7.2.] I2C [7.2.1.] Write 1 AK Write 1 Write Write Sequential Write operation (a) 1 Write S Slave Address w A Sub Address A Data A Stp 8-bit 1- bit 8-bit 1- bit 8-bit 1- bit (b) (m-bytes) Write (Sequential Write Operation) S Slave Address w A Sub Address(n) A Data(n) A Data A (n+1) bit 8-bit 8-bit 8-bit bit bit bit bit Data (n+m) 8-bit A 1- bit stp [7.2.2.] Read 1 AK S Slave Address w A Sub Address(n) A rs Slave Address R A Data1 A Data2 A Data3 A 8-bit 1 8-bit 1 8-bit 1 8-bit 1 8-bit 1 8-bit 1 Data n!a stp 8-bit 1 S : Start Condition rs : repeated Start Condition A : Acknowledge (SDA Low )!A : Not Acknowledge (SDA High) stp : Stop Condition R/W 1 : Read 0 : Write : : AK

75 [8.] Sub Address Default R/W 0x00 Channel Select 0x00 R/W 0x01 AFE Control 0x01 R/W 0x02 Output Control 0x00 R/W 0x03 Start and Delay Control 0x00 R/W 0x04 Control 1 0x00 R/W 0x05 Control 2 0x00 R/W 0x06 Pedestal Level Control 0x00 R/W 0x07 Color Killer Control 0x08 R/W 0x08 Image Control 0x00 R/W 0x09 High Slice Data Set 0xEB R/W VBI High 0x0A Low Slice Data Set 0x10 R/W VBI Low 0x0B PGA Control 1 0x3E R/W PGA1 0x0C PGA Control 2 0x3E R/W PGA2 0x0D Output Data Format A 0x00 R/W A 0x0E Video Standard A 0x00 R/W A 0x0F NDMODE A 0x00 R/W A 0x10 Output Pin Control 0 A 0x00 R/W A 0x11 Output Pin Control 1 A 0x00 R/W A 0x12 AGC & ACC A Control 0x00 R/W A AGC ACC 0x13 Control 0 A 0x00 R/W A 0x14 Contrast Control A 0x80 R/W A 0x15 Brightness Control A 0x00 R/W A 0x16 Saturation Control A 0x80 R/W A 0x17 HUE Control A 0x00 R/W A HUE( ) 0x18 Request VBI Infomation A 0x00 R/W A VBI 0x19 Status 1 A R A 0x1A Status 2 A R A 0x1B Reserved R A Reserved 0x1C Video Status A R A 0x1D Closed Caption 1 A R A Closed Caption 0x1E Closed Caption 2 A R A Closed Caption 0x1F WSS 1 A R A WSS 0x20 WSS 2 A R A WSS 0x21 Extended Data 1 A R A CC-Extended 0x22 Extended Data 2 A R A CC-Extended -75-

76 Sub Address Default R/W 0x23 VBID 1 A R A VBID 0x24 VBID 2 A R A VBID 0x25 Output Data Format A 0x00 R/W B 0x26 Video Standard B 0x00 R/W B 0x27 NDMODE B 0x00 R/W B 0x28 Output Pin Control 0 B 0x00 R/W B 0x29 Output Pin Control 1 B 0x00 R/W B 0x2A AGC & ACC B Control 0x00 R/W B AGC ACC 0x2B Control 0 B 0x00 R/W B 0x2C Contrast Control B 0x80 R/W B 0x2D Brightness Control B 0x00 R/W B 0x2E Saturation Control B 0x80 R/W B 0x2F HUE Control B 0x00 R/W B HUE( ) 0x30 Request VBI Infomation B 0x00 R/W B VBI 0x31 Status 1 B R B 0x32 Status 2 B R B 0x33 Reserved R B Reserved 0x34 Video Status B R B 0x35 Closed Caption 1 B R B Closed Caption 0x36 Closed Caption 2 B R B Closed Caption 0x37 WSS 1 B R B WSS 0x38 WSS 2 B R B WSS 0x39 Extended Data 1 B R B CC-Extended 0x3A Extended Data 2 B R B CC-Extended 0x3B VBID 1 B R B VBID 0x3C VBID 2 B R B VBID 0x3D Device and Revision ID 0x39 R Device ID Revision Default Sub-address 0x00 REGSEL A B R/W [ Channel Select], [PGA Control 1], [PGA Control 2], [Device and Revision ID] REGSEL A A B B -76-

77 [9.] [9.1.] Channel Select Register (R/W) [Sub Address 0x00] Sub Address 0x00 Default Value: 0x00 bit 7 bit 6 bit 5 bit 4 bit 3 bit 2 bit 1 bit 0 P1DRV1 P1DRV0 REGSEL AINSEL4 AINSEL3 AINSEL2 AINSEL1 AINSEL0 Default Value Channel Select Register Definition Register bit R / W Definition Name bit 0 bit 4 AINSEL0 AINSEL4 Analog Select R / W A B [AINSEL4: AINSEL0] [00000]: [A]: AIN1(CVBS), [B]: AIN4(CVBS) [00001]: [A]: AIN1(CVBS), [B]: AIN3(CVBS) [00010]: [A]: AIN1(CVBS), [B]: AIN2(CVBS) [00011]: [A]: AIN1(CVBS), [B]: AIN1(CVBS) (*2) [00100]: [A]: AIN1(CVBS), [B]: (*1) [00101]: [A]: AIN2(CVBS), [B]: AIN4(CVBS) [00110]: [A]: AIN2(CVBS), [B]: AIN3(CVBS) [00111]: [A]: AIN2(CVBS), [B]: AIN2(CVBS) (*2) [01000]: [A]: AIN2(CVBS), [B]: AIN1(CVBS) [01001]: [A]: AIN2(CVBS), [B]: (*1) [01010]: [A]: AIN3(CVBS), [B]: AIN4(CVBS) [01011]: [A]: AIN3(CVBS), [B]: AIN3(CVBS) (*2) [01100]: [A]: AIN3(CVBS), [B]: AIN2(CVBS) [01101]: [A]: AIN3(CVBS), [B]: AIN1(CVBS) [01110]: [A]: AIN3(CVBS), [B]: (*1) [01111]: [A]: AIN4(CVBS), [B]: AIN4(CVBS) (*2) [10000]: [A]: AIN4(CVBS), [B]: AIN3(CVBS) [10001]: [A]: AIN4(CVBS), [B]: AIN2(CVBS) [10010]: [A]: AIN4(CVBS), [B]: AIN1(CVBS) [10011]: [A]: AIN4(CVBS), [B]: (*1) [10100]: [A]:, [B]: AIN4(CVBS) (*1) [10101]: [A]:, [B]: AIN3(CVBS) (*1) [10110]: [A]:, [B]: AIN2(CVBS) (*1) [10111]: [A]:, [B]: AIN1(CVBS) (*1) [11000]: [A]: AIN1(Y) / AIN3(C), [B]: (*1, *2) [11001]: [A]: AIN1(Y) / AIN3(C), [B]: AIN1(Y) / AIN3(C) (*1, *2) [11010]: [A]: AIN2(Y) / AIN4(C), [B]: (*1, *2) [11011]: [A]: AIN2(Y) / AIN4(C), [B]: AIN2(Y) / AIN4(C) (*1, *2) [11100]: [A]:, [B]: AIN1(Y) / AIN3(C) (*1, *2) [11101]: [A]:, [B]: AIN2(Y) / AIN4(C) (*1, *2) [11110],[11111]: Reserved -77-

78 bit 5 REGSEL Register Select R / W (*2) [0]: A Write/ Read [1]: B Write/ Read bit 6 bit 7 P1DRV0 P1DRV1 PD1 Drive R / W P1 PD1 (*3) [P1DRV1: P1DRV0] [00]: PD1 = V [01]: PD1 = V [10]: Reserved [11]: PD1 = V (*1) (*2) A B Sub-address0x01[AFE ControlRegister] REGSEL=[0] REGSEL=[1] S(Y/C) REGSEL=[0] REGSEL=[1] (*3) P1, DATA_A[7:0], _ACT_A, _ACT_A, _A, _A, DATA_B[7:0], _ACT_B, _ACT_B, _B, _B, DTCLK -78-

79 [9.2.] AFE Control Register (R/W) [Sub Address 0x01] ( ) 0x00 REGSEL R / W Sub Address 0x01 Default Value: 0x01 bit 7 bit 6 bit 5 bit 4 bit 3 bit 2 bit 1 bit 0 CLPWIDTH1 CLPWIDTH0 CLPSTAT1 CLPSTAT0 UDG1 UDG0 CLPG1 CLPG0 Default Value AFE Control Register Definition bit Register Name R / W Definition bit 0 bit 1 bit 2 bit 3 bit 4 bit 5 bit 6 bit 7 CLPG 0 CLPG1 UDG 0 UDG 1 CLPSTAT0 CLPSTAT1 CLPWIDTH0 CLPWIDTH1 Clamp Gain Up Down Gain Clamp Start Clamp Pulse Width R / W R / W R / W R / W [00]: Min. [01]: Middle 1 [ = (Min. x 3 ) ] (Default) [10]: Middle 2 [ = (Min. x 5 ) ] [11]: Max. [ = (Min. x 7 ) ] [00]: Min. (Default) [01]: Middle 1 [ = (Min. x 2 ) ] [10]: Middle 2 [ = (Min. x 3 ) ] [11]: Max. [ = (Min. x 4 ) ] [ CLPSTAT1 : CLPSTAT0 ] [00]: [01]: (1/128)H [10]: (2/128)H [11]: (1/128H) [ CLPWIDTH1 : CLPWIDTH0 ] [00]: 296nsec [01]: 593nsec [10]: 1.1usec [11]: 2.2usec -79-

80 [9.3.] Output Control Register (R/W) [Sub Address 0x02] ( ) 0x00 REGSEL R / W Sub Address 0x02 Default Value: 0x00 bit 7 bit 6 bit 5 bit 4 bit 3 bit 2 bit 1 bit 0 VBIDEC1 VBIDEC0 SLLVL TRSVSEL 601LIMIT VBIL2 VBIL1 VBIL0 Default Value Output Control Register Definition bit Register Name R/W Definition bit 0 bit 2 VBIL0 VBIL2 Vertical Blanking Length R/W bit 3 601LIMIT 601 Output Limit R/W bit 4 TRSVSEL Time Reference Signal V Select R/W * [ VBIL2 : VBIL0 ] [000]: [001]: 1Line (2Line*) [010]: 2Line (4Line*) [011]: 3Line (6Line*) [100]: 4Line (8Line*) [101]: 5Line (10Line*) [110]: 6Line (12Line*) [111]: 7Line (14Line*) Min - Max [0]: (Y/Cb/Cr) [1]: (Y) / (Cb/Cr) / 240 (Y / Cb,Cr) 240 ITU-R BT.656 Timing reference signals V-bit 525LINE [0]: V=1 (Line1 Line9 / Line264 Line272) V=0(Line10 Line263 / Line273 Line525) [1]: V=1 (Line1 Line19 / Line264 Line282) V=0 (Line20 Line263 / Line283 Line525) 625LINE bit 5 SLLVL Slice Level R/W [0]: 25IRE [1]: 50IRE bit 6 bit 7 VBIDEC0 VBIDEC1 VBI Decode R/W Vertical Blanking Length [ VBIDEC1 : VBIDEC0 ] [00]: [01]: [10]: [11]: Reserved *ITU-R BT.601, VGA, WVGA -80-

81 [9.4.] Start and Delay Control Register (R/W) [Sub Address 0x03] ( ) 0x00 REGSEL R / W Sub Address 0x03 Default Value: 0x00 bit 7 bit 6 bit 5 bit 4 bit 3 bit 2 bit 1 bit 0 VLOCKSEL ACTSTA2 ACTSTA1 ACTSTA0 Reserved YCDELAY2 YCDELAY1 YCDELAY0 Default Value Start and Delay Control Register Definition bit Register Name R/W Definition bit 0 bit 2 YCDELAY0 YCDELAY2 Y/C Delay Control R/W bit 3 Reserved Reserved R/W Reserved bit 4 bit 6 ACTSTA0 ACTSTA2 Active Video Start Control R/W bit 7 VLOCKSEL Vlock Select R/W Y / C [ YCDELAY2: YCDELAY0 ] [001]: Y C 1 [010]: Y C 2 [011]: Y C 3 [000]: Y/C [101]: Y C 3 [110]: Y C 2 [111]: Y C 1 [100]: Reserved [ ACTSTA2 : ACTSTA0 ] [001] : 1 [010] : 2 [011] : 3 [000] : [101] : 3 [110] : 2 [111] : 1 [100] : Reserved [0]: PLL VLOCK [1]: VLOCK* * VLOCK (Sub-Address0x0E[7]=1 Sub-Address0x26[7]=1) -81-

82 [9.5.] Control 1 Register (R/W) [Sub Address 0x04] ( ) 0x00 REGSEL R / W Sub Address 0x04 Default Value: 0x00 bit 7 bit 6 bit 5 bit 4 bit 3 bit 2 bit 1 bit 0 Reserved EAVSAV CLKINV INTPOLOFF Reserved UVFILSEL YCSEP1 YCSEP0 Default Value Control 1 Register Definition bit Register Name R/W Definition bit 0 bit 1 YCSEP0 YCSEP1 YC Separation Control R/W YC [ YCSEP1 : YCSEP0 ] [00]: YC [01]: 1 YC [10]: 2 YC [11]: Reserved bit 2 UVFILSEL UV Filter Select R/W UV [0]: Wide [1]: Narrow bit 3 Reserved Reserved R/W Reserved bit 4 INTPOLOFF Interpolator Mode Select R/W bit 5 CLKINV CLK Invert Set R/W bit 6 EAVSAV EAV/ SAV SELECT R/W bit 7 Reserved Reserved R/W Reserved [0]: ON [1]: OFF DTCLK [0]: [1]: EAV/SAV [0]: [1]: -82-

83 [9.6.] Control 2 Register (R/W) [Sub Address 0x05] ( ) 0x00 REGSEL R / W Sub Address 0x05 Default Value: 0x00 bit 7 bit 6 bit 5 bit 4 bit 3 bit 2 bit 1 bit 0 CKILSEL STUPATOFF Reserved Reserved Reserved Reserved DPAL1 DPAL0 Default Value Control 2 Register Definition bit Register Name R/W Definition bit 0 bit 1 bit 2 bit 5 DPAL0 DPAL1 Deluxe PAL R/W Reserved Reserved R/W Reserved bit 6 STUPATOFF Setup Auto Control Off R/W bit 7 CKILSEL Color killer Select R/W (PAL ) [ DPAL1 : DPAL0 ] [00]: ON [01]: ON [10]: OFF [11]: Reserved Setup On/Off [0]: Setup On [1]: Setup Off [0]: CKLVL[3:0]-bit [1]: CKLVL[3:0]-bit PLL -83-

84 [9.7.] Pedestal Level Control Register (R/W) [Sub Address 0x06] ( ) 0x00 REGSEL R / W Sub Address 0x06 Default Value: 0x00 bit 7 bit 6 bit 5 bit 4 bit 3 bit 2 bit 1 bit 0 DPCC1 DPCC0 DPCT1 DPCT0 BKLVL3 BKLVL2 BKLVL1 BKLVL0 Default Value Pedestal Level Control Register Definition bit Register Name R/W Definition bit 0 bit 3 bit 4 bit 5 bit 6 bit 7 BKLVL0 BKLVL3 DPCT0 DPCT1 DPCC0 DPCC1 Black Level Digital Pedestal Clamp Control Digital Pedestal Clamp Coring Control R/W R/W R/W [ BKLVL3 : BKLVL0 ] [0001]: 1 [0010]: 2 [0011]: 3 [0100]: 4 [0101]: 5 [0110]: 6 [0111]: 7 [0000]: [1000]: 8 [1001]: 7 [1010]: 6 [1011]: 5 [1100]: 4 [1101]: 3 [1110]: 2 [1111]: 1 [ DPCT1 : DPCT0 ] [00]: Fast [01]: Middle [10]: Slow [11]: Disable [ DPCC1 : DPCC0 ] [00]: ±1bit [01]: ±2bit [10]: ±3bit [11]: -84-

85 [9.8.] Color Killer Control Register (R/W) [Sub Address 0x07] ( ) 0x00 REGSEL R / W Sub Address 0x07 Default Value: 0x08 bit 7 bit 6 bit 5 bit 4 bit 3 bit 2 bit 1 bit 0 COLKILL CONTSEL CKSCM1 CKSCM0 CKLVL3 CKLVL2 CKLVL1 CKLVL0 Default Value Color Killer Control Register Definition bit Register Name R/W Definition bit 0 bit 3 bit 4 bit 5 CKLVL0 CKLVL3 CKSCM0 CKSCM1 Color Killer Level Control R/W 23dB Color Killer Level for SECAM R/W bit 6 CONTSEL Contrast Select R/W bit 7 COLKILL Color killer Set R/W SECAM Contrast selecter [0]: 50 [1]: 0 ON / OFF [0]: Enable [1]: Disable -85-

86 [9.9.] Image Control Register (R/W) [Sub Address 0x08] ( ) VBI 0x00 REGSEL R / W Sub Address 0x08 Default Value: 0x00 bit 7 bit 6 bit 5 bit 4 bit 3 bit 2 bit 1 bit 0 VBIIMGCTL SEPIA LUMFIL1 LUMFIL0 SHCORE1 SHCORE0 SHARP1 SHARP0 Default Value Image Control Register Definition bit Register Name R/W Definition bit 0 bit 1 bit 2 bit 3 bit 4 bit 5 SHARP0 SHARP1 SHCORE0 SHCORE1 LUMFIL0 LUMFIL1 Sharpness Control Sharpness Coring Luminance Filter R/W R/W R/W bit 6 SEPIA Sepia Output R/W bit 7 VBIIMGCTL VBI Image Control R/W [ SHARP1 : SHARP0 ] [00]: [01]: Min [10]: Middle [11]: Max [ SHARP1 : SHARP0 ] [00] [ SHCORE1 : SHCORE0 ] [00]: [01]: ±1LSB [10]: ±2LSB [11]: ±3LSB [ LUMFIL1 : LUMFIL0 ] [00]: [01]: Narrow [10]: Mid [11]: Wide * [0]: [1]: VBI On/Off [0]: VBI [1]: VBI *SEPIA Sub-address 0x10 DOA Sub-address 0x28 DOB -86-

87 [9.10.] High Slice Data Set Register (R/W) [Sub Address 0x09] ( ) VBI High 0x00 REGSEL R / W 100% (235) Sub Address 0x09 Default Value: 0xEB bit 7 bit 6 bit 5 bit 4 bit 3 bit 2 bit 1 bit 0 H7 H6 H5 H4 H3 H2 H1 H0 Default Value High Slice Data Set Register Definition bit Register Name R/W Definition bit 0 bit 7 H0 H7 High Data 07 Set R/W VBI High 0x00 0xFF 601 [9.11.] Low Slice Data Set Register (R/W) [Sub Address 0x0A] ( ) VBI Low 0x00 REGSEL R / W (16) Sub Address 0x0A Default Value: 0x10 bit 7 bit 6 bit 5 bit 4 bit 3 bit 2 bit 1 bit 0 L7 L 6 L 5 L 4 L 3 L 2 L 1 L 0 Default Value Low Slice Data Set Register Definition bit Register Name R/W Definition bit 0 bit 7 L0 L7 Low Data 07 Set R/W VBI Low 0x00 0xFF

88 [9.12.] PGA Control 1 Register (R/W) [Sub Address 0x0B] PGA 1 (CVBS) A S(Y/C) Y Sub Address 0x0B Default Value: 0x1F bit 7 bit 6 bit 5 bit 4 bit 3 bit 2 bit 1 bit 0 PGA1_7 PGA1_6 PGA1_5 PGA1_4 PGA1_3 PGA1_2 PGA1_1 PGA1_0 Default Value PGA Control 1 Register Definition bit Register Name R/W Definition bit 0 bit 7 PGA1_0 PGA1_7 PGA1 Gain Set R/W PGA1 CVBS A B PGA1 PGA2 CVBS 0x00 [9.13.] PGA Control 2 Register (R/W) [Sub Address 0x0C] PGA2 (CVBS) B S(Y/C) C Sub Address 0x0C Default Value: 0x1F bit 7 Bit 6 bit 5 bit 4 bit 3 bit 2 bit 1 bit 0 PGA2_7 PGA2_6 PGA2_5 PGA2_4 PGA2_3 PGA2_2 PGA2_1 PGA2_0 Default Value PGA Control 2 Register Definition bit Register Name R/W Definition bit 0 bit 7 PGA2_0 PGA2_7 PGA2 Gain Set R/W PGA2 CVBS A B PGA1 PGA2 CVBS 0x00-88-