DSUB_R+ 5 DSUB_R- 5 47N 16V DSUB_5V 47N 16V C114 C OHM 1/16W 10OHM1/16W R115 R117 5PF 50V C113 FB104 75OHM1/16W R116 CMVCC1 FB101 BEAD VGA_R+

Size: px

Start display at page:

Download "DSUB_R+ 5 DSUB_R- 5 47N 16V DSUB_5V 47N 16V C114 C OHM 1/16W 10OHM1/16W R115 R117 5PF 50V C113 FB104 75OHM1/16W R116 CMVCC1 FB101 BEAD VGA_R+"

Arleen Banks
5 years ago
Views:

1 . chematic. caler Board (GM0J00000W) H_ync R0 0R0 /0W R0 K/W V_y nc R0 K/W UB_H UB_V CN0 0 VGA_PLUG VGA_B- VGA_B VGA_G- VGA_G VGA_R- VGA_R UB_A VGA_G -UB P C 000pF 0V C 000pF 0V C_CL C_CL C_A C_A FB0 00 OHM RX0P RX0N RXP RXN RXP RXN RX0P RX0N RXP RXN RXP RXN RXCP RXCN VGA_G- R 0K/W ET_CABLE FB0 BEA R OHM/W E_VCC R.K/W Meridian UB_B C N V UB_R CMVCC VI_V C 00N V C 0NV C_A UB_A C0 P 0V U0 AZC-0 I/O I/O V I/O I/O H_ync VI_HP R 0OHM/W R 0OHM/W R 0OHM/W R 0OHM/W R0 0OHM/W R 0OHM/W U0 AZC-0 I/O I/O V I/O I/O E_VCC VCC. CMVCC C_CL C_A C_WP R0 OHM /W R0 0OHM/W C0 PF 0V R OHM /W UB_V 0 BAV0 R0.K/W C 00N V VGA_R E_VCC RXCP RXCN VI_HP VGA_B FB0 BEA C_CL C_A C_WP UB_G- R 0K/W FB0 0 BAV0 00 OHM Input C_CL C_CL C_A R0 00OHM/W R 00OHM/W UB_CL R0.K/W Z0 RLZ.B UB_V C0 P 0V UB_CL U0 AZC-0 I/O I/O V I/O I/O V_y nc VGA_PLUG VGA_B E_VCC CN0 JACK VI_V VY Y C CL C A V HP /shield /shield 0/shield clk shield AT0 AT0- AT AT- AT AT- AT AT- AT AT- AT AT- clk clk- 0 0 R 00OHM/W R 00OHM/W R0 0K/W R 0OHM/W R 0OHM/W E_VCC C 000pF 0V U0 AZC-0 I/O I/O V I/O I/O VGA_PLUG VGA_B- VGA_G VGA_R VGA_R- FB0 BEA R OHM/W R.K/W R.K/W R.K/W R0 0OHM/W C0 N V UB_B- C0 000pF 0V R 0OHM/W UB_G C0 N V R 0OHM/W C N V UB_R- U0 VCC A0 WP A CL A A V ATC0BN-H-T R 0K/W U0 VCC A0 WP A CL A A V ATC0BN-H-T U0 AZC-0 I/O I/O V I/O I/O E_VCC C0 000pF 0V R 0K/W R.K/W R0 OHM/W FB0 00 OHM E_VCC,,, CMVCC C0 N V C0 PF 0V UB_OG C0 N V R OHM /W C PF 0V C 0NV

2 0 Meridian Output CN0 PA[0..] PA[0..] PA0 PA PA PA PA PA PA PA PA PA LVAP LVAM LVACKP LVACKM LVAP LVAM LVAP LVAM LVA0P LVA0M PB[0..] 0 PB0 LVBP LVB0M RXO0- RXO0 PB LVBM LVBM RXO- RXO PB LVBCKP LVBM RXO- RXO PB LVBCKM LVBCKM RXOC- 0 RXOC PB LVBP LVBM RXO- RXO PB LVBM LVA0M RXE0- RXE0 PB LVBP LVAM RXE- RXE PB LVBM LVAM RXE- RXE PB LVB0P LVACKM RXEC- 0 RXEC PB LVB0M LVAM RXE- RXE FB0 CMVCC 0 OHM C0 UF V,,, CMVCC R0 0K/W R0 00K/W R0 K/W R0.K/W C0 00N V C0 uf V R0 0K/W AO0L LVB0P LVBP LVBP LVBCKP LVBP LVA0P LVAP LVAP LVACKP LVAP PANEL_VCC R0 0 OHM /W PB[0..] PANEL_VCC Q0 AO0 U0 /AO CMVCC PPWR_ON# Q0 LMBT0LTG R0 C0 0NV G R0 0 OHM /W C0 00N V G

3 CN0 V R0 BKLT-VBRI 0R0 /0W 0 BKLT-EN R0 /0R0 /0W % 0 M0A 0 M0A C0 Q0 00N V LMBT0LTG 0 M0A on_backlight R0 K/W CMVCC 0 C0 M0A N 0V CMVCC,,, Meridian FB0 BEA OT U0 U0 VI VO ropout voltage must < 00mA C 0uF V R K -% /W CMVCC VCC. R0 0K/W R0 BKLT-EN 0K/W R0 00OHM/W U0 Thermal Pad BT W VIN EN FREQ COMP FB MPEN V CN0 C C0 N 0V 0uF V JACK C C 0uF V 00nF V OT U0 G-TUF OT C0 00N V L0 UH C C 0uF 0V 00N V AJ() VOUT(TAB) VIN CMVCC 0 M0A adj_backlight C FB0 00nF V 0R0 /0W R 00K/W R 00K/W V VI VO VCC. C0 00N V C0 C0 00N V UF V OT VCC. U0 /AZ-.-E IN OUT C0 C0 00N V UF V R C C K /W % N 0V N 0V Z0 /RLZ.B Power CMVCC CMVCC R0 0K/W BKLT-VBRI C 0pF 0V C C R R 00nF V 00N V K /W 0K /W % ropout voltage must < 00mA CMVCC

4 Meridian caler 00OHM C0 00N V PA0 PA PA PA PA PA PA PA PA PA CMVCC C pf 0V RXP RXN RXP RXN RX0P RX0N RXCP RXCN C_A C_CL PB0 PB PB PB PB PB PB PB PB PB R /00OHM/W R0 00OHM/W LE_ORANGE KEY KEY U0 For All model Max condition for LE:. Vcc =. V. Current = ma FW need to be modified. VCC. C C C C 00N V 00N V 00N V 00N V R0 R0.K/W.K/W R.K/W VVI VMPLL VPLL AV VP VC UB_R UB_R- UB_G UB_G- UB_OG UB_B UB_B- UB_H UB_V C_A C_CL C0 0NV U0 C# VCC O HOL# WP# CLK V I ENF0-00GCP 00N V C C 00N V VCC. on_backlight adj_backlight R0 K/W T 00A 00A Befor AOC I00 O X'TAL Normal Function : CL = Cs ((Cg*Cd)/(CgCd)) P. : Assume Cs = pf X0 CL of PEC Cs and Cd (C0, C) (G -B-H) pf pf (G --J) pf pf C 00N V KEY 0R CN0 FB0 0R KEY POWER_KEY# LE_G LE_R C VMPLL VCC. R LE_R /.K OHM -% /W FB R0 0R /W % 0 R 0R0OHM/W X0.MHZ/PF TUMUNWHL-LF- 0 R 00OHM/W R 00OHM/W R 00OHM/W Eon 00OHM 00OHM C0 00N V VCC. VC FB0 0 OHM C C 00N V 00N V RIN0P RIN0M GIN0P GIN0M OGIN0 BIN0P BIN0M HY0 VY0 CA_A/R_TX CA_CL/rs_RX VCTRL LVAP LVAM LVACKP LVACKM LVAP LVAM LVAP LVAM LVA0P LVA0M AV_ AV_ 0 RXP RXN RXP RXN RX0P RX0N RXCKP RXCKN C_A C_CL REXT REFP REFM O CZ CK I XOUT XIN LVBP LVBM LVBCKP LVBCKM LVBP LVBM LVBP LVBM LVB0P LVB0M GPIO_P/PWM0 PWM/GPIO_P GPIO_P PWM/GPIO_P AV_ AV_ AV_ VP VP VP VP VC VC VC VC GPIO_P/PWM RT BYPA MOE GPIO_P0 GPIO_P GPIO_P GPIO_P GPIO_P GPIO_P/AR0 GPIO_P00/AR GPIO_P0/AR GPIO_P0/AR GPIO_P0 GPIO_P0 PWM0/GPIO_P GPIO_P GPIO_P GPIO_P/PWM GPIO_P0/IC_MCL GPIO_P/IC_MA R0 LE_ORANGE.K/W C Z0 C Z0 C /0.uF V /RLZ.B /0.uF V /RLZ.B /0.uF V LE_R R.K/W VCC. LV ET_CABLE AUIO_MUTE FB0 AV VCC. FB0 VP Q0 LMBT0LTG VCC. VVI Z0 /RLZ.B VCC. WP C0 pf 0V R 00OHM/W PA[0..] VCC. CN0 For I00 I00 VCC.,,,, CMVCC R0 0R0 /0W R 00OHM/W R 00OHM/W T U0 CMVCC LE_G R R /0R0 /W 0R0OHM/W R 0K/W Q0 LMBT0LTG VPLL R 0K/W C 0U 0V R 00K/W AV LE_GRN/BLUE PB[0..] POWER_KEY# WP PB[0..] Volume R0 0K/W, VCC. VCC. FB0 C0 C0 00N V 00N V VCC. CMVCC R 0K/W U0 C0 C0 00N V 00N V C 00N V MCL MA R 0K/W Eon 00 C0 C0 C0 0U 0V 00N V 00N V R0 0R0 /0W CMVCC 00N V PA[0..] C_WP Q0 LMBT0LTG PPWR_ON# For user data, WB, EI, HCP are saved in Flash. FB0 /0 OHM LE_GRN/BLUE

5 Meridian GM000000I FB0 H_ync V_y nc R0 0R0 /0W R0 K /W % R0 K /W % UB_H UB_V VGA_B BEA R0 OHM -% /W R0 0OHM/W C0 PF 0V C0 N V UB_B R 00OHM/W CN0 -UB P 0 FB0 00R C0 P 0V VGA_B VGA_R C0 N V UB_R- CN0 JACK VY Y C CL C A V HP /shield /shield 0/shield clk shield AT AT- AT0 AT0- AT AT- AT AT- AT AT- AT AT- 0 0 RX0P RX0N RXP RXN RXP RXN RX0P RX0N RXP RXN RXP RXN R.K/W CMVCC E_VCC C_CL C_A C_CL C_A R 00OHM/W UB_CL UB_A R0.K/W R0.K/W VGA_PLUG VGA_G- VGA_B- VGA_B VGA_G- VGA_G VGA_R- VGA_R C0 P 0V Z0 RLZ.B UB_V H_ync V_y nc C 00N V VGA_G VGA_R U0 AZC-0 I/O I/O U0 AZC-0 I/O I/O I/O V I/O I/O V I/O UB_CL UB_A VGA_PLUG E_VCC E_VCC C0 00N V C 00N V VGA_G clk clk- VGA_B- FB0 BEA FB0 BEA R OHM -% /W R OHM -% /W R0 OHM /W R0 /0OHM/W R0 0OHM/W C0 PF 0V R OHM /W R 0OHM/W C PF 0V C0 N V C0 /nf 0V C0 N V C N V UB_B- UB_OG UB_G UB_G- UB_R VGA_R- R OHM /W C N V VI_HP FB0 00R C 00N V VI_V R0 0K /W % C nf 0V R 00OHM/W R 00OHM/W R 0OHM/W R 0OHM/W R 0OHM/W R 0OHM/W R 0OHM/W R 0OHM/W R0 0OHM/W R 0OHM/W C_CL C_A RXCP RXCN C_CL C_A VCC.,, CMVCC CMVCC R.K/W C_CL C_A CV_WP FB0 00R 0 BAV0 VI_V CMVCC R 0K /W % UB_V VCC WP CL A U0 A0 A A FMC0A RXCP RXCN 0 BAV0 E_VCC C 0nF V U0 AZC-0 I/O I/O I/O V I/O C0 00N V U0 AZC-0 I/O I/O V I/O I/O C 00N V E_VCC U0 AZC-0 I/O I/O V I/O I/O C 00N V E_VCC VI_HP VGA_PLUG R 0K /W % R.K/W R 0K /W % ET_CABLE E_VCC R.K/W C_CL C_A C_WP R.K/W R 0K /W % VCC WP CL A U0 A0 A A FMC0A C 0nF V

6 Meridian PA[0..] PB[0..] PA[0..] PB[0..] PA0 PA PA PA PA PA PA PA PA PA LVAP LVAM LVACKP LVACKM LVAP LVAM LVAP LVAM LVA0P LVA0M PB0 LVBP PB LVBM PB LVBCKP PB LVBCKM PB LVBP PB LVBM PB LVBP PB LVBM PB LVB0P PB LVB0M PANEL_VCC CN RXO0 RXO RXO RXOC RXO RXE0 RXE RXE RXEC RXE RXE- RXE RXEC- RXEC RXE- RXE RXO0- RXO0 RXO- RXO RXO- RXO RXOC- RXOC RXO- RXO RXE0- RXE0 RXE- RXE RXO0- RXO- RXO- RXOC- RXO- RXE0- RXE- RXE- RXEC- RXE- PANEL_VCC LVB0M LVB0P LVBM LVBP LVBM LVBP LVBCKM LVBCKP LVBM LVBP LVA0M LVA0P LVAM LVAP LVAM LVAP LVACKM LVACKP LVAM LVAP FB0 0 OHM,, CMVCC CMVCC C0 UF V R0 0 OHM /W R0 0 OHM /W C0 00N V R0 00K/W Q0 AO0 U0 /AO PPWR_ON# R0 K/W Q0 LMBT0LTG CMVCC G R0 0K /W % C0 0nF V R0.K/W C0 00N V G AO0L R0 0K /W % C0 uf V

7 0 M0A OT 0 M0A C0 00N V VCC. C0 UF V Meridian BKLT-EN Q0 LMBT0LTG U0 VI VO R0 K/W on_backlight BKLT-VBRI CMVCC adj_backlight 0 M0A U0 /AZ-.-E IN OUT V CN0 JACK C 0uF V C 00nF V R0 K /W % C0 UF V VCC. C 00N V CMVCC,, OT C0 0uF 0V C 0uF V L0 uh VCC. R0 0K /W % U0 VI VO V Z0 /RLZ.B CMVCC U0 G-TUF R0 0K /W % BKLT-EN BKLT-VBRI R0 00OHM/W C0 00nF V R0 00K/W R0 00K R0 00K/W VCC. C0 00N V C0 00N V VCC., C 0uF V CMVCC C0.NF 0V AJ() VOUT(TAB) VIN CMVCC VCC. R0 0K /W % C0 00N V OT 0 M0A OT C0 00N V FB0 0R0 /0W FB0 BEA 0 M0A R.K % C nf 0V U0 MPEN Thermal Pad BT W VIN EN FREQ COMP FB C 0pF 0V R0 K % FB0 0R0 /W C nf 0V

8 Meridian VVI VMPLL VPLL AV VP VC VCC. FB0 VPLL VCC. FB0 AV VCC. FB0 VMPLL VCC. VVI 00OHM 00OHM 00OHM CMVCC VCC. C 0U 0V R 00K/W AV UB_R UB_R- UB_G UB_G- UB_OG UB_B UB_B- UB_H UB_V C_A C_CL RXP RXN RXP RXN RX0P RX0N RXCP RXCN C_A C_CL C 0nF V U0 WP Vcc O HOL R0 W C 0K /W % Vss IO AL00AO-F adj_backlight C pf 0V R0 0R /W % C 00N V X0.MHZ/PF R 0R0 /W C 00N V PA0 PA PA PA PA PA PA PA PA PA PB0 PB PB PB PB PB PB PB PB PB R0 /00OHM/W R 00OHM/W R0 00OHM/W R0 00OHM/W PB[0..] LE_GRN/BLUE LE_ORANGE R 00OHM/W POWER_KEY# R /00OHM/W LCL R /00OHM/W LA EE_WP R /00OHM/W R /00OHM/W PB[0..] C0 00N V C0 0U 0V C0 00N V EE_WP R0 K /W % CV_WP C_WP WP Q0 LMBT0LTG PPWR_ON# on_backlight LE_G R 0R0 /0W KEY Q0 KEY LMBT0LTG C0 00N V,, CMVCC R 0R0 /0W CN0 / C0 00N V C0 00N V VCC. CMVCC R0 0R0 /W R0.K/W C0 00N V C 00N V R0 0K /W % LE_GRN/BLUE R.K/W LE_ORANGE C 00N V C /00N V Z0 RLZ.B KEY KEY POWER_KEY# LE_G LE_R Z0 RLZ.B R0 0R0 /W LV R 00OHM/W R 00OHM/W R 00OHM/W PA[0..], ET_CABLE VCC. VCC. U0 VP C 00N V R /0K/W VCC A0 WP A CL A A VCC. C0 00N V LCL LA LE_R C0 00N V C0 00N V CMVCC VCC. R0 /0R0 /W VCC. C 00N V VC C 00N V C0 00N V R /0K/W /ATC0BN VCC. R R R0.K/W.K/W.K/W CN0 C 00N V C 00N V C /00N V Z0 RLZ.B R /0K/W C pf 0V TUMUNWHL-LF RIN0P RIN0M GIN0P GIN0M OGIN0 BIN0P BIN0M HY0 VY0 CA_A/R_TX CA_CL/rs_RX RXP RXN RXP RXN RX0P RX0N RXCKP RXCKN C_A C_CL REXT REFP REFM O CZ CK I XOUT XIN VCTRL LVAP LVAM LVACKP LVACKM LVAP LVAM LVAP LVAM LVA0P LVA0M LVBP LVBM LVBCKP LVBCKM LVBP LVBM LVBP LVBM LVB0P LVB0M GPIO_P/PWM0 PWM/GPIO_P GPIO_P PWM/GPIO_P 0 AV_ AV_ AV_ AV_ AV_ VP VP VP VP VC VC VC VC GPIO_P/PWM RT BYPA GPIO_P0 GPIO_P GPIO_P GPIO_P GPIO_P GPIO_P/AR0 GPIO_P00/AR GPIO_P0/AR GPIO_P0/AR GPIO_P0 GPIO_P0 PWM0/GPIO_P GPIO_P GPIO_P GPIO_P/PWM GPIO_P0/IC_MCL GPIO_P/IC_MA PA[0..] VCC. MOE CMVCC FB0 /0 OHM FB0 /0 OHM LE_R

9 0pF 0V C Meridian R 0R0 /W CN0 con 0 con con con con con con con con 0 con con con con con con con / /CN0 CN0 / Z0 L0 UH K0B LE LE LE LE LE C0 00N 0V R 0R0 A /W IC0 TA0LN-A-0-TR C0.UF 00V Q0 C0 00N 0V C0 00N 0V V BKLT-VBRI BKLT-EN IEN A IEN IEN IEN IEN OVP R G OHM /0W /-% G LE LE LE R con LE R R /0W % R LE 0 0 C0 0.uF V R 00R /0W % E-PA IEN IEN IEN PWM TATU TCMP OVP IET RT ENA IW APM00KCTRG R0 OHM /0W /-% R 0K /0W % R0 K -% /0W C 00P 0V con R 0R0 A /W con LE con LR VREF P VIN EL COMP R 0K /0W % R 00 OHM /W R0 R /0W % LE R R R /0W % con R LE R0 C0 C K /0W % U V 0.uF V R0 R0 (0. OHM) LE R0 0. OHM -% /W R0 00K /0W % con LE con R0 0K /0W % R R /0W % con LE C0.UV R0 LE con R 00K /0W % LE con R0 R con LE R 0 OHM /0W R con LE R LE LE LE LE LE C 0UF V R con LE IC0 R con LE R R con LE IEN A IEN IEN IEN IEN R con LE LE LE LE R R 0R0 /0W LE LE R 0 E-PA IEN IEN IEN PWM TATU TCMP OVP OVP IET RT ENA IW 0 R R R LE LE C0 R0 LR VREF P VIN EL COMP R 0R0 /0W LE LE R M /W % OVP R R (0R0 /0W) LE LE R 0R0 /0W C 0R0 A /W R0 OVP R0 0R0 /0W 00pF 0V C LE LE R R (0R0 /0W) R LE LE K C0 R 0R0 /0W LE LE R CPT CLAAFA0 V CMO MH-LA LG LMWF-TLA AUO MHW0 V EC LTMAT0 CPT CLAAWA0 AUO MXWV0 V (TPV)TPMB-XW0 CPT CLAAFA0 V CMO MH-LA LG LMWF-TLA AUO MHW0 V EC LTMAT0 CPT CLAAWA0 (TPV)TPMB-XW0 AUO MXWV0 V R R R R R R0 0K K 0K K 0K K K 0K R R R R R 0K K R R R R R R K K K K K K K.K R R R R R R 0R 0R 0R 0R 0R 0R R R R R R R R0 K K R R R R R0 K K K K K K R R R R R R R IC0 0 0 R R R 0R 0R R R R 0K 0K R R R 0K 0K R R R0 00R 00R R R C0 0.u 0.u R R C 0.u 0.u R R R0 K K R R C0.u.u 0R 0R R 00K 00K 0R R XX K XX K 0R 0R R XX K XX K R XX K XX K 0R 0R 0R 0R 0R R R R R R R R R R R R R R R R R R R R0 R R R R R R R R R R0 R R R R R R0 R R

10 Meridian. Adapter Board (G0P ) R0 00 OHM /W R C0 C N 00V N 00V 00 OHM /W T0 0 iode MBR000CT C0 uf 0V C0 0NFKV R 0K /W 0K /W 0K /W 0K /W C R R R0 00PFKV FL C 0UF V C 0UF V FL 0 R0 N00 0K /W B0 KBP0G-0 0 C0 N00 00N 0V C uf/0v R0 00K C /W 00pF0V R 00OHM -% /W R MK0F. OHM Q0 R 0OHM -% /W 0.OHMW R0 MOHM -% /W MOHM -% /W C0 0N 0V F0 FUE C 00uF V V/A LE LE R.KOHM -% /0W R R /W % 00uH - IC0 L0 LATCH HV COMP C VCC OUT L0G 0 LL R0 0K OHM -% /W mh R0 0 OHM /0W R0 R0 R KOHM /0W C0 0.UF R K /0W L0 CN0 OCKET L0 0.uH R C0 U V 0K /0W % R.KOHM -% /W IC0 PCXYFZOF C 0.0uF 0V IC0 C00 KIAA-AT/P 0.mH 0.00uF/0V NR0 NTCR OHM A t C0 U V R0 M OHM -% /W

11 . Inverter Board E (GP000000) F0 V V V V IM ENA R0 OHM -% /0W C0 N 0V R0.K /W R0 R /W % APMAKC G G Q0.UV C 0 IC0 NR PR VA TIMER PWM IEN OVPT ENA NR P PR A RT CT TCMP VEN tagn-a-0-tr C 0 N C N 0V 0 BAV0 C0.nF 0V C0.nF 0V Meridian CN0 CN0 R0 FUE 0K /0W 0K /0W R0 Z0 BZX-BV C0 N 0V R0 R /W % V C0.uF V APMAKC IEN R 0R /0W % C.UV C C N 0V OVPT R R /W % R R /W % G G Q0 R V KOHM -% /W R M /0W % C0 pf/kv C0 pf/kv CN0 C N 0V G RK00FT Q0 C 0P 0V POWER X'FMR PT0 POWER X'FMR PT0 P R K /W R 0R /0W % IEN 0 BAV V R0 0K /0W 0 P OVPT C 0N 0V R0 00K /0W R 00K /0W Z0 BZX-BV R0.K /W C0 0uF V C0 00N 0V R K /W BAW C B E R M /0W % R 0R0/W

12 0 Meridian. Converter Board EL (GP000000W) G 0 N L0 uh Q0 OVP R /0KOHM /0W OVP R /0K /0W % 0 PWM TATU IEN IEN TCMP IEN COMP IEN EL A VIN IEN P IEN VREF IEN LR OVP IEN IET IW RT ENA IC0 TA0GN 0 R / OHM /0W R0 / OHM /0W R / OHM /0W R / OHM /0W R / OHM /0W R0 /K /0W % CN0 / V ENA F0 FUE C0 00uF V R0 0. OHM -% /W R0 Z0 B0B R K /0W C0. uf 00V C0 00N 0V C0 00N 0V R0 0KOHM /0W OVP R0 0R0 /0W R /0K /0W R 0 OHM /0W 0 PWM TATU IEN IEN TCMP IEN COMP IEN EL A VIN IEN P IEN VREF IEN LR OVP IEN IET IW RT ENA IC0 0 /TA0GN R OHM /0W R / OHM /0W R OHM /0W R0 / OHM /0W R OHM /0W R OHM /0W R OHM /0W R OHM /0W R 0K /0W % R 00 OHM /0W C0 0.uF V R0 C0 U V K /0W % R0 C0.UV R 0R0 /0W R / OHM /0W R / OHM /0W R0 C0 / 0.uF V /00 OHM /0W R CN0 CN0 0 C0 00N 0V IM R 0R0 /W G G P00 R0 K/0W R R K /0W % /0K /0W R0 00K /0W % 0 0 R 0 OHM /0W R C 00N 0V R0 0K /0W % OVP R M /W % R 0 OHM /0W R / OHM /0W R /0K /0W % C0 /.UV R /00K /0W %

13 GP CN0 Q0 APM00K 0. OHM -% /W R R C0 0.uF 0V K R OHM /0W Meridian R R C nf 0V V ENA C0 0.uF 0V IM R 0R0 /W C0 00uF 0V R0 L0 u G G R 0 OHM /0W Z0 K0B 0. OHM -% /W R C0 U R0 0K /0W % C0 0.uF 0V R0 0K -% /0W R K -% /0W OVP R0 0KOHM /0W R0 0 PWM TATU IEN IEN TCMP IEN COMP IEN EL A VIN IEN P IEN VREF IEN LR OVP IEN IET IW RT ENA IC0 TA0 A 0 0 OHM /0W R 0 OHM /0W OVP OVP R M /W % R MAX0R0 Iout R0 R R R 0mA K K K K ma K 0K K 0K MA 0K.MA 0K K R K /0W % R 00 OHM /0W C0 U V C0.UV R OHM /0W R OHM /0W R OHM /0W R0 OHM /0W R OHM /0W R OHM /0W R OHM /0W R 0K /0W % C0 0.uF V R0 K /0W % R0 R0 00K /0W % R R R R 0R0 /0W CN0 0 CN0

14 Meridian G0P00000I CN0 con con con con con con con con con con con con con con 0 CN0 LG LMWF-TLE CN0 CN0 con con con EC LTMAT0 con con CN0 con con con

15 . Key Board (G0K0G00000) C00 000pF 0V VCC C00 0uF.V C00 00N 0V Buttons U00 Button_ R00 0R /0W % INPUT T0 LE_Blue LE_Amber IC_CL IC_A 0 Button_ Button_ Button_ R00 0R /0W % Power T0 T0 CYC00-LXI MENU IC CL VCC Meridian Z00 /UZNP.B Button_ Button_ LE_Blue INPUT Z00 /UZNP.B GP0[0] GP0[] IC CL IC A GP0[] XRE GP[] R00 0R /0W % GP[0] GP[] V GP[] GP[] V GP0[] CInt GP0[] Button_ Button_ R00 0R /0W % LEFT MENU Button_ R00 0R /0W % RIGHT T0 T0 CN0 KEY LE R IC A Z00 /UZNP.B Z00 /UZNP.B Button_ CN00 LEFT IC_CL IC_A LE_Vcc VCC LE00 LE KEY LE_Amber POWER KEY# RIGHT CN00 Yellow White R00 0 OHM /0W % R00 0 OHM /0W LE G LE VCC POWER

6. Schematic. Meridian Scaler Board (715G4502M C) Remark: Parts position can be searched by using FIND function in PDF.

6. Schematic. Meridian Scaler Board (715G4502M C) Remark: Parts position can be searched by using FIND function in PDF. . Schematic Meridian. Scaler Board (G0M000000C) INPUT D-SUB DDCSCL R0 DDCSCL_A DDCSCL 00R /W % VSIN0 HSIN0 DDCSDA R0 DDCSDA_A DDCSDA 00R /W % CN0 0 D-SUB P VGA_CABLE_DET BIN0 BIN0- VGA_V BIN0- BIN0 GIN0-