Sony Tft Monitor Sdm N80 Chassis Slm1 Service Manual
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SDM-N80 (E) 1-9 6Screw (+BTP 3X6) 2Four screws (+BTP 3X6) 8Switching regulator 5Screw (+BTP 3X6) 7Three screws (+BTP 3X6) 4Q board 3Wire holder 1Shield (L) CN1 CN960GND 1-9. Q BOARD, SWITCHING REGULATOR REMOVAL
SDM-N80 (E) 2-1 SECTION 2 ADJUSTMENTS Computer for jig Audio input to USB upstream to INPUT 1 to INPUT 2USB checker Analog signal generator (VG-819, etc) Digital signal generator (VG-828, etc) USB mouse •Adjustment conditions (1) impressed voltage:10%UP than rating voltage (2) time: 30 minutes or more (3) temperature: 25 ± 3˚C (4) Brightness: Aging mode •Adjustment of preset mode Check the screen in the following five modes of the preset frequencies. < Signal mode > 1. MODE 0 (640x480 60Hz) 2. MODE 11 (800x600 85Hz) 3. MODE 18 (1024x768 85Hz) 4. MODE 29 (1280x1024 60Hz) 5. MODE 40 (1600x1200 60Hz) 1. Generate the crosshatch signal. 2. Observing the ends, check that both ends can be seen or a white line at the end is not far away from the edge of display area. Note: Deviation up to 2 dots is allowable. OK if either left or right side satisfies the above specification.Connect the personal computer, monitor, and signal generator as shown below, and control the monitor. •Adjustment of white balance (Analog input 1) [Measuring instrument position] H/ L side: C/ O side:H Center V Center V CenterH Center
SDM-N80 (E) 2-2 1. Adjustment of 9300K (1) Receive MODE 29 (1280x1024 60Hz) 80IRE with the input 1. Set SOURCEID1=00h. (2) Set R_USER_DRV=235. Set R_USER_BKG=132. (3) Make adjustment with G/B_USER_DRV to set the chromaticity within the specification. x adjustment ..... Make adjustment with B_USER_DRV. (The value y also changes.) B_USER_DRV UP Values x and y decrease. B_USER_DRV DOWN Values x and y increase. y adjustment ..... Make adjustment with G_USER_DRV. G_USER_DRV UP Value y increases. G_USER_DRV DOWN Value y decreases. Spec: 9300K (x, y) = (0.285, 0.298) Within 3JND at 80IRE 9300K (x, y) = (0.277, 0.287) Within 4JND at 20IRE Note: Make adjustment up to ± 0.002. (4) Make the signal 20IRE all white to check that it is within the specification. (5) Input a gray scale to check the picture quality. (5) (4) If out of specification, adjust the B/G_USER_BKG so as to satisfy the specification. (6) Input a gray scale to check the picture quality. 2. Adjustment of 6500K (1) Receive MODE 29 (1280x1024 60Hz) 80IRE with the input 1. Set SOURCEID1=01h. (2) Set R_USER_DRV=235. Set R_USER_BKG=132. (3) Make adjustment with G/B_USER_DRV to set the chromaticity within the specification. x adjustment ..... Make adjustment with B_USER_DRV. (The value y also changes.) B_USER_DRV UP Values x and y decrease. B_USER_DRV DOWN Values x and y increase. y adjustment ..... Make adjustment with G_USER_DRV. G_USER_DRV UP Value y increases. G_USER_DRV DOWN Value y decreases. Spec: 6500K (x, y) = (0.314, 0.328) Within 3JND at 80IRE 6500K (x, y) = (0.298, 0.317) Within 4JND at 20IRE Note: Make adjustment up to ± 0.002. (4) Make the signal 20IRE all white to check that it is within the specification. (5) Input a gray scale to check the picture quality. (5) (4) If out of specification, adjust the G/B_USER_BKG so as to satisfy the specification.(6) Input a gray scale to check the picture quality. 3. Adjustment of 5000K (1) Receive MODE 29 (1280x1024 60Hz) 80IRE with the input 1. Set SOURCEID1=02h. (2) Set R_USER_DRV=235. Set R_USER_BKG=135. (3) Make adjustment with G/B_USER_DRV to set the chromaticity within the specification. x adjustment ..... Make adjustment with B_USER_DRV. (The value y also changes.) B_USER_DRV UP Values x and y decrease. B_USER_DRV DOWN Values x and y increase. y adjustment ..... Make adjustment with G_USER_DRV. G_USER_DRV UP Value y increases. G_USER_DRV DOWN Value y decreases. Spec: 5000K (x, y) = (0.345, 0.358) Within 3JND at 80IRE 5000K (x, y) = (0.316, 0.335) Within 4JND at 20IRE Note: Make adjustment up to ± 0.002. (4) Make the signal 20IRE all white to check that it is within the specification. (5) Input a gray scale to check the picture quality. (5) (4) If out of specification, adjust the G/B_USER_BKG so as to satisfy the specification. (6) Input a gray scale to check the picture quality. 4. Data copy to USER Set SOURCEID1=03h and copy the data of R/G/B USER DRV and R/G/B USER BKG of SOURCEID1=01h (Adjustment of 6500K). 5. Data copy to analog 2 input (1) 9300K data copy Set SOURCEID1=20h and copy the data of R/G/B USER DRV and R/G/B USER BKG of SOURCEID1=00h (Adjustment of 9300K). (2) 6500K data copy Set SOURCEID1=21h and copy the data of R/G/B USER DRV and R/G/B USER BKG of SOURCEID1=01h (Adjustment of 6500K). (3) 5000K data copy Set SOURCEID1=22h and copy the data of R/G/B USER DRV and R/G/B USER BKG of SOURCEID1=02h (Adjustment of 5000K). (4) USER data copy Set SOURCEID1=23h and copy the data of R/G/B USER DRV and R/G/B USER BKG of SOURCEID1=01h (Adjustment of 6500K).
SDM-N80 (E) 2-3 •Adjustment of white balance (Digital input) 1. Adjustment of 9300K (1) Receive MODE 29 (1280x1024 60Hz) 80IRE with digital input. Set SOURCEID1=10h. (2) Set R_USER_DRV=230. Set R_USER_BKG=132. (3) Make adjustment with G/B_USER_DRV to set the chromaticity within specification. x adjustment ..... Make adjustment with B_USER_DRV. (The value y also changes.) B_USER_DRV UP Values x and y decrease. B_USER_DRV DOWN Values x and y increase. y adjustment ..... Make adjustment with G_USER_DRV. G_USER_DRV UP Value y increases. G_USER_DRV DOWN Value y decreases. Spec: 9300K (x, y) = (0.285, 0.298) Within 3JND at 80IRE 9300K (x, y) = (0.277, 0.287) Within 4JND at 20IRE Note: Make adjustment up to ± 0.002. (4) Make the signal 20IRE all white to check that it is within the specification. (5) Input a gray scale to check the picture quality. (5) (4) If out of specification, adjust the R/B_USER_BKG so as to satisfy the specification. (6) Input a gray scale to check the picture quality. 2. Adjustment of 6500K (1) Receive MODE 29 (1280x1024 60Hz) 80IRE with digital input. Set SOURCEID1=11h. (2) Set R_USER_DRV=220. Set R_USER_BKG=128. (3) Make adjustment with G/B_USER_DRV to set the chromaticity within the specification. x adjustment ..... Make adjustment with B_USER_DRV. (The value y also changes.) B_USER_DRV UP Values x and y decrease. B_USER_DRV DOWN Values x and y increase. y adjustment ..... Make adjustment with G_USER_DRV. G_USER_DRV UP Value y increases. G_USER_DRV DOWN Value y decreases. Spec: 6500K (x, y) = (0.314, 0.328) Within 3JND at 80IRE 6500K (x, y) = (0.298, 0.317) Within 4JND at 20IRE Note: Make adjustment up to ± 0.002.(4) Make the signal 20IRE all white to check that it is within the specification. (5) Input a gray scale to check the picture quality. (5) (4) If out of specification, adjust the G/B_USER_BKG so as to satisfy the specification. (6) Input a gray scale to check the picture quality. 3. Adjustment of 5000K (1) Receive MODE 29 (1280x1024 60Hz) 80IRE with the digital input. Set SOURCEID1=12h. (2) Set R_USER_DRV=215. Set R_USER_BKG=130. (3) Make adjustment with R/B_USER_DRV to set the chromaticity within the specification. x adjustment ..... Make adjustment with B_USER_DRV. (The value y also changes.) B_USER_DRV UP Values x and y decrease. B_USER_DRV DOWN Values x and y increase. y adjustment ..... Make adjustment with G_USER_DRV. G_USER_DRV UP Value y increases. G_USER_DRV DOWN Value y decreases. Spec: 5000K (x, y) = (0.345, 0.358) Within 3JND at 80IRE 5000K (x, y) = (0.316, 0.335) Within 4JND at 20IRE Note: Make adjustment up to ± 0.002. (4) Make the signal 20IRE all white to check that it is within the specification. (5) Input a gray scale to check the picture quality. (5) (4) If out of specification, adjust the G/B_USER_BKG so as to satisfy the specification. (6) Input a gray scale to check the picture quality. 4. Data copy to USER Set SOURCEID1=13h and copy the data of R/G/B USER DRV and R/G/B USER BKG of SOURCEID1=11h (Adjustment of 6500K).
SDM-N80 (E) 2-4 •User Sensor Adjustment (1) After clearing up to the position of 2m in front of the set, place an object for sensor detection in front of the set. < Condition > The panel must be vertical. Object: A4 size paper for instance Position: Flush with right end of the screen at the height of set stand Distance: 1m from the screen(4) After several seconds, check that IR_STATUS is 140 or less. If IR_STATUS is not less than 140, write smaller value to IRLED_PW1. (5) Raise IRLED_PW1 by 3 steps, and after about 2 seconds, check if IR_STATUS is 160 or more. If IR_STATUS is not more than 160, raise further the IRLED by 3 steps. Repeat this until the IR_STATUS exceeds 160. (6) When IR_STATUS exceeded 160, write value attained by adding 30 to the IRLED_PW1 value to the following: IRLED_PW1 IRLED_PW2 IRLED_PW3 (7) Write 0 to AUTO_PW for service saving.(TOP VIEW) SET 1m 1m (SIDE VIEW) Object for detection Object for detection SET (2) Set the AUTO_PW_SW to “1”. (3) Write 40 to IRLED_PW1.
SDM-N80 (E) 3-1 SECTION 3 DIAGRAMS 3-1. BLOCK DIAGRAMS HOTPLUGD+D–USB POWERAUDIO_LAUDIO_RSUB_SDASUB_SCLPANEL_MODE R/CrN1 139 B/CbIN1 133 G/YIN1 124SOGIN1 132 IC101 ROMSDA SCL VCLK 5 7 6 GREEN1 DDCGND1 H1 ADPDN V1 INPUT1 (HD15)CN101 XPOWER SAVE 6 SDA_SC SDA 9SCL_SC SCL GREEN2DDCGND2SDA2SCL2H2V2RXC–RXC+RX0+RX1–RX1+RX2–RX2+RX0– GHS_AGCOAST HOLD 106GHSFOUT EVEN/ODD 108GCLK 1/2CLK 101GFBK DSYNC/DIVOUT 103GSOG SOGOUT 105G_SEPIN G/YOUTH1_ADIN SYNCIN1H2_ADIN SYNCIN2 112 143 111GBLKSPLCLAMP CLPIN 113 XCLK CLK 99 1/2XCLK 10098 IC102 A/D CONVERTER IC204 TMDS RECEIVER RXC– RXC– 90RXC+ RXC+ 89RX0– RX0–RX0+ RX0+RX1– RX1– 84 87 86RX1+ RX1+ 83RX2– RX2–RX2+ RX2+ C3 681 80 IC202 ROM VCLK SCL SDA 7 5 6 DDC_WPANALOG C2 5C1 13 DIGITAL C4 12OI4 10 SCL2 OI3 9OI2 3 SDA2 OI1 2 IC203 ROMSDA SCL VCLK 5 7 6 IO38IO24IO411IO11 V2 IC201 SELECTOR GVSGHSFOUT GHS GHS 144 GVS 159 GHSFOUT GBLKSPL GFBK 136 166 141 GCLK 158 GSOG GPEN 151 152 GBLKSPLGFBKGCLKGSOGGPENGCOART GCOART 142SDA_SC PORTA0 53 RA0 – 7GRE0 – 7GRE0 – 7 GRE0 –7 21, 22, 24 – 28, 31208, 213 – 216, 221 – 223 QE16 – 23 GRE0 – 7 30 – 37GRO0 – 7 QQ16 – 2369 – 75, 77GBE0 –7 QE0 – 710 – 17 GRO0 – 7GRO0 – 7 34 – 41190 – 192, 197 – 200, 207GBE0 – 7GBE0 – 7 45, 44, 51 – 5326, 51, 52, 77, 78, 102, 109, 110 GRO0 – 7 GBE0 – 7 RB0 – 7 BA0 – 7 GBO0 –7 QQ0 – 749 – 56GBO0 – 7GBO0 – 7 56 – 58, 60 – 6423, 24, 48, 49, 74, 75, 99, 100 GBO0 – 7 BB0 – 7 GGE0 –7 QE8 – 1520 – 27GGE0 – 7GGE0 – 7 68 – 75128, 133, 135, 181 – 184, 189 GGE0 – 7 GA0 – 7 GGO0 –7 QE8 – 1559 – 66GGO – 7GGO0 – 7 78, 81 – 85, 87, 88103, 104, 111, 112, 117 – 120 GG0 – 7 GB0 – 7 10 R/CrIN2 141B/CbIN2 136G/YIN2 126SOGIN2 135 PDGCLK 2 44 PD ODCKPDO 9 PDO SCDT 8 SCDTGPEN 46 DEV3 47 VSYNCH3 48 HSYNCGVS_DGHS_DGFBK INPUT2 (DVI-I) CN201 SW Q201 INVERTER Q310IC408 ROM WP SCL SDA7 5 6 PORTA4 83 SCL_SC PORTA1 54 PORTB3 4PORTB4 58 PORTB5 PORTB6 31 5 PRE_PXOFFPRE_ADCPDBL_MUTEAU_MUTEPX_WD PORTB7 32 SW Q4063 4SW Q4052 6 X401 21.6MHz1IC406 PLL CLOCK MULTIPLIER S1 S0 CLK5 X1 6 5 DCKEXT 341 IC407 PLL CLOCK MULTIPLIER 3 2 MCKEXT 315 X1 CLK5 1 IC409 X402 21.6MHz IC401 SCAN CONVERTER DRE0 – 7 DBE0 – 7 DGE0 – 7 DRO0 – 7 DBO0 – 7 DGO0 – 7231, 237 – 240, 248, 273, 27416 – 23 R0 – 7 292, 295, 317 – 319, 322, 323, 3492 – 5, 44 – 47 B0 – 7245, 270, 272, 297, 300, 324, 350, 3516 – 11, 14, 15 G0 – 7260, 286, 310 – 312, 337 – 33916, 23 R0 – 7IC601 GVIF TRANSMITTER254, 279, 303, 305 – 307, 330, 3322 – 5, 44 – 47 B0 – 7256, 257, 282, 283, 309, 333, 334, 3366 – 11, 14, 15 G0 – 7 DRE0 – 7 DBE0 – 7 DGE0 – 7 DRO0 – 7 DBO0 – 7 DGO0 – 7 IC410 FLASH ROM A1 – 18 209 – 212, 217, 219, 220, 233, 235, 242 – 244, 249, 251, 275, 276, 301, 3273 – 11, 34 – 42 A0 – 17 A1 – 18 D0 – 15130, 131, 139, 140, 145, 146, 153 – 156, 163, 164, 169, 170 – 17215 – 22, 24 – 31 DQ0 – 15 D0 – 15 PORTA22 27 WPROMOE14 186 QEROMWE43 185 WE DCLKDHSDVSDEN SFTCLK HSYNC VSYNCDE40 41 43 42 DCLKDHSDVS DEN SFTCLK HSYNC VSYNCDE40 41 43 42 DENGDCLKDHSDVS DENG DCLK DHS DVS264 287 263 289 IC309 (1/3)RXD TXD RXD TXD79 80 DVS RESET105 PORTA5 IC405 INVERTER PANEL_MODERESET_SC 29RX_RSTN IC404 RESETINVERTER Q404 +3.3V GVIF_ON 26 CEGVIF_ON26 CE SDATAP30SDATAN31 4 6 9 11 15 16 17 18 24 26 31 33 35 36 13 2 38SDATAN-B SDATAP-B SDATAN-A SDATAP-A B-CPU-ST PANEL MODE SCL SDA AUDIO-R AUDIO-L USB POWER USB SIG– USB SIG+ HOTPLUG STBY6V PANEL/DVIF 18V BL18V CN603 A TO B BOARD CN1201 31 SDATAN 30 SDATAPCPU_ST +5V 1 2 3 4 5 6+18V +18V +18V +18V +18V +18V CN604 B TO Q BOARD CN961 1 2 3 7 8CONV_4V CONV_4V CONV_4C CONV_6V CONV_6V CN502 C TO Q BOARD CN963 +18V+4V+6V12 A (1/2) B-SS3558-BD1-EPS05 A/D CONVERTER, TMDS RECEIVER, DDC, SCAN CONVERETER, GVIF TRANSMITTER IC602 GVIF TRANSMITTER
SDM-N80 (E) 3-2 A (2/2)µ-COM, SYNC_IRQ GENERATOR, SYNC SEPARATOR, INPUT SELECT INPUT SELECT IC310 – IC313 SYNC_IRQ1 SYNC1_IRQ H1 75 SYNC_IRQ2 SYNC2_IRQ H2 76 V1V2 COMP1 COMP1 GREEN1 97COMP2 COMP2 GREEN2 98HIN HIN GHS 65VIN VSIN GVS 23POLH SYNC_SEP1 CLAMP 82 DDC_GND1 DDC_GND1 113DDC_GND2 DDC_GND2 114ADP_DN ADPDN 101SCDT SCDT 77PDD PDO 100PD PD 99DDC_WP DDC_WP 102P73/DA0 PRE_PXOFF 40P74/DA1 PRE_ADCPD 41P84/AN4 BL_MUTE 50P85/AN5 AU_MUTE 51P86/AN6 PX_WD 52DIGITAL ANALOG 61 EXIH SYNC_SEP2 G_SEPIN 83POLV SYNC_SEP3 GHS_A 84EXIV H_SEPIN SYNC_SEP4 ANA_DIG X0A X1A GHS_D GVS_DH1H2H3V1V2V3H1_ADINH2_ADIN85 58 74 73 SYNC_IRQ GENERATOR IC103, Q101 – Q128SYNC SEPARATOR IC301, IC308 IC314, Q304V_SEPIN 65 IC309 (2/3) X302 32.768kHz X0 X1 INPUT_SEL 92 93 103EEP_WP 55EEP_SCL 56EEP_SDA WC SCL SDA57 7 6 5 X301 4MHz IC304 EEP ROM INVERTER Q302 INVERTER Q303 1 2 5 6 7 8 12 13 10 11STBY_6V STBY_6V POWERON PON_4 PON_6 PON_13 ANALOG DIGITAL RXD TXD10 7 8 3 4 6 5 2 1PX_RSTN RXD TXD TVPP1 TRES TCK TAUS TAUX3 TMODE POWER_ON+6V TO Q BOARD CN962 PON_4PON_6PON_13ANALOGDIGITAL 1 24 53 60 116 81 70 71 72 112141213 1011886 6 3 890 89 11 95 8766 68 110 109 69 92 4 +5V 10 3 11 5 DVS VSOUT PANEL_DET2 PANEL_MODE RESET_SC GVIF_ON SUB_SDA SUB_SCL SUB_IRQ P_MEM SC_SEL SC_RX SC_TX ECS_RX ECS_TX WDT HST RESET WDT_STOP TCK TAUX MD2 MD0 USB_SEL HUBON USB1_EXIST USB2_EXIST AUDIO_SEL LED_GREEN LED_REDHOTPLUG PANEL_MODE RESET_SC GVIF_ON SVB_SDA SVB_SCL CPU_ST 1CKIC305 D-FF IC303 RESET/WDT 2CK CLK RSTN 1Q RCT 2 4IC306 Y A 1 OE FLASH SW Q301CN301 CN501 7 6 5 4 3 2 1D+ D– US_P_CONT HUBON USB_SEL UP2_EXIST UP1_EXIST CN602 1 2 3 7 8CONV_4V CONV_4V CONV_4V CONV_6V CONV_6V CN502 1 3 5AUDIO_R AUDIO_L AUDIO_SEL CN601 USB POWERD– AUDIO_L AUDIO_RD+ SW Q306 SW Q307 2 3 1LED_GREEN LED_RED STBY 5V CN302 111 POWER_ON106 PON_4 107 PON_6 108 PON_13 105 +6V IC501 +5V REGIC502 +3.3V REGIC503, IC505 +3.3V REGIC504 +3.3 REGIC507, IC508 +5V REG IC506 +2.5V REG +5V +3.3V +4V +3.3V +4V+3.3V +6V +5V +4V+5V +6V +4V+2.5V +2.5V B-SS3558-BD2-EPS05 PON_S33 2 INVERTER Q305 H2 (AC POWER LED) IO IO IO IOIO IO 3 2 4 LED_GREEN LED_RED STBY 5V CN95 LED DRIVE Q96 LED DRIVE Q95 AC POWERD95 +5V +5VG R IC302 CPU 1D 1PR 2PR IC309 (3/3) IC307 TXD RXD45 610 98 9 8 13 21311 12 FLASH D TO Q BOARD CN903 E TO Q BOARD CN932 F TO Q BOARD CN963 G POWER_ONM_RSTN M_RSTN PON_4 PON_6 PON_13 117 64 67 IC509+ – +5V3 21 SW Q501, 502
SDM-N80 (E) 3-3 9 11 4 6 15 16 17 18 24 26 31 33 35 36 2 38 13 SDATAN-A SDATAP-A SDATAN-B SDATAP-B B-CPU-ST PANEL MODE SCL SDA AUDIO_R AUDIO_L USB_POWER USB SIG– USB SIG+ HOT PLUG PANEL /DVIF 18V BL18V STBY6V TO A BOARD CN603A SCL B_CPU_STSDAAUDIO_RAUDIO_LUSB D+USB POWERUSB D– A7 A8 A10 A11 A13 A14 A17 A18A20 A21 A23 A24 A27 A28 A30 A31 RA0 ı RA7 GA0 ı GA7 A37 A38 A40 A41 A43 A44 A46 A47BA0 ı BA7 A33 CLKA A35 DEA R OLD0 – 7 R0 –718, 19, 22 – 25, 30, 31G OLD0 – 7 G0 –7 SFTCLK DE6, 7, 10 – 15B OLD0 – 7 B0 –72 – 5, 58, 59, 62, 63 51 50 REFRQN SDATAN SDATAP REFRQP SDATAN REFRQN REFRQP SDATAP 42 41 40 39 42 41 40 39B7 B8 B10 B11 B13 B14 B17 B18 B20 B21 B23 B24 B27 B28 B30 B31 RB0 ı RB7 GB0 ı GB7 B37 B38 B40 B41 B43 B44 B46 B47BB0 ı BB7 B33 CLKB B35 DEBA5 A1 – A3 B1 – B3BLON_P VCC R NEW0 – 7 R0 –718, 19, 22 – 25, 30, 31G NEW0 – 7 G0 –7 SFTCLK DE6, 7, 10 – 15B NEW0 – 7 B0 –72 – 5, 58, 59, 62, 63 51 50 BL_ON_P CN1201CN1204 1 2 5 6 7 8 3 4 TMODE TAUX3 TAUX TCX RXD TXD TVPP1 TRES CN1402IC1202 GVIF RECEIVER IC1201 GVIF RECEIVER +5V BL ON SW Q1205 PON_P12PROTECT USB POWER USB D–USB D+USB DET B_CPU_ST P71/IRQ1 48+12V +18V +12V SW Q1202, 1203 LCD DISPLAY 2 3 4 5 1 8PROTECT USB POWER CONT USB D– USB D+ USB 18V USB DET TO US BOARD CN1101H CN1203 B SUB µ-COM, GVIF RECEIVER, D/D CONVERTER, INVERTER, AUDIO, SENSOR AMP +5V+6V +18V SW Q1204 +18V SW Q1201 FLASH BL_ON_P P07/IRQ1 92SDA P50/SDA0/SOT0 28SCL P51/SCL0/SIN0 29 MD0 49MD2 51P00/AD00 85P40/SCK 18P42/SIN 20P41/SOT 19FLASH SW HSTX PA2 RSTX 76IC1310 INVERTER CONTROLLER IC1300 +18V T1303 SWITCHING Q1312 SW Q1308 CLAMP SW Q130724 86 + –IC1309 (2/2) 76 5 + – +5V3 21 ENANDA PDA CMP FB LCLMP HCLMP11 10G1S1 S2 G2D1 D2 7 6 3 2 CT ADJ REF 12 14 5 1 1 2HOT-4 COOL-4 CN1303 IC1307 INVERTER CONTROLLER T1302 SWITCHING Q1311 SW Q1306 CLAMP SW Q130524 86 + –IC1309 (1/2) 12 3 ENANDA PDA CMP FB LCLMP HCLMP11 10G1S1 S2 G2D1 D2 7 6 3 2 CT ADJ REF 12 14 5 1 1 2HOT-3 COOL-3 CN1302 IC1305 INVERTER CONTROLLER T1301 SWITCHING Q1310 SW Q1304 CLAMP SW Q130324 86 + –IC1304 (2/2) 76 5 ENANDA PDA CMP FB LCLMP HCLMP11 10G1S1 S2 G2D1 D2 7 6 3 2 CT ADJ REF 12 14 5 1 1 2HOT-2 COOL-2 CN1301 IC1302 INVERTER CONTROLLER T1300 SWITCHING Q1309 SW Q1301 CLAMP SW Q130024 86 + –IC1304 (1/2) 12 3 ENANDA PDA CMP FB LCLMP HCLMP11 10G1S1 S2 G2D1 D2 7 6 3 2 CT ADJ REF IC1452 AMP IN1+IN1– OUT1 OUT2 IN2– IN2+ IC1501 POWER AMPIN_B–OUT_A+ OUT_A– OUT_B+ OUT_B– HP_IN IN_A– SDOWN IC1505 AMPIC1451 AMP OUTBINB– INA– OUTA IC1502 AUDIO CONTROL L_IN IN_R L_OUT BOUT_R BIN_R BOUT_L BIN_L R_OUT SDA SCL12 14 5 1 1 2HOT-1 COOL-1 CN1451 CN1501 CN1502 CN1300 1 2ROUT+ ROUT–2 3 4 7 8 9 10 11 12 16 15 13 145V (STBY) 5V (SENS) 12V PWKEY KEY PWLED_G PWLED_R LEDCLK LEDDATA BRT DET IRDET IRLED1 IRLED2 +5V TO H1 BOARD CN001 I +12V BL ON PWM BL_STAT H_PWKEYH_KEYH_PWLEDGH_PWLEDRH_LEDCLKH_LEDDATAH_BRTDETIROUTH_IRLED1H_IRLED2H_PPG2 H_PPG4 AUDIO_R AUDIO_L SDA SCL6 116 15 1 19 2016 17 15 14 13 12 RESETHP_STAT MUTEAUDIO_ON PON_5AUPON_G33R AUDIO ON3 53 5 10 13 14127 6 8 9 1 2 BUFF Q1451 AMP Q1452 BUFF Q1454 AMP Q1456 AMP Q1455 IN2+ IN3+ IN4+ OUT4IN2– IN3– OUT1 IN1– OUT2 IN4+ OUT3 IN1+ 1 2LOUT+ LOUT– 3 2 5R OUT L OUT HP_STAT CN1503 3 2 5 R OUT L OUT HP_STAT CN1701 RESET Q1505 HP SW Q1506 LATCH Q1512MUTE SW Q1503, 1504, 1508 3 5 18 16 20 IC1503 +9V REG+9V +18VIO IC1204, IC1205 +3.3V REG+3.3V +5VIO IC1203 +5V REG+5V +6VIO 7 16 2 SWITCHING Q1615AMP Q1610, 1611 +18V +5V +18V +12V AUDIO +5V SW Q1613, 1614 PROTECT Q1612 +5V SWITCHING Q1665SWITCHING Q1685 PROTECT Q1662PROTECT Q1682 AMP Q1660, 1661AMP Q1680, 1681 PROTECT IC1651 SW CONTROLLER IC1601 SW CONTROLLER DT1 INV1 FB1 VREF DT2 INV2 FB2 6 310 14 6 16 11 13 124 5 16 11 13 1210 14 7 3 OUT2 NON2 OUT1 NON1 PROTECT AUDIO ON NON1 OUT2 NON2 DT1 VREF DT2 INV2 FB2 P17/AD15 X0 100 PON_G33R82 X1 83P13/AD11 96 PON_5AU P12/AD10 95 AUSCLP11/AD09 94 AUSDAP10/AD08 93 PROTECTP96/PPG4 73 H_PPG4P94/PPG2 71 H_PPG2P92/PPG0 69 PWMP86/IN2 65 H_REMP70/IRQ0 47 H_PWKEYP67/AN7 46 H_KEYP65/AN5 44 H_BRTDETP63/AN3 41 IROUTP61/AN1 39 BL_STATP60/AN0 38 BL ONP31/RDX 10 H_LEDDATAP30/ALE 9 H_LEDCLKP27/A23 8 MUTE P24/A20 5 HP_STATP23/A19 4 H_IRLED2P22/A18 3 H_IRLED1P21/A17 2 H_PWLEDRP20/A16 1 H_PWLEDGP80/TIN0 59 USB DETP16/AD14 99 PON_P12 IC1401 RESET/ WDT RESETRCT CK RST 6 3 852 78 77 X1401 4MHz FLASH SW Q1401 CN1700 (HEADPHONE) U (PHONE) IC1402 SUB-CPU (SPEAKER R) (SPEAKER L) B-SS3558-BD3-EPS05LCD BACK LIGHT LCD BACK LIGHT LCD BACK LIGHT LCD BACK LIGHT
SDM-N80 (E) 3-4 QD/D CONVERTER, AUDIO IN, USB CONTROL 1 2 3 7 8CONV_4V CONV_4V CONV_4V CONV_6V CONV_6V CN963CN001 CN1101 TO A BOARD CN502 G 3 5 6 7 1 2 4USB_SEL US_P_CONT D– D+ UP1_EXIST UP2_EXIST HUB ON CN903 TO A BOARD CN602 E 8 1 2 10 11 12 13 5PON_12 STBY 6V STBY 6V RXD TXD ANALOG DIGITAL POWER_ON CN962 TO A BOARD CN501 D 1 2 3 4 5 618V 18V 18V 18V 18V 18V CN961 8 7 6 1 2 +18V +18V +18V STBY 6V POWER_ON CN960 TO A BOARD CN604 B 5 3 1AUDIO_SEL AUDIO_L AUDIO_R CN932 TO A BOARD CN601 F +5V IC963 +5V REG OI +3.3V +5V IC903 +3.3V REG OI SWITCHING Q964SWITCHING Q965 AMP Q962, 963AMP Q966, 967 IC960 SW CONTROLLER+18V 11 13 12 6 4 5DT2 INV2 FB2 DT1 INV1 FB110 14 7 3 OUT2 NON2 OUT1 NON1 3 2 13 2 1 25 1 3 5 2 9 1210 13 3 11 6 82410 43 42 41 40 37 +3.3VX901 12MHz IO +18V+6V 876 543 21 V1IC931 AUDIO_L INPUT SELECT CN902 CN901 V2 1 3SW1 V_OUT2 7V1IC932 AUDIO_R INPUT SELECT J961 ECS V2 1 3SW1 V_OUT2 7 –IN2IC930 ISOLATOR IC902 RESET IC906 USB SELCTOR IC901 USB HUB –IN1 6 2OUT2 OUT17 1 INVERTER Q902 POWER SW Q901 AC IN SWITCHING REGULATOR +6V +18V5 3 113 1412 11 2R1IN T1OUT V+R1OUT T1IN IC965 RS232 DRIVER +12VIC961 +12V REG OI ANALOGDIGITALS960 INPUT1 AUDIO INCN930INPUT2 AUDIO INCN931 XOUT XIN DM0 DP0 RST POW_1 DM1 DP1 10E 20E 2A 1A 3A 4A30E 40E 1B 4B 2B 3B 10 9 14 12 11 13 5 6 19 18 17 7 8 LEDCLK LEDDATA PWKEY PWLED_G PWLED_R KEY BRTDET IRDET 5V (STBY) 5V (SENS) 12V IRLED2 IRLED12 4 5 3 1 PROTECT USB D– USB D+ USB POWER CONT USB 18V LED DRIVE Q013 PROTECT Q1105 LED DRIVE Q011, 012 IN1 OUT1 OUT2 IN2 OUT VCCIC011 LIGHT SENSOR D013+5V+12VKEY +12V+5V +5V3 357 +5V D011, 012DET OUT IC031, 032, 041, 051, 052, 061, 071, 072, 081, Q001 – 006 PWKEY3 2CLOCK DATA LED_G LED_R +12V D22 D25 D21D35 D36 D23 D24 D28 D26 D37D38 D39 D27 +5V 4 6 10 5 7 8 912 1413Q0 Q2 Q6 Q3 Q4 Q8 Q5 Q9 Q10 Q1 IC011 AMP MENU TP001MENU D021, 022 VOLUMED027 TP002 BRIGHTTP004 BRIGHTD023 CONTRASTTP005 CONTRASTD024 INPUTD028OK D37 DOWND035 UP D036 IN-1D38IN-2D39 – D025 + D026 –/ DOWNTP006 INPUT/ OK TP003 +/ UP +5V G AD001 S001 IC36 LED CONTROL LED_R LED_G PWKEY POWER D001, S001 D011 – D013 IR LEDH(USER CONTROL) US (USB CONTROL) 3 2 11 2 3 CN1102 CN1103 IC1101 UBS HUB IC1106 REGULATOR IC1105 +3.3V REG IC1103 SW CONTROLLERIC1104 RESET +3.3V +5.5V X1101 12MHz +5.5VIO IO SWITCHING Q1106 BUFF Q1101, 1102 POWER SW Q1104POWER SW Q1103 NON2 DT2 VREF DT1 OUT1 NON1 INV1 FBI 14 12 16 6 4 57 3 DM0 DP0DP1 DM1 DVR-1 POW_1 POW_2 DVR-2 DP2 DM2 RST XOUT XIN 41 40 37 25 2442 43 32 2 3 11 10 31 5 11 16 7 3 15 121 FLG1 VC1 VC2 VC1 VC2V OUT1 V OUT2 FLG2 TO B BOARD CN1451 I TO B BOARD CN1203 H AMP Q016 REF IR SENSOR Q015 B-SS3558-BD4-EPS05
SDM-N80 (E) 3-5 3-2. FRAME SCHEMATIC DIAGRAMCN101 HD15P INPUT1INPUT1CN201 DVI-I 1 2 3 4 CN302 4PSTBY5V GND LED_GREEN LED_RED 1 2 3 4 5 6 7 8 9 10CN301 10PTMODE TAUX3 TVPP1 TRES TAUS TCK RXD TXD GND PX_RSTN FLASH A1 A2 A3 A4 A5 A6 A7 A8 A9 A10 A11 A12 A13 A14 A15 A16 A17 A18 A19 A20 A21 A22 A23 A24 A25 A26 A27 A28 A29 A30 A31 A32A33 A34B1 B2 B3 B4 B5 B6 B7 B8 B9 B10 B11 B12 B13 B14 B15 B16 B17 B18 B19 B20 B21 B22 B23 B24 B25 B26 B27 B28 B29 B30 B31 B32 B33 B34A35 B35 CN401 70PGND A19 GND A18 GND A17 GND A16 A15 A14 A13 A12 A11 A10 A9 A8 A7 A6 A5 A4 A3 A2 A1 A0 GND BHENN GND ROMOEN GND ROMOEN 3.3V 3.3V 3.3V CS2 3.3V CS3 GND RESETN GND GND NMI FCEN GND BOOTWE GND VPPEN D15 D14 D13 D12 D11 D10 D9 D8 D7 D6 D5 D4 D3 D2 D1 D0 NC NC 6V 6V 6V 6V ROMWEN ROMWEN 1 2 3 4 5 6 7 8 9 101 2 3 4 5 6 7 8 9 10 11 12 13 CN502 CN501 10P 13PSTBY_6V STBY_6V GND GND POWERON GND RXD TXD ANALOG DIGITAL CONV_4V CONV_4V CONV_4V GND GND GND GND GND CONV_6V CONV_6VPON_4 PON_6 PON_13 1 2 3 4 5 6 7 8 9 10 11 12 CN604 12PGND GND +18V +18V +18V +18V +18V +18V GND GND GND GND1 2 3 4 51 2 3 4 5 6 7 8CN601 CN6025P 8P AUDIO_SEL AUDIO_GNDAUDIO_L AUDIO_GNDAUDIO_R 1 2 3 4 5AUDIO_SEL AUDIO_GND AUDIO_LAUDIO_GND AUDIO_R UP1_EXIST UP2_EXIST USB_SEL US_P_CONT D- D+ GND HUBON 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 3637 38 CN603 38PBL GND CN-SENS SDA PANEL MODE AUDIO-R AUDIO-L GVIF-GND GND SCL SDATAGND-A SDATAGND-B PANEL/GVIF GNDGVIF-GND GVIF-GND GVIF-GND STBY5V B-CPU-ST AUDIO-GND1 AUDIO-GND1 AUDIO-GND2IEEE1394 TPB* IEEE1394 TPB* IEEE1394 TPA* IEEE1394 TPA*USB POWERUSB POWER GNDUSB SIG-USB SHIELD GNDUSB SIG+ HOT PLUG BL18VPANEL/GVIF 18VSDATAN-B SDATAP-B SDATAN-A SDATAP-A AUDIO-GND1 AUDIO-GND1 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 3637 38CN603 38PBL GND CN-SENS SDA PANEL MODE AUDIO-R AUDIO-L GVIF-GND GND SCL SDATAGND-A SDATAGND-BPANEL/GVIF GNDGVIF-GND GVIF-GND GVIF-GND STBY5V B-CPU-ST AUDIO-GND1 AUDIO-GND1 AUDIO-GND2IEEE1394 TPB* IEEE1394 TPB* IEEE1394 TPA* IEEE1394 TPA*USB POWERUSB POWER GNDUSB SIG-USB SHIELD GNDUSB SIG+ HOT PLUG BL18VPANEL/GVIF 18VSDATAN-B SDATAP-B SDATAN-A SDATAP-A AUDIO-GND1 AUDIO-GND1 A H 1 2 3 4 5 6 7 8CN1203 8P USB GND USB DET USB POWER CONTUSB D- USB D+USB SHIELD GND USB 18V PROTECT A1 B1 A2 B2 A3 B3 A4 B4 A5 B5 A6 B6 A7 B7 A8 B8 A9 B9 A10 B10 A11 B11 A12 B12 A13 B13 A14 B14 A15 B15 A16 B16 A17 B17 A18 B18 A19 B19 A20 B20 A21 B21 A22 B22 A23 B23 A24 B24 A25 B25 A26 B26 A27 B27 A28 B28 A29 B29 A30 B30 A31 B31 A32 B32 A33 B33 A34 B34 A35 B35 A36 B36 A37 B37 A38 B38 A39 B39 A40 B40 A41 B41 A42 B42 A43 B43 A44 B44 A45 B45 A46 B46 A47 B47 A48 B48 A49 B49 A50 B50 CN1204 FX10A-100SGND GND VCC VCC RA0 RA1 RA2 RA3 RA4 RA5 RA6 RB0 RB1 RB2 RB3 RB4 RB5 RB6 GND GND GND GND GB0 GB1 GB2 GB3 GB4 GB5 GB6 GB7 GA0 GA1 GA2 GA3 GA4 GA5 GA6 GA7 GND GND CLKA CLKBGND GND DEA DEB GND GND BA7 BB7 BA6 BB6 BA5 BB5 BA4 BB4 BA3 BB3 BA2 BB2 BA1 BB1 BA0 BB0 GND GND GND GND GND GND GND GND GND GND GND GND VCC VCC VCC VCC GND GND RA7 RB7 GND GND GND GND GND GND GND GND GND GND GND GND GND GND WHT BLON-P 1 2 3 4 5 6 7 8 9 10CN1402 10P1 2 3 4 5 6 7 8 9 10TMODE FLASHTAUX3 TVPP1 TRES TAUX TCK RXD TXD GND SUB5V 1 21 21 21 2 CN1300 CN1301 CN1302 CN13032P BHS 2P BHS 2P BHS 2P BHSHOT-1 HOT-2 COOL-2 COOL-1 HOT-3 COOL-3 HOT-4 COOL-4 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 CN1451 20P 12V GND GND PWLED_G PWLED_R LEDDATA IRLED1 IRLED2 IRDET H_AGND LEDCLK 5V(STBY) 5V(SENS) BRTDET H_AGND PWKEY KEY PON_5KY H_REV1 H_REV2 1 21 21 2 3 4 5CN1501 CN1502CN1503 2P RED 2P WHITE 5PROUT+GND L OUT R OUT GND HP-STATROUT- LOUT+ LOUT- (SPEAKER R) (SPEAKER L) 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20CN001 (20P) 5V(STBY) 5V(SENS) 12V GND GND KEY PWKEY PWLED_G PWLED_R LEDCLK LEDDATA IRLED1 IRLED2 IRDET BRTDET H_AGND H_AGND H_REV1 H_REV2 PON_5KY 1 2 3 4CN95 4PGNDLED_GREEN LED_RED STBY 5V H2(AC POWER LED)(USER CONTROL) US(USB CONTROL) 1 2 3 4 5 6 7 8CN903 8PD- D+ GNDUS_P_CONT HUB ON USB_SEL UP2_EXIST UP1_EXIST1 2 3 4 5 6 7 8 9 10 11 12CN961 12P18V 18V 18V 18V 18V 18V GND GND GND GND GND GND 1 2 3 4 5 6 7 8 CN960 8PGND GND +18V +18VPOWER_ON+18V GNDSTBY 6V 1 2 3 4 5 6 7 8 9 10CN963 10PCONV_4V CONV_4V CONV_4V GND GND GND CONV_6V CONV_6V GND GND1 2 3 4 5 6 7 8 9 10 11 12 13CN962 13PSTBY 6V GND GND STBY 6V POWER_ON GND RXD TXD ANALOG DIGITAL PON_4 PON_6 PON_12CN932 5P 876 54321 J961 ECS AC IN SWITCHING REGULATOR QD/D CONVERTER, AUDIO IN, USB CONTROL() B SUB µ-COM, GVIF RECEIVER, D/D CONVERTER, INVERTER, AUDIO, SENSOR AMP() CN930 CN9313P 3PINPUT1 AUDIO ININPUT2 AUDIO IN LCD DISPLAY LCD BACK LIGHTLCD BACK LIGHTLCD BACK LIGHTLCD BACK LIGHT 1 2 3 4 5 6 7 8CN1101 8P USB D- USB D+ USB GND USB DETUSB POWER CONT USB SHIELD GNDPROTECT USB 18V 1 2 3 4 5 6 7 CN1700 (HEAD PHONE)CN1701 7P GND L OUT R OUTGND HP_STATS-GND S-GND U(PHONE) B-SSS3558-KESSENZU-EPS05 A/D CONVERTER, SYNC_IRQ GENERATOR, TMDS RECEIVER, DDC, µ-COM, INPUT SELECT, SYNC SEPARATOR, SCAN CONVERTER, GVIF TRANSMITTER ()