5 4 3 2 1 D D C C B B A A Title Size Document Number Rev Date: Sheet o f Version Document 20 DC0 B 1 6 Thursday, September 29, 2005 Zoran DVD Player Design---Vaddis 966 Project: DC0 Version: V20 Features: 1. Main: ZR36966 + 1x16Mb/1x64Mb SDRAM + 4/8/16Mb FLASH + 2Kb EEPROM (Default: 1x16Mb SDRAM + 8Mb FLASH, no EEPROM) 2. Full OPUs compatibility: DV342 /Mitsumi502W /S71 /KHM313A /HOP1250 /SPU3153 /DPD20428 /Arima (Default: Sanyo HD65) 3. Motor Driver: BA5954 4. Audio: - Internal and external ADC/DAC. (Default: Internal ADC and DAC) - 6ch/2ch audio output (Default: 6 channel) - Coax and optical SPDIF output - Karaoke input 5. Video Output: - CVBS / S-VIDEO / YPrPb(Shared with RGB, video switch added) 6. Standby function 7. Interface: USB, Memory Card, FTA, SCART. ZORAN Confidential Abbreviations: 1. NM means "Not Mount". 2. 0R = 0 ohm, 392R= 392 ohms. 3. FB means "ferrite bead". The value of FB such as "220Z" means the resistance =220 ohms @ 100MHz \(including DC and AC). 4. MP means "Mass Production". 5. R&D means "Research & Develop". Notes: 1. Assembly Note (See comments in every schematics page and Implementation/Implementation Option field of each component) 2. The Value of some components shown such as XXX [YYY]. "XXX" is default value, "YYY" is optional value. 3. High current type ferrite bead must be chosen in power supply circuit. 4. Need add "Implementaion" and "Implementation Option" fields when generates BOM. 5 4 3 2 1 D D C C B B A A RAMCKE RAMCAS- RAMDAT5 RAMDAT4 RAMADD8 RAMDAT15 RAMDAT9 RAMADD7 RAMDQM RAMADD4 RAMWE- RAMADD9 RAMADD0 RAMDAT7 RAMADD10 RAMADD1 RAMADD2 RAMDAT11 RAMDAT6 RAMDAT0 RAMCS0- RAMDQM RAMADD5 RAMADD6 RAMDAT10 RAMRAS- RAMBA RAMDAT1 RAMDAT13 RAMDAT2 RAMDAT12 RAMADD11 PCLK RAMADD3 RAMCS1- RAMDAT8 RAMDAT14 RAMDAT3 RAMBA RAMDQM RAMADD6 RAMADD5 PCLK RAMDAT11 RAMRAS- RAMDAT0 RAMCS0- RAMADD3 RAMDAT1 RAMDAT12 RAMDAT13 RAMDAT10 RAMDAT2 RAMDAT4 RAMCAS- RAMDAT14 RAMADD1 RAMDAT3 RAMDAT8 RAMDAT15 RAMDAT9 RAMADD7 RAMADD9 RAMDAT7 RAMWE- RAMADD10 RAMDAT5 RAMADD4 RAMADD0 RAMDQM RAMADD8 RAMADD2 RAMDAT6 SDRAM3.3V SDRAM3.3V SDRAM3.3V MEMADD15 MEMADD14 MEMADD13 MEMADD12 MEMADD11 MEMADD10 MEMADD9 MEMADD8 RESET# MEMADD18 MEMADD17 MEMADD7 MEMADD6 MEMADD5 MEMADD4 MEMADD3 MEMADD2 MEMADD1 MEMADD16 MEMDAT15 MEMDAT7 MEMDAT14 MEMDAT6 MEMDAT13 MEMDAT12 MEMDAT13 MEMADD12 MEMADD8 MEMADD19 MEMWR# MEMDAT4 MEMADD13 MEMDAT11 MEMADD18 MEMADD2 MEMADD17 DSPVCC33 MEMDAT14 MEMADD3 MEMDAT6 MEMDAT10 MEMADD1 MEMADD5 MEMDAT1 MEMDAT8 MEMDAT2 MEMDAT3 MEMADD11 MEMDAT5 GND MEMADD4 MEMADD6 MEMADD10 MEMADD0 MEMDAT7 MEMADD16 MEMDAT15 MEMDAT5 MEMADD9 MEMADD15 MEMDAT9 MEMADD7 MEMADD14 GND MEMRD# MEMCS1# MEMDAT0 MEMDAT12 MEMDAT4 MEMDAT11 MEMDAT3 MEMDAT10 MEMDAT2 MEMDAT9 MEMDAT1 MEMDAT8 MEMDAT0 MEMADD0 MEMWR# MEMRD# VDDPLL VDD1AFE OSCOUT OSCIN RAMCKE FOCUS_S TRACK_S SPDL_S SLED_S RF_C LD_DVD LD_CD SPDL_SENS- SPDL_SENS+ RF_F RF_A RF_B RF_D RF_E RF IRRCV DUPRD0 DUPTD0 FS2 FS1 I2C_CLK I2C_DAT MEMADD2 MEMADD1 DUPRD1 DUPTD1 DUPTD0 DUPRD0 APWM_SL- APWM_R- AOUT1 AOUT2 STBY AMCLK ALRCLK ABCLK I2C_CLK I2C_DAT D5V FPC_DOUT FPC_CLK AOUT0 IN_OUT_SW APWM_LFE+ DUPTD1 VDDPLL RAMDAT8 MEMWR# RF_F RAMADD5 APWM_SL- APWM_L- IRRCV DUPRD1 VDDDAC RAMDAT3 RAMDAT7 RAMBA RAMADD2 MIC_VOCAL RF_B APWM_CEN- FPC_CLK RAMDAT15 MEMADD4 MEMADD16 MEMDAT10 FOCUS_PWM MEMRD# CVBS_G_Y CVBS_C RAMDAT0 RAMDAT5 RAMDQM MEMADD7 MEMADD8 MEMCS1# MEMDAT6 C_B_U VOCAL_DET S/PDIF_OUT RAMDAT11 IPCLK MEMDAT13 VDD1AFE MEMCS0# Y_C_CVBS Y_R_V RESET# OSCOUT RAMDAT12 SPDL_SENS- RF_C DSPVCC33 VDDAFE APWM_SR+ FPC_DOUT RAMDAT1 MEMADD1 MEMADD5 MEMADD10 MD_CD SLED_PWM MEMDAT0 DRVSB RAMDAT10 RAMWE- MEMADD17 MEMADD9 MEMDAT2 MEMADD0 PCLK RAMADD9 RAMADD6 MEMDAT15 MEMDAT5 MEMADD19 USB_DP USB_DN RAMADD0 RF_D SPDL_SENS+ SPDL_PWM RAMADD4 RAMCKE APWM_SR- DUPTD0 OSCIN RAMDAT2 RAMDAT6 RAMRAS- RAMCS0- USB_DP MEMADD11 RESOUT MD_DVD MEMCS0# MEMDAT8 RESET# CD_DVD RAMCAS- USB_DN MEMADD2 MEMADD14 AIN HOMESW OPEN RAMDAT4 RAMADD10 RAMADD1 MEMADD13 MEMDAT7 MEMDAT12 VC MIC_ON APWM_LFE- MEMADD18 MEMDAT3 VDDAFE RF_E CARD_DET FCU_IRQ FCU_CS3# FCU_CS2# MEMDAT9 VDDDAC RAMADD3 APWM_SL+ APWM_L+ DUPRD0 RAMDAT14 RAMDAT13 RAMDAT9 MEMADD12 RF_A LD_DVD MEMDAT1 APWM_CEN+ IN_OUT_SW FPC_STB VDDDAC RAMCS1- RAMADD11 RAMADD7 MEMADD3 MEMADD15 RFN VDDAFE VDDPWM VDDPWM APWM_R+ CLOSE RAMADD8 MEMADD19 MEMADD6 MEMDAT14 MEMDAT4 MEMDAT11 RFP LD_CD VREF APWM_R- FPC_STB LED_CTL FCU_SCLK FCU_IRQ FCU_RST FCU_CS2# CARD_DET FCU_CS3# CARD_SEL MEMCS1# MEMCS0# FCU_RST FCU_WAIT# FCU_WAIT# FCU_WAIT# FCU_SCLK LED_CTL CARD_SEL RGB/YUV_SW I2C_DAT DSPVCC33 DUPTD1 FS3 INSW DUPRD1 MUTE_CTL DAC_RST# APWM_LFE- APWM_LFE+ APWM_SR- APWM_SR+ I2C_CLK VDD1AFE VDDAFE VDDPWM VDDPLL STBY I2C_DAT I2C_CLK FCU_CS2# FCU_RST FCU_CS3# FCU_WAIT# TRACK_PWM APWM_L- VDDAPWM DSPVCC33 DSPVCC33 DSPVCC33 DSPVCC18 DSPVCC33 SERVO33 DSPVCC33 DSPVCC18 DSPVCC33 DSPVCC33 DSPVCC33 DSPVCC33 DSPVCC18 DSPVCC33 DSPVCC33 DSPVCC33 D5V DSPVCC33 DSPVCC33 DSPVCC33 M5V M5V DSPVCC33 DSPVCC18 DSPVCC33 FPC_DOUT FPC_CLK FPC_STB C_B_U Y_R_V CVBS_C CVBS_G_Y Y_C_CVBS ABCLK ALRCLK AMCLK APWM_LFE+ APWM_LFE- FOCUS_S TRACK_S SPDL_S SLED_S MD_DVD MD_CD RF_F SPDL_SENS+ RF_E SPDL_SENS- RF_B RF_A RF_D RF_C VC LD_CD LD_DVD RF MIC_VOCAL FS3 FS2 FS1 I2C_CLK I2C_DAT AOUT1 AOUT2 STBY CD_DVD IRRCV AOUT0 AIN VOCAL_DET APWM_R+ APWM_L- APWM_SL- APWM_L+ APWM_SL+ APWM_R- APWM_CEN- MIC_ON DRVSB APWM_CEN+ APWM_SR- IN_OUT_SW OPEN APWM_SR+ S/PDIF_OUT HOMESW CLOSE RGB/YUV_SW INSW MUTE_CTL DAC_RST# Title Size Document Number Rev Date: Sheet of Vaddis, Flash, SDRAM 20 DC0 Custom 2 6 Thursday, September 29, 2005 Vaddis 9 SDRAM configuration: 1X16Mbit: CS0# = Low; 1X64Mbit: CS1# = Low; CS0#=BA1 SDRAM speed <=7ns Tras <=44.4ns Trp <=22.2ns Close to Pin37 of U104 R117 R118 Flash select Intel NM 0R AMD/SST 0R NM Flash speed <= 70 nS. If plan to use 90ns Flash, it needs to be verified by s/w. A19 NC NC RY/BY# BYTE# Use it to connect the shell of the crystal with ground. Close to Vaddis! Close to Vaddis! Close to Vaddis! Important power supply! MUX GPIOs JP101 JP102 BOOTSEL Play OPEN OPEN Download SW debug OPEN CLOSE CLOSE OPEN ICECLK ICETDO ICEDI ICETMS MUX GPIOs Expansion header 500mA for device Release: disconnect JP106, R121, JP104. FP available. ADP ICE debug: connect JP104, disconnect JP106 and R119, Remove the FP I/F cable; NMI function: Connect JP106, R121, Remove the FP I/F cable; UART ICE, NMI EEPROM RESET Crystal Expansion header Place de-coupling capacitors close to power pins. EMC usage Close to Vaddis Close to Vaddis ZORAN Confidential R106 and R103: 5954/5654: 27K 5888s: 43K or 51K Close to pin 105 CN103 SRAM I/F [NM] 1 3 5 7 9 11 13 15 17 19 21 23 25 27 29 31 33 35 37 39 2 4 6 8 10 12 14 16 18 20 22 24 26 28 30 32 34 36 38 42 40 41 R106 27K [43K] TPFE33 . 1 R148 0R [NM] MARK5 . 1 U104 SST39VF800 [39VF400/800/160] A15 1 A14 2 A13 3 A12 4 A11 5 A10 6 A9 7 A8 8 NC 9 A20 10 WE# 11 RP# 12 VPP 13 WP# 14 A19 15 A18 16 A17 17 A7 18 A6 19 A5 20 A4 21 A3 22 A2 23 A1 24 A16 48 VCCQ 47 GND 46 DQ15 45 DQ7 44 DQ14 43 DQ6 42 DQ13 41 DQ5 40 DQ12 39 DQ4 38 VCC 37 DQ11 36 DQ3 35 DQ10 34 DQ2 33 DQ9 32 DQ1 31 DQ8 30 DQ0 29 OE# 28 GND 27 CE# 26 A0 25 C125 10nF C150 NM [33pF] C158 NM [33pF] C129 10nF R114 0R [NM] C108 22pF R141 100R + EC116 220uF/16V C140 10nF C123 10nF R131 NM [33R] + EC118 100uF/16V R107 11K MARK6 . 1 TP101 . 1 TPVSY1 . 1 C167 NM [5pF] C104 1nF CN102 HYPER_TERMINAL I/F [NM] 1 2 3 4 + EC101 100uF/16V R149 NM R145 NM [0R] C155 NM [33pF] C144 10nF Y101 27.000MHz TPD332 . 1 C112 10nF R151 4.7R C147 NM [0.1uF] JP104 ADP ICE For ADP ICE [NM] 2 4 6 8 1 3 5 7 D101 BAT54S 2 3 1 C133 10nF R132 NM [33R] TPHSY1 . 1 PH1 . 1 C115 10nF TP181 . 1 TPD331 . 1 C117 10nF VPV2 . 1 C122 0.1uF R146 0R [NM] C126 10nF C156 NM [33pF] + EC146 47uF/16V R127 1K [NM] CN101 DOWN_LOAD_I/F [NM] 1 2 3 4 C139 10nF C124 10nF TPV1 . 1 R134 75R 1% L101 NM [2.7uH] FB103 MBW2012-221 R120 2K R117 0R C153 NM [33pF] C132 10nF R101 4.7K C119 10nF R104 392 Ohm 1% R122 1K [NM] C113 10nF C168 0.1uF R135 75R 1% CN104 2.0X4S [NM] 1 2 3 4 C151 NM [33pF] C105 1nF R105 15.4K 1% C136 10nF JP106 NM [Jumper] 1 2 D102 BAT54S 2 3 1 C154 NM [33pF] FB108 75Z + EC121 100uF/16V CN107 Expansion header [NM] 5V 1 I2C_DAT 2 I2C_CLK 3 GND 4 3.3V 5 1.8V 6 TS_START 7 TS_VALID 8 TS_D0 9 GND 10 TS_CLK 11 GND 12 NC 13 NC 14 NC 15 NC 16 + EC120 47uF/16V U101B ZR36966 HS 209 HS 210 HS 211 HS 212 HS 213 HS 214 HS 215 HS 216 HS 217 HS 218 HS 219 HS 220 HS 221 HS 222 HS 223 HS 224 HS 225 HS 226 HS 227 HS 228 HS 229 HS 230 HS 231 HS 232 HS 233 HS 234 HS 235 HS 236 HS 237 HS 238 HS 239 HS 240 HS 241 HS 242 HS 243 HS 244 HS 245 HS 246 HS 247 HS 248 HS 249 HS 250 HS 251 HS 252 HS 253 HS 254 HS 255 HS 256 HS 257 C163 1nF R136 75R 1% R108 220K JP101 BOOTSEL2 [NM] 1 2 C135 10nF FB105 MBW2012-221 R121 NM [1K] U101A ZR36966 VDDP 208 GPIO[9]/MEMDAT[9] 207 MEMDAT[1] 206 GPIO[8]/MEMDAT[8] 205 MEMDAT[0] 204 MEMRD# 203 MEMCS0# 202 MEMADD[0] 201 GPIO[63]/MEMCS2# 200 GPIO[62]/FCU_IORD# 199 GPIO[61]/FCU_IOWR# 198 GPIO[60]/FCU_SCLK 197 GPIO[59]/FCU_CS2# 196 GPIO[58]/FCU_CS3# 195 GPIO[57]/FCU_WAIT# 194 GPIO[56]/FCU_RST 193 IGPIO[55]/FCU_IRQ 192 GNDC 191 VDDC 190 IGPIO[54]/PWMCO[5] 189 GPIO[53]/PWMCO[4] 188 GPIO[52]/PWMCO[3] 187 GPIO[51]/PWMCO[2] 186 GNDPWM 185 GPIO[50]/PWMCO[1] 184 VDDPWM 183 GPIO[49]/PWMCO[0] 182 CD_MD 178 GNDREF 176 DVD_MD 179 VDDSAFE 177 VREF 174 RESOUT 175 VC 173 CD_LD 180 DVD_LD 181 B 161 GND1AFE 172 C 163 G 170 H 171 K 167 F 168 J 165 E 166 VDDAFE 162 VDD1AFE 159 A 160 GNDAFE 169 D 164 RFN 158 RFP 157 MEMDAT[2] 1 MEMDAT[10]/GPIO[0] 2 MEMDAT[3] 3 MEMDAT[11]/GPIO[1] 4 MEMDAT[4] 5 MEMDAT[12]/GPIO[2] 6 MEMDAT[5] 7 MEMDAT[13]/GPIO[3] 8 MEMDAT[6] 9 MEMDAT[14]/GPIO[4] 10 GNDC 11 MEMDAT[7] 12 MEMDAT[15] 13 VDDC 14 VDDP 15 MEMADD[16] 16 MEMCS1#/GPIO[5] 17 MEMADD[15] 18 MEMADD[14] 19 MEMADD[13] 20 MEMADD[12] 21 MEMADD[11] 22 MEMADD[10] 23 MEMADD[9] 24 MEMADD[8] 25 MEMWR# 26 MEMADD[18]/GPIO[6] 27 MEMADD[17] 28 MEMADD[7] 29 MEMADD[6] 30 GNDC 31 MEMADD[5] 32 MEMADD[4] 33 MEMADD[3] 34 VDDP 35 MEMADD[2] 36 MEMADD[1] 37 MEMADD[19]/IGPIO[7] 38 USBVDD 39 USBDP/GPO[67] 40 USBDN/GPO[68] 41 USBGND 42 RAMADD[6] 49 RAMADD[2] 48 RAMADD[1] 50 RAMADD[7] 51 RAMADD[0] 53 VDDC 52 RAMADD[8] 54 RAMADD[10] 55 GNDC 57 VDDP 56 RAMADD[9] 58 RAMADD[11]/GPO[64] 59 RAMBA 61 RAMCS0# 60 RAMCS1#/GPO[65] 62 RAMRAS# 63 VDDP 65 RAMCAS# 64 GNDC 66 RAMWE# 67 GNDPCLK 69 PCLK 70 VDDPCLK 71 RAMDAT[8] 72 RAMDQM 68 RAMDAT[7] 73 RAMDAT[9] 74 VDDP 76 RAMDAT[6] 75 GNDC 77 RAMDAT[10] 78 RAMDAT[11] 80 RAMDAT[5] 79 RAMDAT[4] 81 RAMDAT[12] 82 VDDP 84 RAMDAT[3] 83 GNDC 85 RAMDAT[13] 86 RAMDAT[14] 89 RAMDAT[2] 87 RAMDAT[1] 90 RAMDAT[15] 91 RAMDAT[0] 92 GNDDACBS2 156 RSET 155 DAC1 154 VDDDAC 153 DAC2 152 DAC3 151 VDDDAC 150 DAC4 149 GNDDAC_D 148 DAC5 147 XIN 146 XO 145 VDDPLL 144 GNDPLL 143 RESET# 142 GNDC 141 VDDC 140 GPIO[48]/DUPRD1 139 GPIO[47]/DUPTD1 138 GPIO[46]/DUPRD0 137 GPIO[45]/PWMCO[5]/DUPTD0 136 VDDP 135 IGPIO[44] 134 GPIO[43]/TDO 133 GPIO[42]/TCK 132 GPIO[41]/TDI/NMI 131 GPIO[40] 130 GPIO[39] 129 GPIO[38] 128 IGPIO[37]/TMS/NMI 127 GPIO[36] 126 GPIO[35] 125 GPIO[34]/RAMCKE/SPDIFIN 124 GPIO[33]/AIN/SPDIFIN 123 GPIO[32]/SPDIFO 122 GPIO[31]/ABCLK 121 GPIO[30]/ALRCLK 120 VDDP 119 GPIO[29]/AMCLK 118 GNDC 117 GPIO[28]/AOUT[0]/APWM0- 116 GPIO[27]/APWM0+ 115 GPIO[26]/AOUT[1]/APWM1- 114 GPIO[25]/APWM1+ 113 GPIO[24]/AOUT[2]/APWM2- 112 IGPIO[23]/APWM2+ 111 GNDAPWM 110 GPIO[22]/AOUT[3]/APWM3- 109 GPIO[21]/APWM3+ 108 GPIO[20]/APWM4- 107 GPIO[19]/PWMCO[5]/APWM4+ 106 VDDAPWM 105 RAMADD[3] 44 RAMADD[5] 45 VDDIP 46 GNDC 47 VDDC 88 VDDP 93 RAMDQM2/RAMCKE/GPO[66] 94 GNDC 95 RAMCKE/SDI_PSC/GPIO[10] 96 GPAIO/IGPIO[11] 97 APWM7+/GPIO[12] 98 APWM7-/GPIO[13] 99 APWM6+/GPIO[14] 100 APWM6-/GPIO[15] 101 APWM5+/GPIO[16] 102 APWM5-/GPIO[17] 103 AIN/SPDIFIN/IO[18] 104 RAMADD[4] 43 C148 10nF C162 NM [33pF] FB107 75Z C103 27nF R115 75R FB102 MBW2012-221 U105 NM [24LC02 ] A0 1 A1 2 A2 3 GND 4 VCC 8 WP 7 SCL 6 SDA 5 C101 NM [22pF] C143 10nF C165 33pF JP105 RESET BUTTON [Jumper] 1 2 C131 10nF R137 75R 1% C159 NM [33pF] R142 56R R109 75R U102 16Mbit: K4S161622C-TC/L70 VDD 1 DQ0 2 DQ1 3 VSSQ 4 DQ2 5 DQ3 6 VDDQ 7 DQ4 8 DQ5 9 VSSQ 10 DQ6 11 DQ7 12 VDDQ 13 LDQM 14 WE 15 CAS 16 RAS 17 CS 18 BA 19 A10/AP 20 A0 21 A1 22 A2 23 A3 24 VDD 25 VSS 50 DQ15 49 DQ14 48 VSSQ 47 DQ13 46 DQ12 45 VDDQ 44 DQ11 43 DQ10 42 VSSQ 41 DQ9 40 DQ8 39 VDDQ 38 NC 37 UDQM 36 CLK 35 CKE 34 NC 33 A9 32 A8 31 A7 30 A6 29 A5 28 A4 27 VSS 26 JP102 BOOTSEL1 [NM] 1 2 C164 1nF C138 10nF TPV4 . 1 TP182 . 1 C128 10nF R112 10K [NM] FB109 FBR C110 1nF C152 NM [33pF] FB106 75Z R144 15K [NM] R103 27K [51K] C141 10nF C127 10nF R138 75R 1% R118 NM C160 NM [33pF] TPPL33 . 1 C109 22pF C102 27nF CN108 Expansion header [NM] 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 TPV5 . 1 + EC106 22uF/16V C137 10nF R147 NM [0R] FB101 MBW2012-221 TP1E33 . 1 R143 15K [NM] R116 10R [NM] C142 10nF + EC145 47uF/16V R113 10K [NM] FB104 MBW2012-221 C114 10nF R119 2K C157 NM [33pF] C130 10nF C166 10nF C107 NM [220pF] TPWM33 . 1 R140 100R U103 NM [64Mbit:K4S641632H-UC70] VDD 1 DQ0 2 VDDQ 3 DQ1 4 DQ2 5 VSSQ 6 DQ3 7 DQ4 8 VDDQ 9 DQ5 10 DQ6 11 VSSQ 12 DQ7 13 VDD 14 DQML 15 WE# 16 CAS# 17 RAS# 18 CS# 19 BA0 20 BA1 21 A10 22 A0 23 A1 24 A2 25 A3 26 VDD 27 VSS 28 A4 29 A5 30 A6 31 A7 32 A8 33 A9 34 A11 35 NC 36 CKE 37 CLK 38 DQMH 39 NC 40 VSS 41 DQ8 42 VDDQ 43 DQ9 44 DQ10 45 VSSQ 46 DQ11 47 DQ12 48 VDDQ 49 DQ13 50 DQ14 51 VSSQ 52 DQ15 53 VSS 54 C134 10nF R110 4.7K R130 NM [33R] + EC111 100uF/16V R102 18K 5 5 4 4 3 3 2 2 1 1 D D C C B B A A VR_CD VR_DVD 3V3_DRV 3V3_FB 1V8_DRV 1V8_FB OPU5V VC1 TACT+ TACT- FACT+ CDLD DVDLD FACT- RF RF_B RF_D RF_F RF_A RF_C RF_E VC1 VR_DVD VR_CD MD_CD OPU_HFM CD_DVD DVDLD CD LD TACT+ TACT- FACT+ FACT- DVDLD CDLD OPU_HFM OPU5V MD_DVD VR_CD VR_DVD IN_OUT_SW HOMESW SL_MOT- SL_MOT+ FOCUS_S SLED_S TRACK_S SPDL_S OPEN CLOSE DRVSB 3V3_FB 3V3_DRV 1V8_DRV 1V8_FB SP_M- LOAD- LOAD+ FACT- TACT+ TACT- SL_MOT- FACT+ SL_MOT+ VC2 VC2 SP_M- SPDL_SENS+ SP_MOT- LOAD- LOAD+ INSW HOMESW LOAD- LOAD+ CLOSE OPEN SP_MOT- TACT+ TACT- 1V8_FB 3V3_DRV 1V8_DRV LOAD+ SLED_S CLOSE FACT+ OPEN 3V3_FB VC2 SL_MOT+ SL_MOT- SP_M- LOAD- SPDL_S TRACK_S FACT- SL_MOT- SL_MOT+ SP_MOT- HOMESW FOCUS_S SPDL_SENS- SP_MOT+ SP_MOT+ SP_MOT+ SP_MOT- SPDL_SENS+ SPDL_SENS- CD_DVD DSPVCC18 DSPVCC33 RFA5V DSPVCC33 DSPVCC33 M5V RFA5V DSPVCC33 DSPVCC33 M5V STBY5V STBY5V M5V M5V DSPVCC18 DSPVCC33 DSPVCC33 DSPVCC18 RF_A RF_B RF_C RF_D RF RF_F RF_E LD_DVD LD_CD VC CD_DVD MD_CD MD_DVD IN_OUT_SW HOMESW FOCUS_S SLED_S TRACK_S SPDL_S CLOSE OPEN DRVSB SPDL_SENS+ SPDL_SENS- INSW CLOSE OPEN DRVSB Title Size Document Number R ev Date: Sheet o f Front End & Regulator 20 DC0 Custom 4 6 Thursday, September 29, 2005 3 C Close to CN201 Only for DPD20428/SPU3153/HOP1250 OPUs Choose the value in "[ ]" when using Hitachi/Sankyo/Aatech OPU CN201 is used for Sanyo/Samsung/Sony OPUs 2.1V 1 B 2 E S8050/S8550 Q210, Q211 must be genuine 8550, such as PHILIPS PSS8550D, Jiangsu Changdian S8550. Q210, 211 must have enough large pads for thermal spreading EMC PDIC Control: DVD=LOW CD=HIGH HOMESW GND SLED+ SP- LOAD- SP+ SLED- GND LOAD+ INSW OUTSW ZORAN Confidential Close to motor driver. OPU 313A HD62 502W R294: 100R 0R 91R R295: 100R 0R 91R 1.25V 1.25V BEMF Tray driver circuit Value in [ ] is for AM5888s Value in [ ] is for AM5888s Value in [ ] is for AM5888s Value in [ ] is for AM5888s HOMESW GND SLED+ SP- SP+ SLED- For 5954 For 5888 Open Load+ H H Current Type Voltage Type [0.9, 3.3] 1.4 3.4 R256 1K (value) is for AM5888s U202 AT5654 [BA5954/AM5888s] VINFC 1 CFCERR1(TRB_1) 2 CFCERR2(REGO2) 3 VINSL+ 4 VINSL-(REGO1) 5 VOSL(FWD) 6 VNFFC(REV) 7 VCC 8 PVCC1(LOAD-) 9 PGND(LOAD+) 10 VOSL-(VOSL+) 11 VOSL+(VOSL-) 12 VOFC- 13 VOFC+ 14 STBY 28 BIAS 27 VINTK 26 CTKERR1(TRB_2) 25 CTKERR2(NC) 24 VINLD 23 PREGND 22 PVCC2 21 VNFTK(NC) 20 PGND(VCC2) 19 VOLD- 18 VOLD+ 17 VOTK- 16 VOTK+ 15 GND 29 GND1 30 CN205 6P 2.0: SLED & SPINDLE Con 1 2 3 4 5 6 R245 2K C204 0.1uF C213 NM [1nF] + EC202 47uF/10V [NM] R227 0R [NM] C223 22nF[NM] R240 NM [0R] R260 NM [0R] D206 NM [LL4148] 1 2 R278 33K R217 33R CN202 NM [24Pin OPU connector] [NM] TR+ 2 FO- 3 FO+ 4 MD(DVD) 5 VCC/NC 6 VR(DVD) 7 GND(DVD) 8 LD(DVD) 9 LD(CD) 10 VR(CD) 11 GND(CD) 12 MD(CD) 13 NC/SEL 14 V-RF 15 V-C 16 V-B 17 V-A 18 V-D 19 V-F 20 V-E 21 Vcc 22 Vs 23 GND 24 TR- 1 R207 NM [220R] C207 1nF R269 220R [NM] D207 NM [LL4148] 1 2 C214 NM [1nF] C245 0.1uF R270 NM [91R] R261 NM [0R] R226 0R [NM] C220 100pF [NM] C208 1nF Q208 S8050 [NM] 1 2 3 CN203 6P 2.0: SLED & SPINDLE Con 1 2 3 4 5 6 R242 NM [0R] C212 1nF R238 NM [1K 1%] Q204 BT2907 1 2 3 + EC204 220uF/10V + EC228 47uF/16V D204 BAT54C 2 3 1 C281 NM [1nF] D208 NM [LL4148] 1 2 R265 1K 1% R234 4.7R 2W [NM] R258 NM [0R] C219 100pF [NM] R235 1R [0R] R264 1K 1% C203 0.1uF R249 1R [NM] R280 0R C205 NM [470pF] R284 NM [0R] R218 NM [1.2K 1%] R283 NM [91R] R255 47K [NM] C246 0.1uF CN201 24Pin OPU connector GND-LD 24 DVD-LD 23 NC 22 HFM 21 MD 20 CD-LD 19 VR-DVD 18 VR-CD 17 NC 16 E 15 VCC 14 VC(VREF) 13 GND/PD 12 F 11 B 10 A 9 RF 8 CD/DVD_SW 7 D 6 C 5 T- 4 T+ 3 F+ 2 F- 1 GND 25 GND 26 Q209 S8050 [NM] 1 2 3 R286 4.7K [NM] CN204 5p 2.0: TRAY_Con 1 2 3 4 5 R205 NM [3.3K] R204 3.3K R257 0R [NM] R271 0R R295 100R R228 10K [NM] U203 B1117-3.3 [NM] ADJ/GND 1 OUT2 2 IN 3 C242 0.1uF Q205 BT2907 1 2 3 R209 0R [NM] R236 4.7K + EC209 47uF/16V R225 1R [NM] R221 1R R224 1R Q207 S8550 [NM] 1 2 3 R262 220R [NM] L201 10uH R233 NM [0R] R246 10K [NM] R267 1R [0R] R281 1R + EC229 47uF/16V R219 NM [2K 1%] R210 0R [NM] R294 100R C216 NM [470pF] R206 NM [3.3K] Q210 NM [PSS8550] 1 2 3 D201 NM [1N4001] 1 2 Q211 NM [PSS8550] 1 2 3 R248 220R [NM] R231 0R [NM] R202 0R [300R] R254 4.7K U205 B1117-1.8 [NM] ADJ/GND 1 OUT2 2 IN 3 Q206 S8550 [NM] 1 2 3 R298 2K R220 NM [430R 1%] R232 NM [0R] R285 0R [NM] R200 NM [4.7R 1W] + EC201 100uF/16V R259 0R [NM] + EC276 NM [220uF/10V] C217 NM [100pF] R293 NM [0R] R229 0R [NM] R247 220R [NM] C218 0.1uF [NM] R230 6.8K[NM] R223 220R D205 NM [LL4148] 1 2 R268 NM [0R] R222 220R 5 4 3 2 1 D D C C B B A A -12VA -12VB +12VB -12VC +12VC MUTE A-LFE A-CENT MUTE +12VC MUTE -12VC MUTE +12VB MUTE -12VB A-LREAR A-RMAIN A-LMAIN A-RREAR +12VA -12VA +12VA MUTE_BIAS1 MIC_IN MUTE MUTE LMAIN-OUT RMAIN-OUT AUDIO_MIX_L A5V A-LMAIN ABCLK ALRCLK AMCLK DAC_RST# AOUT0 ABCLK ALRCLK AMCLK A-RMAIN AIN AMUTE A-LMAIN AMUTE A-LREAR A-RREAR A-CENT AMUTE AOUT0 AOUT1 AOUT2 ABCLK ALRCLK AMCLK DAC_RST# I2C_CLK I2C_DAT A-LFE A-RMAIN MUTE_CTL AMUTE AUDIO_MIX_R SCART_L SCART_R MIC MIC MIC LRIN LRIN MIC_VOCAL D5V +12V -12V +12V -12V -12V DSPVCC33 +12V -12V D5V A5V DSPVCC33 DSPVCC33 DSPVCC33 A5V A5V DSPVCC33 DSPVCC33 DSPVCC33 SR-OUT SL-OUT APWM_L- APWM_L+ CEN-OUT MUTE_CTL APWM_SR- APWM_SR+ APWM_SL- APWM_SL+ APWM_CEN- APWM_CEN+ APWM_LFE- APWM_LFE+ APWM_R- APWM_R+ LFE-OUT MIC_IN MIC_ON LMAIN-OUT RMAIN-OUT AIN ALRCLK ABCLK AMCLK AOUT2 AOUT1 AOUT0 DAC_RST# I2C_CLK I2C_DAT SCART_L SCART_R MIC_VOCAL Title Size Document Number Rev Date: Sheet of Back End 20 DC0 Custom 4 6 Thursday, September 29, 2005 ADC circuit for Karaoke DAC configuration: 2 channel: CS4344/5/6, AOUT0; 6 channel: CS4360 AOUT0,1,2 ; Max. amplitude of Mic_Audio signal is 4Vrms Audio format: controlled by SW (I2C); M1=0, M2=0: 4 to 50K fs; W/ de-emphasis; Output: 1.17Vrms (when VA=5V) I2C address: 001000(0)(R/W) Package: TSSOP28 AMUTE or MUTE_CTL: Hi: Mute. Audio format: CS4344: I2S format. CS4345: Left justified; CS4346: Right justified; Output: 1.17Vrms (when VA=5V) Package: TSSOP10 Full scale input: 0.65Vrms (when VA=3.3V) M0=1, M1=1: clock slave; Package: TSSOP16. ZORAN Confidential Value in [] is for external DAC. Value in [] is for 2/6 channel external DAC. Value in [] is for external ADC. The R432 and R433 can be adjusted according the input voltage. R434 39K [0R] R331 [NM] [20K] R308 4.7K R3162 118K 1% [NM] R386 118K 1% [NM] R302 118K 1% [0R] R369 4.75K 1% [0R] R321 [NM] [20K] Q321 BT3904 1 2 3 R452 1.6K [NM] R3831 118K 1% [NM] + EC407 NM [47uF/16V] R314 2K C371 180pF 10% [1nF] R3171 118K 1% [NM] + EC324 47uF/25V R356 4.75K 1% [NM] C409 NM [0.1uF] R3021 118K 1% [NM] R347 4.75K 1% [NM] C322 33pF 5% [150pF] + EC414 NM [1uF/16V] R375 2K C354 0.1uF Q304 BT3906 1 2 3 R443 18K [0R] C326 33pF 5% [NM] C335 200pF 10% [NM] R316 118K 1% [NM] C356 33pF 5% [NM] C325 200pF 10% [NM] R355 2K C311 NM [0.1uF] R380 4.75K 1% [0R] R431 4.7K R459 3.3K C362 33pF 5% [150pF] R367 4.75K 1% [NM] D301 LL4148 1 2 R435 1K [1K] R359 4.75K 1% [0R] R3072 118K 1% [NM] C301 NM [0.1uF] R445 NM [33R] R376 4.75K 1% [NM] R441 2K C366 33pF 5% [NM] R336 33R C417 NM [0.1uF] R385 118K 1% [0R] R315 118K 1% [0R] U308 NM [CS5340] M0 1 MCLK 2 VL 3 SDOUT 4 GND 5 VD 6 SCLK 7 LRCK 8 /RST 9 AINL 10 VQ 11 AINR 12 VA 13 REF_GND 14 FILT+ 15 M1 16 R460 3.3K R378 4.75K 1% [0R] R3851 118K 1% [NM] R348 4.75K 1% [0R] + - U304B LM4558 5 6 7 8 4 R436 100K EC370 NM [22uF/16V] 1 2 + EC312 47uF/25V C400 0.1uF + EC310 NM [47uF/16V] C415 NM [0.1uF] C404 NM [0.1uF] R310 118K 1% [NM] R370 4.75K 1% [10K] R338 4.75K 1% [NM] R323 [NM] [20K] C365 200pF 10% [NM] R345 2K Q323 BT3906 1 2 3 R333 4.75K 1% [3.3K] R364 2.4K [1K] + EC302 NM [47uF/16V] R3101 118K 1% [NM] C401 100pF R322 33R R442 1K D302 LL4148 1 2 R3172 118K 1% [NM] D304 LL4148 1 2 + - U305A LM4558 3 2 1 8 4 R357 4.75K 1% [NM] R311 10K R373 4.75K 1% [3.3K] R3151 118K 1% [NM] C351 180pF 10% [1nF] R437 100K R381 118K 1% [0R] R3032 118K 1% [NM] R332 [NM] [20K] R350 4.75K 1% [10K] C403 0.1uF C363 0.1uF R346 4.75K 1% [NM] R455 1.6K [NM] EC330 NM [22uF/16V] 1 2 R341 [NM] [20K] R3861 118K 1% [NM] R329 4.75K 1% [0R] R456 0R C355 200pF 10% [NM] R344 2.4K [1K] Q322 BT3904 1 2 3 C410 NM [0.1uF] R305 33R R360 4.75K 1% [10K] R343 4.75K 1% [3.3K] R461 NM [0R] + EC309 NM [47uF/16V] R444 NM [10K] R3811 118K 1% [NM] C352 33pF 5% [150pF] R390 100K R328 4.75K 1% [NM] R451 NM [NM] R450 1.6K [NM] R313 47K C334 0.1uF R383 118K 1% [NM] R427 1K + - U301B LM4558 5 6 7 8 4 R318 3.3K C375 200pF 10% [NM] R429 1K [1K] C399 100pF R446 NM [33R] R3832 118K 1% [NM] + EC313 47uF/25V C411 NM [0.1uF] R448 NM [4.7K] R362 [NM] [20K] C331 180pF 10% [1nF] R454 1.6K [NM] C336 33pF 5% [NM] R319 33R C412 NM [1uF] R439 2K C372 33pF 5% [150pF] C361 180pF 10% [1nF] + EC316 47uF/25V + EC306 NM [47uF/16V] R324 4.75K 1% [3.3K] R379 4.75K 1% [0R] R312 100K + - U304A LM4558 3 2 1 8 4 R433 3.3K R3071 118K 1% [NM] R339 4.75K 1% [0R] R340 4.75K 1% [10K] R351 [NM] [20K] Q320 BT3904 1 2 3 C376 33pF 5% [NM] R371 [NM] [20K] R372 [NM] [20K] EC360 NM [22uF/16V] 1 2 R3152 118K 1% [NM] C332 33pF 5% [150pF] R317 118K 1% [0R] R361 [NM] [20K] R3862 118K 1% [NM] EC319 47uF/25V R440 18K [0R] R301 118K 1% [NM] R352 [NM] [20K] Q316 BT3904 1 2 3 + - U309B LM4558 5 6 7 8 4 R447 NM [4.7K] C406 NM [1uF] R307 118K 1% [0R] R3852 118K 1% [NM] R432 13K CS4344/5/6 U306 [CS4344/5/6] NM SDIN 1 SCLK 2 LRCK 3 MCLK 4 VQ 5 FILT+ 6 AOUTL 7 GND 8 AOUTR 10 VA 9 FB301 [MBW2012-221] NM EC340 NM [22uF/16V] 1 2 R3812 118K 1% [NM] R449 NM [22R] R457 0R R368 4.75K 1% [0R] R438 39K [0R] R327 4.75K 1% [NM] R3011 118K 1% [NM] R3161 118K 1% [NM] R306 33R C345 200pF 10% [NM] R320 4.75K 1% [10K] R349 4.75K 1% [0R] Q303 BT3904 1 2 3 R430 4.7K R3031 118K 1% [NM] C343 0.1uF R382 33R + EC405 NM [100uF/16V] C408 NM [1uF] R303 118K 1% [NM] C321 180pF 10% [1nF] R330 4.75K 1% [10K] C307 NM [0.1uF] EC318 220uF/10V EC350 NM [22uF/16V] 1 2 C341 180pF 10% [1nF] R374 2.4K [1K] C374 0.1uF R3012 118K 1% [NM] + EC314 47uF/25V D303 LL4148 1 2 C416 NM [0.1uF] Q314 BT3904 1 2 3 + - U309A LM4558 3 2 1 8 4 C308 NM [0.1uF] C413 NM [0.1uF] R384 4.75K 1% [0R] R353 4.75K 1% [3.3K] C323 0.1uF Q317 BT3904 1 2 3 R391 100K R366 4.75K 1% [NM] + - U301A LM4558 3 2 1 8 4 Q315 BT3904 1 2 3 R358 4.75K 1% [0R] R425 4.7K C342 33pF 5% [150pF] + EC402 10uF/16V R363 4.75K 1% [3.3K] R354 2.4K [1K] + EC315 47uF/25V C346 33pF 5% [NM] R337 4.75K 1% [NM] C419 NM [0.1uF] EC320 NM [22uF/16V] 1 2 R377 4.75K 1% [NM] R3022 118K 1% [NM] + EC317 10uF/16V R3102 118K 1% [NM] R453 NM [NM] R365 2K U307 NM CS4360 VLS 1 SDIN1 2 SDIN2 3 SDIN3 4 SCLK 5 LRCLK 6 MCLK 7 VD 8 GND 9 RST# 10 SCL 11 SDA 12 M1/AD0 13 VLC 14 M2 15 FILT+ 16 VQ 17 MUTEC3 18 AOUTB3 19 AOUTA3 20 GND 21 VA 22 AOUTB2 23 AOUTA2 24 MUTEC2 25 AOUTB1 26 AOUTA1 27 MUTEC1 28 + EC418 NM [1uF/16V] + - U305B LM4558 5 6 7 8 4 R342 [NM] [20K] Q305 BT3906 1 2 3 5 4 3 2 1 D D C C B B A A Y-R-V_OUT CVBS_OUT C-B-U_OUT Y-C-CVBS_OUT CVBS_OUT SCART_SWITCH U_OUT Y_OUT V_OUT CVBS_OUT AUDIO/TV/16:9 CVBS_G_Y Y-R-V_OUT CVBS_C Y_R_V G_OUT B_OUT R_OUT SCART_L SCART_R SCART_SWITCH AUDIO/TV/16:9 C_B_U C-B-U_OUT G-Y_OUT COAX_SPDIF ESD2V Y-C-CVBS_OUT S/PDIF_OUT RGB/YUV_SW Y_OUT G_OUT G-Y_OUT U_OUT B_OUT C-B-U_OUT Y-R-V_OUT V_OUT R_OUT CVBS_OUT COAX_SPDIF OPTICAL_SPDIF OPTICAL_SPDIF Y-C-CVBS_OUT CVBS_OUT STBY5V D5V DSPVCC18 D5V +12V -12V RFA5V M5V +12V DSPVCC33 STBY5V +12V -12V DSPVCC33 D5V D5V ESD2V D5V D5V SERVO33 VOCAL_DET MIC_IN C_B_U FPC_DOUT CEN-OUT CVBS_C FS1 FPC_CLK FPC_STB IRRCV Y_R_V CVBS_G_Y RMAIN-OUT LMAIN-OUT SR-OUT SL-OUT LFE-OUT S/PDIF_OUT Y_C_CVBS STBY FS3 FS2 RGB/YUV_SW SCART_L SCART_R Title Size Document Number Rev Date: Sheet o f DC0 5 6 Thursday, September 29, 2005 20 Power, AV Output +12V: +12V(+-10%) -12V: -12V(+-10%) +5V: +5V(+-2.5%) +3.3V: +3.3V(+-2.5%) FS1: H=RGB L=CVBS RGB Status Video Status PWR-CTRL Close to CN502 FS2 FS3 00 01 10 4:3 SCART CFG TV 16:9 SCART config circuit Close to Q505 -12 +12 D5V GND M5V STB5V STBY GND GND IR ST5V STB CLK DAT Power supply board should cut off D5V, M5V, +12V & -12V when STBY = LOW In case of enable 5th video DAC, Vaddis can output S-VIDEO and YUV signals at same time. RGB/YUV Switch IN Dir H R,G,B L Y,U,V ZORAN Confidential Note: R505 = 0R when using AM5888 LDO controller Close to Regulator + EC530 47uF/16V U503 PI5V330W [NM] IN 1 S1A 2 S2A 3 DA 4 S1B 5 S2B 6 DB 7 GND 8 DC 9 S2C 10 S1C 11 DD 12 S2D 13 S1D 14 /EN 15 VCC 16 JR502 AUDIO 6CH 1 2 3 6 4 5 7 8 9 11 10 Q503 BT3904 [NM] 1 2 3 Q501 BT3904 [NM] 1 2 3 C526 11pF C544 220pF C538 100pF FB506 MBW2012-221 L501 1.1uH C557 10nF CN501 SCART Port [NM] 1 2 3 4 5 6 7 8 9 10 11 FB510 MBW2012-221 R504 2.2K C511 150pF MARK1 . 1 R510 1K [NM] R524 NM [0R] C548 NM [100pF] + EC504 100uF/16V R545 NM C524 11pF R523 0R D502 BAT54S 2 3 1 + EC503 100uF/16V R530 39R C523 160pF + EC505 220uF/10V H4 H4 1 1 2 2 3 3 4 4 5 5 6 6 7 7 8 8 9 9 CN502 MIC_PORT 1 2 3 4 5 6 7 C513 150pF C519 1nF FB509 220Z C534 NM [1nF] C539 100pF C516 150pF FB507 MBW2012-221 C521 160pF H1 H1 1 1 2 2 3 3 4 4 5 5 6 6 7 7 8 8 9 9 C546 0.1uF C556 10nF D503 BAT54S 2 3 1 D505 BAT54S 2 3 1 H3 H3 1 1 2 2 3 3 4 4 5 5 6 6 7 7 8 8 9 9 C528 0.1uF C501 1nF C518 160pF FB513 220Z C549 NM [100pF] FB501 MBW2012-221 L503 1.1uH R505 0R H2 H2 1 1 2 2 3 3 4 4 5 5 6 6 7 7 8 8 9 9 FB503 MBW2012-221 JR503 SPDIF OUT 1 2 3 4 5 6 7 8 9 L504 1.1uH C554 10nF D501 BAT54S 2 3 1 Q502 BT3904 [NM] 1 2 3 C536 100pF Q505 BT3904 1 2 3 MARK3 . 1 R513 2K [NM] C558 0.1uF R516 1K [NM] C559 0.1uF C540 100pF R507 0R R515 3.9K FB511 MBW2012-221 JR501 AV-4-405A 1 2 3 6 4 5 7 8 CN504 POWER 1 2 3 4 5 6 7 8 + EC529 220uF/10V D504 BAT54S 2 3 1 C520 11pF C515 150pF C550 NM [100pF] FB508 MBW2012-221 MARK4 . 1 C522 11pF CN503 VFD_PORT 1 2 3 4 5 6 R529 56R R548 NM C510 22pF FB505 MBW2012-221 JR504 SVIDEO&CVBS 1 2 3 4 6 5 7 8 9 10 C553 10nF FB504 MBW2012-221 L505 1.1uH FB514 220Z R521 0R C509 0.1uF C527 160pF C525 160pF R546 62R C545 1nF C555 10nF R533 220R MARK2 . 1 FB502 MBW2012-221 R517 10K R547 0R C543 1nF R549 0R C537 100pF R522 NM [0R] FB512 220Z + EC508 220uF/10V R509 2K [NM] R502 10K C552 10nF R532 330R C514 150pF R501 10K R544 62R R514 150R [NM] C542 220pF C547 NM [100pF] L502 1.1uH C517 11pF C541 100pF C535 100pF R503 10K C530 0.1uF 5 4 3 2 1 D D C C B B A A Title Size Document Number Rev Date: Sheet o f ECO 20 DC0 C 6 6 Thursday, September 29, 2005 ZORAN Confidential ECO V20 vs. V10: 1). Connect the R103 to V966 pin 184 and connect R107 to V966 pin 186; (2005-08-19) 2). Separation the IN_SW and OUT_SW: R284--NM, R285--0R, R286--10K. (2005-08-22) 3). Enable DAC5 = CVBS-SCART: (2005-09-06) Rename the net Y_C to net Y_C_CVBS Rename the net Y/C_OUT to Y-C-CVBS_OUT. Change the connection of SCART CVBS from DAC3 and DAC5. (default DAC5). 4). Remove the option for PDIC selection: (2005-09-07) Remove Q212, Q213, Q201, R208, R207, R205. Short R292 5). Remove the Extenal OP BEMF option: (2005-09-07) Remove U204A, R276, R297, R296 Short R244, R299. (Remove them and short their pads). 6). Remove Diode type BEMF option: (2005-09-07) Remove R273, R274, R272, R275, R277, C277, C280, D203. 7). Change the internal OP current detection type BEMF: (2005-09-07) Remove R243, R279; Add D204=BAT54C connecting SPDL_SEN and 3.3V. 8). Add the vlotage detection type BEMF as option. (2005-09-08) Add D205, D206, D207, D208, R205, R206, R207 9). Delete the MD net from HD62 series OPU. (2005-09-08) Delete the MD net; Delete the C202 for EMC. 10). Change the value of R254, R236, R286 from 10K to 4.7K to enhance the pull-up. (2005-09-08) 11). Change the value of C207 and C208 from 0.1uF to 1nF to improve the protection ability for Laser. (2005-09-08) 12). Add R149 pull down to GND for Reset as option. (2005-09-08) 13). DAC and ADC reset signal change: (2005-09-13) Remove the TPV3 and R139 Define pin101(GPIO15) as DAC_RST# net. 14). Swap the C and B of Q314, Q315, Q316, Q317, Q321, Q322. (2005-09-14) 15). Karaoke input offset adjustment (need 1.65V). (2005-09-15). Change the value of R428, R432 from 10K to 0R; Add the pull up resistor R458, R459 = 3.3K to 3.3V. 16). Chagne the Karaoke: (2005-09-16) Remove the R428 and R426; Connect pin10 and pin12 of U308(CS5340). Change the EC402 after the voltage divider. Connect R432(Divider) to MIC_IN directly. Connect MIC_Vocal(to Vaddis) after the EC402. Add 1.65V offset for MIC_Vocal. Change the R438 and R434 from 10K to 39K, R443 and R440 from 10K to 18K, R427 and R442 from 15K to 1K, R429 and R435 from 2.4K to 1K, R451 and R453 to NM. Swap the C, E of Q320. 17). Change the value of R107 from 15K to 11K increasing the SPINDLE gain. (2005-09-23). 18). Add RC filter for VDDAPWM (pin 105)---R151=4.7R, EC101=100uF/16F. (2005-09-28)