B0549-SCH-01 RD VEGA STDP4028 (DVI to DPTx) Reference Design PCB# Revision History
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- Emil Carpenter
- 5 years ago
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1 0-SH-0 R-0 VEG STP0 (VI to PTx) Reference esign P# 00- Revision History SHEMTI SHEET ate uthor Version omments 0. ontents, Revision History Sept., 00 Tony W. Rev. Initial schematic. 0. Overview Oct., 00 Tony W. Rev. Swapped S with S 0. Power Supply, +V, +.V & +.V 0. VI Receiver Interface June, 00 Tony W. Rev. Removed U0 (Optional Oscillator) Removed 0 & Q0 0. STP0, LVS Input & ootstraps July, 00 Tony W. Rev. Updated VEG STP0 TTL Mapping 0. STP0 --- SYS. PRX & ccessories July, 0 Tony W. Rev. Updated efault ootstrap Settings 0. STP0--- PWR & GN Sept, 0 ill. Rev. hanged block and logo to Megahips 0. PTx Interface 0. Host interface & udio Inputs Layout Notes:. 0 ohms impedance on all LVTTL traces. 00 ohms differential impedance on all P & LVS trace pairs. Layers P, *** Top, GN, PWR, ottom ***,THK = 0.0 inches 0. ontents Size ocument Number Rev 0-SH-0 ate: Friday, September, 0 Sheet of
2 ual-link VI onnector ual-link VI Receiver ual-link VI Receiver Gprobe Host Interface IR Input Even LVTTL us Odd LVTTL us STP0 S/PIF & IS isplayport (PTX) Level Shift SPIF Input -H IS & S/PIF Input onnector UX I UX URT +V Regulator +V INPUT +.V LO Regulators (.) () +.V LO Regulators (.) 0. Overview Size ocument Number Rev 0-SH-0 ate: Friday, September, 0 Sheet of
3 +V U0 +V N0 F0.0 VIN_SW SW L0. uh GN Z0 ST-SMMF 0 00uF/V 0 EN VIN_ SYN GN PGN ep V_F R0 0K % R0 0 00uF/0V 0 0.uF R0 0 0 LE Red uf/v ST-STS0 0.0K % GN +V U0 +V_V +V_V 0 uf/0v NP R uF VIN SS GN GN VOUT PGOO J GN ST-L R0 00K R0 0.0K % R0.K % 0 uf/0v F0 0 uf/0v +V_V GN +V_V +V_V Z0 Z0 ES--F ES--F Populate with 0 ohms resistors uf/0v R0 U0 VIS VIN 0 VIN VIN 0.0uF EN N N N N N N N N SS 0 GN P VOUT VOUT VOUT PGOO J ST-L R0 00K R 0.0K % R0.0K % 0 uf/0v F0 0 uf/0v GN0 GN0 GN GN0 GN0 GN MH0 GN MH0 MH0 MH0 0.0uF 0. Power Supply, Fixed +V, dj. +.V & dj. +.V GN Size ocument Number Rev 0-SH-0 ate: Friday, September, 0 Sheet of
4 +V_V F0 0 uf/v 0 0.uF 0 0.uF 0 0.uF 0 0.uF 0 0.uF 0 0.uF 0 0.uF 0 0.uF 0 0.uF 0.uF 0.uF 0.uF 0.uF 0.uF 0.uF 0.uF +V_TMS 0.uF 0.uF +V_V F0 0 uf/v 0.uF 0.0uF +V_TMSPLL 0.uF 0.0uF O_R O_R O_R O_R R R R R R R R R VI_OR VI_OR VI_OR VI_OR VI_OR[..] VI_OR[..] GN GN O_R O_R O_R O_R R R0 R R R R R R VI_OR VI_OR VI_OR VI_OR +V_V F0 uf/v 0.uF 0.uF 0.uF 0.uF 0 0.uF 0.uF +V_TMS 0.uF 0.uF +V_TMS O_G R O_G R O_G R O_G R R R R R VI_OG VI_OG VI_OG VI_OG VI_OG[..] VI_OG[..] VI_+V GN +V_TMS O_R O_R O_R O_R O_R O_R O_R O_G O_G O_G O_G O_G O_G O_G O_G O_ O_ O_ O_ O_ O_ SO_R SO_R SO_R SO_R R0 R VI_OR O_G R R R0 R VI_OR VI_OR[..] O_G R R VI_OR VI_OR[..] R0 R O_G R R R0 R VI_OR O_G R0 R VI_OG VI_OG VI_OG VI_OG N0 ual - Link VI onnector 0 0 RX+ RX- VI_SL VI_S RX+ RX- RX+ RX- RX0+ RX0- S_RX+ S_RX- S_RX+ S_RX- S_RX0+ S_RX0- +V_TMSPLL +V GN +V_TMS _INV R 0K R 0K NP GN O_R GN R 0 % V_TMS R 0K OGN QO OV GN RX+ RX- V GN V RX+ RX- GN V GN RX0+ RX0- GN RX+ RX- V EXT_RES PV PGN RSV /OK_INV QO QO QO0 QO QO 0 QO QO GN V QO QO QO QO QO QO0 0 QO QO OGN OV QO QO QO QO QO QO ST _ST M_S /STG_OUT Sil S_ /P ST PIXS/M_S GN V /STG_OUT/SYN ST /PO QE0 QE QE QE QE QE QE QE OV OGN QE QE QE0 QE QE QE 0 0 EVEN_ EVEN_ EVEN_ EVEN_ EVEN_ EVEN_ EVEN_ EVEN_ EVEN_G EVEN_G EVEN_G EVEN_G EVEN_G EVEN_G 0 QO QO0 HSYN VSYN E OGN OLK OV TL TL 0 TL GN V QE QE QE QE0 QE QE QE 0 QE OV OGN QE QE U0 O_ O_ HSYN VSYN E LK EVEN_R EVEN_R EVEN_R EVEN_R EVEN_R EVEN_R EVEN_R EVEN_R EVEN_G EVEN_G +V_TMS R 0K SO_R SO_R SO_R SO_R SO_G SO_G SO_G SO_G SO_G SO_G SO_G SO_G SO_ SO_ SO_ SO_ SO_ SO_ SO_ SO_ +V_TMS R0 R0 R0 R0 R0 R0 R R R R R R R R R R0 R R R R R R R R R R R R R R R R R R R R R R R R VI_OR VI_OR VI_OR VI_OR VI_OG VI_OG VI_OG VI_OG VI_OG VI_OG VI_OG VI_OG VI_O VI_O VI_O VI_O VI_O VI_O VI_O VI_O VI_OG[..] VI_O[..] VI_OG[..] VI_O[..] O_ R O_ R O_ R O_ R O_ R O_ R O_ R O_ R EVEN_R R EVEN_R R0 EVEN_R R EVEN_R R EVEN_R R EVEN_R R EVEN_R R EVEN_R R EVEN_G R EVEN_G R EVEN_G R EVEN_G R0 EVEN_G R EVEN_G R EVEN_G R EVEN_G R EVEN_ R EVEN_ R EVEN_ R EVEN_ R R R R R R R R R R R R R R R R R R R R R R R R R R R R R VI_O VI_O VI_O VI_O VI_O VI_O VI_O VI_O VI_ER VI_ER VI_ER VI_ER VI_ER VI_ER VI_ER VI_ER VI_EG VI_EG VI_EG VI_EG VI_EG VI_EG VI_EG VI_EG VI_E VI_E VI_E VI_E VI_O[..] VI_ER[..] VI_EG[..] VI_E[..] VI_O[..] VI_ER[..] VI_EG[..] VI_E[..] +V Molex V0 VI_+V 0.uF GN U0 V 0 WP SL GN S 0 0K R 0K R GN VI_SL VI_S +V 0.uF GN +V_TMS +V_TMSPLL _INV GN +V_TMS R 0 % V_TMS R OGN QO OV GN RX+ RX- V GN V RX+ RX- GN V GN RX0+ RX0- GN RX+ RX- V EXT_RES PV PGN RSV /OK_INV QO QO QO0 QO QO 0 QO QO GN V QO QO QO QO QO QO0 0 QO QO OGN OV QO QO QO QO QO QO _ST E ST R Sil S_ /P ST PIXS/M_S GN V /STG_OUT/SYN ST /PO QE0 QE QE QE QE QE QE QE OV OGN QE QE QE0 QE QE QE 0 0 SO_ SO_ SO_ SO_ SO_ SO_ SO_ SO_ SO_G SO_G SO_G SO_G SO_G SO_G 0 QO QO0 HSYN VSYN E OGN OLK OV TL TL 0 TL GN V QE QE QE QE0 QE QE QE 0 QE OV OGN QE QE U0 +V_TMS SO_R SO_R SO_R SO_R SO_R SO_R SO_R SO_R SO_G SO_G +V_TMS R 0K R0 0K GN SW0 SW IP- +V_V R 0K R 0K R 0K R0 0K R 0K R 0K _INV _INV _ST _ST M_S /STG_OUT SW # SW0. SW0. SW0. SW0. SW0. SW0. EVEN_ EVEN_ EVEN_ EVEN_ HSYN R VSYN R E R LK R Name /OK_INV ST R R0 R R PIXS/M_S STG_OUT R R R R R R R VI_E VI_E VI_E VI_E efinitions : Inverted OLK 0: Normal OLK VI_HSYN VI_VSYN VI_E VI_LK : High Output rive Strength 0: Low Output rive Strength : -pixel/clock when in single link 0: -pixel/clock when in single link : Normal Simultaneous Outputs (EVEN & O) 0: Staggered Output GN GN GN 0. ual-link VI Receiver Size ocument Number Rev 0-SH-0 Friday, September, 0 ate: Sheet of
5 U0 VI_EG0 VI_EG VI_EG VI_EG VI_EG VI_EG VI_EG VI_EG VI_E VI_E VI_OR VI_LK VI_HSYN VI_VSYN VI_ER0 VI_ER VI_ER VI_E VI_ER VI_ER VI_ER VI_ER VI_ER VI_ER VI_OG0 VI_OG VI_E VI_E VI_E VI_OR VI_OR VI_OR VI_OR VI_OR VI_OR VI_O VI_OG VI_OG VI_O0 VI_OG VI_OG VI_OG VI_O VI_O VI_O VI_O VI_O VI_O P N E0_LVRX_H0N E0_LVRX_H0P P N E0_LVRX_HN E0_LVRX_HP N M E0_LVRX_HN E0_LVRX_HP M L E0_LVRX_LKN E0_LVRX_LKP N M E0_LVRX_HN E0_LVRX_HP P N E0_LVRX_HN E0_LVRX_HP G G E_LVRX_H0N E_LVRX_H0P H H E_LVRX_HN E_LVRX_HP J J E_LVRX_HN E_LVRX_HP K K E_LVRX_LKN E_LVRX_LKP L L E_LVRX_HN E_LVRX_HP M M E_LVRX_HN E_LVRX_HP VEG STP0 U0 P N O0_LVRX_H0N O0_LVRX_H0P N M O0_LVRX_HN O0_LVRX_HP M0 L0 O0_LVRX_HN O0_LVRX_HP N M O0_LVRX_LKN O0_LVRX_LKP P N O0_LVRX_HN O0_LVRX_HP P N O0_LVRX_HN O0_LVRX_HP M M O_LVRX_H0N O_LVRX_H0P L L O_LVRX_HN O_LVRX_HP K K O_LVRX_HN O_LVRX_HP J J O_LVRX_LKN O_LVRX_LKP H H O_LVRX_HN O_LVRX_HP G G O_LVRX_HN O_LVRX_HP E0 & E LVS Input O0 & O LVS Input E0_LVRX_HN E0_LVRX_HP E0_LVRX_HN E0_LVRX_HP E_LVRX_HN E_LVRX_HP E_LVRX_HN E_LVRX_HP O0_LVRX_HN O0_LVRX_HP O0_LVRX_HN O0_LVRX_HP O_LVRX_HN O_LVRX_HP O_LVRX_HN O_LVRX_HP M L M L J H J K M L L M J0 H K0 J VI_E VI_E VI_EG VI_EG VI_ER VI_E0 VI_E VI_OR0 VI_E VI_OR VI_OG VI_OR VI_OG VI_O VI_OG VI_O VI_OR VI_OR VI_OR VI_OR VI_OR VI_OR VI_OR VI_OR VI_O VI_O VI_O VI_O VI_O VI_O VI_O VI_O VI_OG VI_OG VI_OG VI_OG VI_OG VI_OG VI_OG VI_OG VI_ER VI_ER VI_ER VI_ER VI_ER VI_ER VI_ER VI_ER VI_E VI_E VI_E VI_E VI_E VI_E VI_E VI_E VI_EG VI_EG VI_EG VI_EG VI_EG VI_EG VI_EG VI_EG VI_OR[..] VI_O[..] VI_OG[..] VI_ER[..] VI_E[..] VI_EG[..] VI_OR[..] VI_O[..] VI_OG[..] VI_ER[..] VI_E[..] VI_EG[..] +V_V GN R.K R0.K R.K R0.K R0.K R0.K R0.K R0.K R0.K R0.K R0.K R0.K R.K R.K R.K R.K NP NP NP NP NP (S_0) (S_) (S_) (S_) (S_) (S_) (S_) (S_) VEG STP0 PTx ootstraps VI_HSYN VI_VSYN VI_E VI_LK VI_HSYN VI_VSYN VI_E VI_LK LK_OUT/OOT0 URT_TX, GPIO_/OOT, GPIO_0/OOT, UX_URT_TX, GPIO_/OOT, GPIO_/OOT, IRQ/OOT, 0. STP0 --- LVTTL Input, ootstrapss VEG STP0 Note: VI_xx0 and VI_xx are for 0 bits color mapping only Size ocument Number Rev 0-SH-0 ate: Friday, September, 0 Sheet of 0
6 +V_V +V_V +V_V R0 R 0 R0 +V_V V_V RESETn RESETn GN PTX_HP_IN PTX_UXN PTX_UXP PTX_ML_L0N PTX_ML_L0P PTX_ML_LN PTX_ML_LP PTX_ML_LN PTX_ML_LP PTX_ML_LN PTX_ML_LP 0 0 0pF 0pF GN IR_IN 0.uF pf X0 MHz SPI_I SPI_O SPI_LK SPI_Sn IR_IN 0 % E G U0 PTX_REXT PTX_HP_IN/GPIO_ 0 0 PTX_UXN PTX_UXP PTX_ML_L0N PTX_ML_L0P PTX_ML_LN PTX_ML_LP PTX_ML_LN PTX_ML_LP PTX_ML_LN PTX_ML_LP TX_XTL TX_TLK RESETn SYS, udio & PTX SPI_I/GPO_ E SPI_O/GPO_0 F0 SPI_LK/GPIO_ SPI_Sn/GPIO_ IR_IN/GPIO_ UX_I_SL/GPIO_ UX_I_S_GPIO_ I_SL/GPIO_ I_S/GPIO_ URT_TX/OOT/GPIO_ URT_RX/GPIO_ UX_URT_TX/OOT/GPIO_ UX_URT_RX/GPIO_ IS_0/GPIO_ IS_/GPIO_ IS_/GPIO_0 IS_/GPIO_ IS_LK/GPIO_ IS_WLK/GPIO_ LK_OUT/GPIO_/OOT0 N N N N N N F F E E F G E.K.K URT_TX URT_RX UX_URT_TX UX_URT_RX IS_0 IS_ IS_ IS_ UX_I_SL UX_I_S IS_[0..] UX_I_SL UX_I_S I_SL I_S URT_TX, URT_RX UX_URT_TX, UX_URT_RX IS_LK IS_WLK LK_OUT/OOT0 R.K IS_[0..] R.K I_SL I_S R0 0K SPI_Sn SPI_I IR_IN GN R GN S S /E S SPI_O S /WP VSS 0 uf/0v IR Input U0 0 0.uF U0 V S /HOL S SPI_LK S S SPI_I Flash PROM (MP0) HG R0 0K SPI_LK SPI_O R 0K GN +V GN 0 0.uF SPH_J N0, IRQ/OOT R0 R0 NP F IRQ/OOT/GPIO_ VUF_RPLL TESTMOE0 PWM0/GPIO_0/OOT GPIO_/OOT GPIO_/OOT GPIO_/OOT E G0 F GPIO_0/OOT, GPIO_/OOT, GPIO_/OOT, GPIO_/OOT, +V_V U0 NP GN R G TESTMOE VEG STP0 +V +V 0.uF V 0 WP R0 SL GN S R M0 I_SL I_S N0 GN 0.uF N0 0.uF GN R.K GN External HP EEPROM SPH_J GN UX_I_SL UX_I_S URT (TTL) GN UX_URT_TX UX_URT_RX 0. STP0 --- SYS, ccessories Size ocument Number Rev 0-SH-0 ate: Friday, September, 0 Sheet of
7 +V_V +V_V V_OUT_LV_ F uf/0v 0.uF 0.uF uf/0v 0.uF 0.uF 0.uF 0.uF 0.uF 0.uF +V_V U0 GN +V_V V_V F0 uf/0v 0.uF 0.0uF GN +V_V uf/0v 0.uF 0.uF 0.uF 0.uF GN +V_V V_LVRX_V F0 uf/0v 0.uF 0.uF GN GN 0 uf/0v 0.uF GN +V_V F0 uf/0v GN +V_V 0.uF 0.uF 0.uF V_RPLL_V 0.uF 0.0uF E E K K +V_V G G +V_V V_V V_RPLL_V V_LVRX_V L V_OUT_LV_ H H L N N PV PV PV PV PV PV PTX_V_V PTX_V_V PTX_V_V PTX_V_V V_V V_TX V_RPLL V_LVRX_ PWR & GN V_OUT_LVRX_ V_OUT_LVRX_ V_OUT_LVRX_ V_OUT_LVRX_ V_OUT_LVRX_ PVSS PVSS PVSS PVSS PVSS PVSS PVSS PVSS PVSS PVSS PVSS PVSS PVSS PVSS PVSS PVSS PVSS PVSS PTX_VSS PTX_VSS PTX_VSS PTX_VSS VSS_RPLL VSS_TX VSS_LVRX_ VSS_OUT_LVRX VSS_OUT_LVRX VSS_OUT_LVRX VSS_OUT_LVRX VSS_OUT_LVRX VSS_OUT_LVRX VSS_OUT_LVRX F F F F G G G G H H H H J J J J E E0 K P F F H0 H K P VEG STP0 GN 0. STP0 --- PWR & GN Size ocument Number Rev 0-SH-0 ate: Friday, September, 0 Sheet of
8 +V_V +V_V Populate with 0 ohms resistors if nessary R0 00K F0 00m N0 PTX_ML_L0P PTX_ML_L0N PTX_ML_LP PTX_ML_LN PTX_ML_LP PTX_ML_LN PTX_ML_LP PTX_ML_LN PTX_UXP PTX_UXN PTX_HP_IN R0 R0 R0 ML_L0P ML_L0N ML_LP R0 ML_LN 0 00nF R0 0 ML_LP 0 00nF R0 ML_LN 0 00nF R0 ML_LP 0 00nF R0 ML_LN 0 00nF R0 R R UX_P UX_N HP_IN nF 00nF 00nF 00nF 00nF R R R R 0 0 S S S S MOLEX-000 PTX 00K M M K GN GN GN GN GN +V_V ES0 +V_V ES0 +V_V ES0 +V_V ES0 +V_V ML_LP ML_LN ML_LP ML_LN UX_P UX_N +V_V HP_IN 0.uF ML_LP ML_LN ML_L0P ML_L0N 0.uF 0.uF 0.uF GN GN ST-HMIUL-S GN ST-HMIUL-S GN ST-HMIUL-S GN ST-HMIUL-S GN ES Protection iodes 0. PTx & udio Inputs Size ocument Number Rev 0-SH-0 ate: Friday, September, 0 Sheet of
9 Host ontrol Interface +V Z0 MR0LT +V_V +V_V R0 N0.K UX_I_S HOST_RX HOST_TX UX_I_SL UX_URT_RX I_S IR_IN, GPIO_0/OOT, GPIO_/OOT, GPIO_/OOT R0 NP GN HEER X GN TP0 TP0 UX_URT_TX, I_SL IRQ/OOT, GPIO_/OOT, NP R0.K R0 0K GN 0K E Q0 TTU GN GN HOST_RX GPROE_RX URT_RX SW0 SW0 SW_SL_PT RESETn HOST_TX GPROE_TX URT_TX, +V igital udio Input IS_0 U0E 0 U0F U0 U0 R0 +V_V 0 0.uF GN GN U0 HU0 R R0 U0 0K 0K R N0 0 0.uF 0 URT (TTL) GN GN 0 R0.K GPROE_TX GPROE_RX 0.0uF R R N0 RJ-0 GN +V GN 0 0 N0 FX-P-.SL 0 0 +V GN R0 NP 0 00uF/V GN IS_WLK IS_LK IS_0 IS_ IS_ IS_ +V +V 0 uf/0v GN IS_[0..] 0. Host Interface & udio Inputs IS_[0..] GN GN Size ocument Number Rev 0-SH-0 ate: Friday, September, 0 Sheet of
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Intel Edison. 7V to 15V Brick Power Supply. 4.4V power supply and battery recharger UART 1 USB 0TG. EDISON BREAKOUT BOARD Title Title page
Intel Edison reakout Sept/0 V to V rick Power Supply V power supply and battery recharger SPI GPIO Intel Edison PWM I S URT 0 0" header US 0TG URT Level Shifter URT US FTI P P lient US Micro Type- lient
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Table of ontents lock iagram Type- onnector US/US PTN0 P TP Shield Headers P Source and Sink LS V, V0, V Supplies Rev escription ate pproved Prototype Release -Mar- K ring up to NL and make updates requested
AXM88180-EVB-RTL8211E-1 SMDK2440 Demo Board Schematic Index
XM0-EV-RTLE- SMK0 emo oard Schematic Index Page : Schematic Index (This Page) Page : RTLE GigaPHY MHz rystal RJ- Transformer Page : Host Interface onnector Power Page : History Page : X0 EEPROM Note:.Please
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LO_TX LO_TX MIXER_OUT MIXER_OUT VCC5V VCC5V VCC3V3 VCC3V3 VCC5V_TX VCC5V_TX VCC5V VCC5V VCC12V_TX VCC12V_TX VCC3V3 VCC3V3 AGND
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FREEDOM KE02Z. 1 Title 2 Block Diagram 3 KE02Z MCU. 4 OpenSDA INTERFACE. 5 I/O Headers and Power Supply. Initial Draft 02/01/13
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HF SuperPacker Pro 100W Amp Version 3
HF SuperPacker Pro 00W mp Version Revised 0 0 V Stamps KOOR This is the third generation HF SuperPacker Pro 00W Version home construction project offered by HF Projects. This is a group construction project
2 Notes 3 MC9S08LG32CLK 4 Touch Sensors 1 5 Touch Sensors 2 6 Power 7 OSBDM 8 USB COM
Table of ontents Notes MS0LGLK Touch Sensors Touch Sensors Power OSM US OM L Revisions Rev escription X First raft X Replaced, M RN with sigle resistors Updated Power section Swapped LE_ER, with ER, to
Revisions. 2 Notes. 4 FXLC95000CL / MCU Circuit 5 Power and Battery Charger Circuit. KITFXLC95000EVM Drawn by:
Table of ontents Notes lock iagram FXL000L / MU ircuit Power and attery harger ircuit Rev escription Revisions Original Release Remove signal line U- pin and add additional signal line between J-pin0 and
DAC PLAY0 PLAY0 CT7601 DAC REC ADC REC RCA * 2. Power LDO RCA. RCA * 2 SPDIF output x2 RCA RCA RCA. Ext. MCU POR. PWM LED x 2. SPDIF input x 1.
R * SPIF output x Power LO R * R R SPIF input x POR Flash PWM LE x PM00 Lightning() P 0x0 0pin Type connector US 0pin For Lightning & P T0 RE PLY0 PLY H Sel Stereo T0 PLY0 T0 0x PLY 0x PM00 R Ext. MU H
PLAY0 CT7601 QFN48 REC ADC REC. Power LDO RCA RCA RCA*2. Ext. MCU RCA*2. SPDIF output. PWM LED x 2 POR. SPDIF input x 1 Flash. connector.
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POWER Size Document Number Rev Date: Friday, December 13, 2002
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XIOZY REFERENE ESIGN XIOZY Reference Size ocument Number Rev ate: Wednesday, September, 00 Sheet of TP+ TP- TP+ TP- TPIS TP+ TP- TP+ TP- TPIS TP0+ TP0- TP0+ TP0- TPIS0 REFLK+ REFLK- V_ V_ V_ORE PLLV_ORE
Revision History. EFR32 Mighty Gecko Dual PHY Radio Board. 2.4 GHz 13dBm / MHz 14 dbm, DCDC to PAVDD. Board Function Page. Rev.
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LED POWER STAGE1 NOT_EN LED+ PWM LED- 12V. LED Power Stage LED POWER STAGE2 NOT_EN LED+ PWM LED- 12V. LED Power Stage LED POWER STAGE3 NOT_EN LED+ PWM
MU LE POWER STGE MU MX LI LI_TX LI_RX THERMISTOR- MX_RX MX_TX MX_E MX_/RE EN_ EN_ EN_ EN _ V LE Power Stage LE POWER STGE LE+ LE- LE+ LE- R R 0 J 0 Way 0 LI_TX LI_RX MX_RX MX_TX MX_E MX_/RE V LE Power
Block Diagram SGTL5000 PG. 3. Power PG. 8. Communication PG.6. I2S Signals PG.7. Analog Inputs PG.4. Analog Outputs PG.5.
lock iagram I R Select I/SPI Mode Select MLK Source ommunication PG. US to I/SPI IS Signals PG. nalog Inputs PG. IS Interface Line-In / Microphone nalog Outputs PG. Headphone SGTL PG. igital Header P PSI
OTG_FS_VBUS OTG_FS_N OTG_FS_P OTG_FS_ID OTG_FS_OC OTG_FS_PWR OTG_FS_VBUS OTG_FS_N OTG_FS_P OTG_FS_ID OTG_FS_OC OTG_FS_PWR OLLO_SLEEP OLLO_SLEEP
MU ROOTIS / ORO MU_NRESET R_[0..] R_[0..] R_ R_ R_ R_ R_ R_0 R_0 R_ R_ R_ R_ R_ R_ OTG_S_VUS OTG_S_N OTG_S_P OTG_S_I OTG_S_O OTG_S_PWR OTG_S_I OTG_S_N OTG_S_P OTG_S_O OTG_S_VUS UT_USER UT_USER SW_USER
nrf52840-mdk V1.0 An Open-Source, Micro Development Kit for IoT Applications using the nrf52840 SoC Revision History Function Description Page Rev.
nrf0-mk V.0 n Open-Source, Micro evelopment Kit for IoT pplications using the nrf0 So Revision History Function escription Page Rev. escription Title Sheet V.0 The First Release Power Supply US.0 Hub PLink
MUSIC. California Institute of Technology. HEMT Power Supply Precision Voltage Source. D. Miller 8/17/2011 REVISION RECORD LTR DATED: C31 5V_ID 10K
REVISION REOR EO NO: PPROVE: TE: V_I R 0K.V_REF V 0.uF _SHN V_IN GN GN U GN V_OUT_F V_OUT_S GN LT 0uF R 0k 0uF IN IN VOS_TRIM VOS_TRIM U N OPE OUT.V_REF R 0k 0uF IN IN VOS_TRIM VOS_TRIM U N OPE OUT 9 00pF
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EFM US Type- 0 W harger History oard Function Title Page EFM & User Interface oard Power Page Rev. escription 00 Prototype version. 0 Initial release version. VUS Voltage Regulator ebug MU ebug Misc. P
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ZCRMZN00100KITG. Crimzon Development Board Kit. Product User Guide. Introduction. Kit Contents. Applying Power to Development Board
ZRMZN0000KITG rimzon evelopment oard Kit PUG000-0 Product User Guide Introduction Zilog s ZRMZN0000KITG rimzon evelopment oard Kit is designed for use as a target with the rimzon In-ircuit Emulator (ZRMZNIE0ZEMG).
THE UNIVERSITY OF NEWCASTLE University Drive Callaghan NSW 2308 Australia
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ON V_US M P GN SH SH US _WURTH_ R ZERO.JTN R US US R n N.K_P.KLTN Q U_, V_N TP SISTETN INRUSH IRUIT x Header_KN n N R ZERO.JTN ZERO.JTN Notes: o not install R if URT Vcc_Reg is connected to V (Vcc_US),.Uf,.V,
AD2_BUSY AD2_DIN AD2_DOUT AD2_/CS AD1_/CS AD1_DOUT AD1_DIN AD_SCLK AD_CCLK AD_OSC_EN AD1_BUSY AD_CONVERT GNDIO - P115
PL ENOER OUNTER / PWM MOTOR ONTROL / GLUE LOGI PL YPSS PITORS LE0 LE LE LE ESTOP_U ESTOP_IRQ _USY _IN _OUT _/S _/S _OUT _IN _SLK 0.uF +.V 0.uF 0.uF 0.uF 0.uF 0.uF 0.uF 0.uF P0.[0:] [0:] 0 P0. P0. P0. P0.
All use SMD component if possible
R0 0K MF SW0 NEXT R0 0R LE0 STNY & POWER ON GN R0 SW0 PREV R 0 MF R 0 MF R 0K MF R0 K MF SW0 FF GN SNP OFF OR GN Q0 S Q0 S LE R k R k 00n R 0K MF M0 R0 K MF SW0 FR +V() Q0 R 0K MF GN R0 0 R 0 GN VF_on_off
RSC CHIP VDD P05 P03 P01 P04 VDD GND PWM0 AVDD VDD AVDD P0-2 P0-5 P0-1 P0-6 P0-4 P0.3 GND P00. Y1 3.58MHz P00 P01 AGND P01 P00 P02 P02 P07 P0-0 P0-7
Place as close to pins of U as possible. RS HIP 0-00 RS-x emo/evaluation oard: RS-000 Thursday, ecember, 00 Size ocument Number Rev ate: Sheet of P XI P0 P0 P0 P0 P00 PN P0 P0 P0 P0 P0 P0 P0 P0 P XO -XM
Project: Date. Version. Items V1.01 C C. SIM Technology TITLE DRAWN BY PORJECT. SIM800C+SIM28M_VTS Reference CONTENT VER CHECKED BY SIZE V1.
Project: ate Version Items V.0 RWN Y PORJET SIM800+SIM8M_VTS Reference ONTENT HEKE Y V.0 SHEET of 7 POWER POWER -0V F0 0 L0 VIN LO X0 SM0 SWRH07 uh T-PIN-X TVS0 Z0 + 0 VT U0 VZ=V,Pd=W SM7 00uF V GN VOUT
Headers for all pins sorted by pin no. (unpopulated) TSX-1001 Cortex-M0. Oscillator 44MHz
V V Way type onnector US Type onnector x.v.v Regulators Headers for all pins sorted by pin no. (unpopulated) Prototyping area with power and GNs (unpopulated) RS Transceiver US to Serial onverter Expansion
NHT Pro. A20 Digital Meter. From Low. Voltage 3 R814. Power 3. Supply. From Left Power Amp. From. Rigjht 2. Amp R810 4.
igital Meter R0.K V 0 0.UF U0 R 0 V R0 K 0 0.uF 0.V R9 R K K V V V 0 09 0 N0 0UF/V Low 0UF/V 00UF/V R R 00K 00K 0 pf Left N0 0 N N 0 VR0 0K 0 0.uF R 0M 0 0.uF k U0 9 0 V0 0.uF N0 V PI 0 09 R R 0 SPL GREEN
H-LCD700 Service Manual
H-L00 Service Manual FULT ESIPTION: SOUN onfirm the volume isn t in silent mode before check. heck I0 () plug has audio output or not Speaker damaged heck I0 has supply V or not heck power heck I0 () plug
REVISION HISTORY DESCRIPTION INITIAL SCHEMATIC AIY REMOVED ANALOG SWITCHES CHANGED FEEDBACK
REVISION HISTORY Notes - Unless otherwise noted. Resistances values in Ohms. apacitance values in micrarads (uf). ll 0.uF and 0.0uF capactors are decoupling and should be placed near the I they are shown
MSP430F16x Processor
MSP0x Processor V_. V_ V_. U Vcc Vcc R 0K SW, ETHER_T_00, ETHER_T_0, ETHER_T_0, ETHER_T_0, ETHER_T_0, ETHER_T_0, ETHER_T_0, ETHER_T_0 P.0/TLK P./T0 P./T P./T P./SMLK P./T0 P./T P./T /RST/NMI 0.u P UTTON_
LED_POWER_STAGE1 PWM GND ADJ LED- -12V R2 RA. LED Power Stage LED_POWER_STAGE2 PWM GND ADJ LED- -12V R4 RB. LED Power Stage LED_POWER_STAGE3
MU THERMISTOR- MU LI_RX LI_TX LI_RX LI_TX MX_TX MX_RX MX_/RE MX_E MX_TX MX_RX MX_/RE MX_E MX_LI +.V_MU R 0K R 0K R R R R LE_POWER_STGE - Out GN J LE- -V LE Power Stage LE_POWER_STGE - Out GN J LE- -V LE
JS3 VDDA PTA7/KBD7. Jmp VSSA PTA6/KBD6 PTA5/KBD5 PTA4/KBD4 PTA3/KBD3 PTA2/KBD2 PTA1/KBD1 33 FP-1 PTA0/KBD0 VSSAD PTC3 VDDAD
fb_inj fb_inj JS0 JS JS U JS Vsyn JS V PT/K 0 VSS PT/K GMXF- GMXF PT/K OS- JS OS PT/K OS- OS PT/K Squirt- RST PT/K ccel- PT0 PT/K Idle- JS Warmup- PT PT0/K0 FP- PT VSS 0 PT V TX- PT PT/ 0 JS JS0 RX- PT0/Tx
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FUNCTION. Write/Read RAM: Access to PRAM, CRAM, OFFRAM and Registers Digital Audio Interface - Test pin header. Regulator 1.2V.
[K-] K- K Evaluation oard Rev.0 GENERL ESRIPTION The K- is an evaluation kit for the K; a digital signal processor (SP) with channels digital data interface. It realizes an easy evaluation of the audio
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0 [] [] [] [] [] [] [] [] [] [] [] [] MOSI MISO SK 0 H H N_MS TMS RX TX SL J P_MOSI P_MISO P_SK P_ P_IO0 P_IO P_IO P_ P_ 0 P0_GN P_NT P_GN/NT P_RXL/SS P_TXL P_IO P_(SL) P_(S) P_ P_0 0 P0_ P_ P_IO P_R+
IO_RX_05 IO_RX_00 IO_RX_04 IO_RX_03 IO_RX_02 U8-A IF1P_RX. 33pF. 33pF 33pF. IF1N_RX 200ohm ustrips U8-D 5 ANA_DEC C63 C59 C61 C64 C62. 33pF. 0.
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HOSCO HOSCI AS M AS M C1 18P C2 18P C1 18P C2 18P GND VCC3 GPIOK7 R82 R82 10K A20 10K. #OffHook. FmHook #TRANSLED. VxBP 0.1U 0.
0 #E0 GPIOK #MWR #MR #FWE HOSI KEYI0 GPIO0 HOSO V V VREFI KEYI GPIO GPIO_ V KEYO GPIO #E OUTR MIIN VMI GPIO_0 #LON V #HOL 0 0 #E KEYO GPIO 0 KEYO0 GPIO GPIO_ GPIO_0 #MR #MWR V V V V TSEL #E #E0 V HOSI
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B1 AC V+ J2 120V J5V AC_HI -V_RLY A_ON +V DGND A_ON2 J1 230V uF/25V AC_LO J3 120V AC V- 2KPB06M DW G-S-290 R1 499R TE ND J ON
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3JTech PP TTL/RS232. User s Manual & Programming Guide
JTech PP-00 TTL/RS User s Manual & Programming Guide Revision. J Tech o., Ltd. Fu-Hsing N. Rd., F Taipei, Taiwan Tel: +--00 9 info@jtech.com.tw JTech (J Eng.), Inc. E. Valley lvd., Suite ity of Industry,
3 Different test points used in design: TPx - Test point pad. TPHx - Through Hole Pad Large (for standard 0.1" header). Also used on IO Matrix (IOMx)
NXP VKIT-SZV Table of ontents 0 LOK IGRM N NOTS 0 I/O Headers 0 Power/MU 0 Peripherals 0 US/OSM Revisions Rev escription esigner ate X Initial raft 00 Release 0/0/ X hanged MU to SZV 0// U T I O N : This
PCB NO. DM205A SOM-128-EX VER:0.6
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SVS 5V & 3V. isplsi_2032lv
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FREEDOM KL25Z. 1 Title 2 Block Diagram 3 KL25Z MCU. 4 OpenSDA INTERFACE. 5 I/O Headers and Power Supply. Initial Draft 04/10/12 M.
Table of ontents Title lock iagram KLZ MU OpenS INTERFE I/O Headers and Power Supply Rev X escription Revisions Initial raft ate 0/0/ pproved M. NORMN Release to production 0/0/ M. NORMN X hanges made
7.5V~~12V DC INPUT 0.925V*(1+26.1/10.2)=3.3V 7.5V~~12V DC ADAPTER 0.925V*(1+44.2/10)=5V VCC_IN VCC_IN 5VD 5VD D5 1N4148 C102 10NF 3.
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Channel V/F Converter
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1 pc Charge Injection, 100 pa Leakage CMOS 5 V/5 V/3 V 4-Channel Multiplexer ADG604
a FEATURES 1 pc Charge Injection (Over the Full Signal Range) 2.7 V to 5.5 V ual Supply 2.7 V to 5.5 ingle Supply Automotive Temperature Range: 4 C to +125 C 1 pa Max @ 25 C Leakage Currents 85 Typ On
PCIextend 174 User s Manual
PIextend 7 User s Manual Preliminary M6- February Sycard Technology 8-F Miraloma Way Sunnyvale, 98 (8) 79- (8) 79- FX PIextend 7 User s Manual Page. Introduction Sycard Technology's PIextend 7 PI extender
AML7266-H. Feature table. Block Thursday, February 12, 2009 AMLOGIC AML7266-H. Main Chip: Internal: Video: Audio: Interfaces: UART USB HOST RJ45
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AKD4554-E Evaluation board Rev.0 for AK4554
SHI KSI [K4554] K4554- valuation boar Rev.0 for K4554 GNRL SRIPTION K4554- is an evaluation boar for the portable igital auio 6bit / an / converter, K4554. The K4554- can evaluate / converter an / converter
Design Overview. Page 2 Power,Flash,SDcard User switch,reset switch. Page 3 Ethernet. Page 4 Audio. Page 5 USB. Page 6 JTAG,BOOTSW,LED,Header
esign Overview Page Power,Flash,Scard User switch,reset switch. Page Ethernet Page udio Page US Page JTG,OOTSW,LE,Header isclaimer: Schematic's are for reference only. provides no warranty for the use
FRDM-KL27Z. 1 Title 2 Block Diagram 3 KL27Z MCU. 4 OpenSDA INTERFACE. 5 I/O Headers and Power Supply. Rev Description Date Approved
Table of ontents Title lock iagram KLZ MU OpenS INTERFE I/O Headers and Power Supply Revisions Rev escription ate pproved X Initial draft July, Release July, J, J, J, J, J, J, J, J, J, T, TP and TP Populate
CP2102 TESTAMATIC SYSTEMS POWER 5V TO 3.3V SECTION PINOUT CHECK DECOUPLING CAPACITORS. Btype USB connector TSPL_PPS_1 2.2
VUS R V_IN V TO.V SETION.V SI_RX SI_TX 0E R PINOUT HEK MINISM00F- Resettable Fuse F 00m WHITE 00nF U GN EN IN IN TPS PG nc OUT OUT 0k R 0.V 00nF Power_Good MIRO US IS INITE S ON TX RX 0.uF VUS TR RI GN
05 - Adaptacion Puerto Serie RXD_UC R35 0 DTR_UC R36 0 RI_UC Adaptacion Puerto Serie Señalizacion GSM R37 0 INFO_NETLIGHT R38 0
0 - limentacion 0 - onector Externo 0 - daptacion Puerto Serie 0 - Modem SIM00 TT_VOLTGE VN_ TX TX_U RX_GSM RX_GSM HRGE_STTUS P. RX RX_U TX_GSM TX_GSM ST_ ST_ P. P. P. P. R 0 R 0 TR_U RI_U TR_GSM TR_GSM
CAN 1 CAN 2. CoiNel Technology Solutions LLP GND GND GND GND GND GND J1 JUMPER J2 JUMPER. 100nF. 100nF R2 120 R1 120 VDD 3 CAN1_H CAN2_H
V N N V N_TX N_TX U TX V 00nF N_H R 0 J JUMPER N_H N_TX N_TX U TX V 00nF N_H R 0 J JUMPER N_H N_RX N_RX V NP R RX Vref VSS N_L Rs 0K MP R N_H N_L N_L J ON N_RX N_RX V NP R RX Vref VSS N_L Rs 0K MP R N_H
Revisions. TWR-MEM Drawn by: Convert into FSL template 9/8/09
Table of ontents Notes F & PL MRM, S & SFLSH OPTIONL PORT Rev X0 escription onvert into FSL template Revisions X ll parts FL //0 X Replaced U with the correct part //0 X X Replaced some components with
INDEX/ RESET& EEPROM JINPIN ELECTRICAL COMPANY LTD.ZHUHAI.S.E.Z SF_CE SF_SO SF_CLK SF_SI SF_CE SF_SO SF_CLK SF_SI PC_SCL PC_SDA SCL SDA RST
N Updata /N P. R.K R 00 R 00 R.K P_SL P_S V R K SF_E U PMVF00 E SO WP VSS V HOL SK SI SF_LK V 0.UF/V SF_E SF_LK P_SL P_S SL S V SL' S' SF_E SF_LK P_SL P_S SL S V SL' S' U T 0 V WP SL S SL' S' 0.UF/V R
5V_EXT J3-1 J3-1 5CSX_4A_IO39 5CSX_4A_IO37 5CSX_4A_IO40 UART0_CTS 5CSX_4A_IO32 UART0_RTS 5CSX_4A_IO29. 5CSX_IOp0 5CSX_IOn0. 5CSX_IOp1 5CSX_IOn1
JTG hain US to URT L RJ Socket PHY Micro S ard Socket HPS IO 空置 00-00 Soaseoard.(Final) PHY connect_.v V_EXT JTG_FPG_TO S_LK connect_.v SX IO N_RX connect_.v URT_TS URT_RTS RT_T S_ S_M S_T S_T S_T S_T0
PCBA Rev 80.L9581G001 PCBA P/N: PCB P/N: PCB Rev 00.L9581G001. Title Content Size Document Number Rev C. A Date: Tuesday, December 15, 2009 FLD1.
ontent : P0_ontent P0_lock_iagram P0_FPG_I/O_ P0_FPG_I/O_ P0_FPG_Power&Memory P0_External_onnector P0_M_REG P0_I_Level_Shift P0_MU P0_Power pprover Jim esigner enson rawer enson P P/N: P Rev 0.LG00 P P/N:
Host MSP430. dacqs_host_board 12/7/2016 9:26 PM. U1 Value +3V3 AVCC_HOST UART_1_TX UART_1_RX MSP_SCLK UART_2_TX UART_2_RX CUTDOWN_EN MSP_SS
+V Host MSP +V R MSP_SS MSP_MOSI MSP_MISO V_HOST MOTOR_T_VSNS_ OMMS_MOSI OMMS_MISO OMMS_SLK OMMS_SS URT TX URT RX V V V V P._T._M_RTLK VRF-_VRF- P._T._TLK_OUT VRF+_VRF+ P._T._TLK_OUT P._T._UST P._T._UST
+3.3V PRE_EMPH_0 DIST_GAIN_1 -JTAG_EMU JTAG_TMS -JTAG_TRST JTAG_TCLK JTAG_TDO PA_MUTE JTAG_TDI TCK TRST EMU VDDEXT1 TMS ADSP21375 GND31 GND7 GND32
REV Eng ate: Revision escription C E F ECN# JT_TI JT_TO JT_TRT JT_TCLK JT_TM JT_EMU P_MUTE PRE_EMPH_0 IT_IN_.V 0 9 9 0 9 9 0 9 90 0.V C 0 9 0 0 0 9 9 0 9 REET 0 C C C0 C C9 HEET INEX ECRIPTION URT_TX R.V
1K21 LED GR N +33V 604R VR? 1K0 -33V -33V 0R0 MUTE SWTH? JA? T1 T2 RL? +33V 100R A17 CB? 1N N RB? 2K0 QBI? OU T JE182 4K75 RB? 1N914 D?
L P.O. O X 0, N L R. PROROUH, ONRIO N KJ Y PHO N (0) FX (0) 0 WWW.RYSON. ate : Size : 000 File : OVRLL SHMI.Schoc Sheet : 0 of 0 Rev : rawn : 0.0 0K K 0K K 0K0 0K0 0K0 0K0 0K0 00K R K0 R K 0R??? 00N M?
USBF USBF.prj. Title: Section: USBF-01. B Designer: Brian Ashelin Date: COMMUNICATIONS COMMUNICATIONS ADC ADC INPUT VCA 4 PAGE 7 PAGE 1 PAGE 5 PAGE 2
INPUT V INPUT V PGE PGE OMMUNITIONS OMMUNITIONS PGE INPUT V INPUT V PGE INPUT V INPUT V PGE POWER ISTRIUTION POWER ISTRIUTION PGE INPUT V INPUT V PGE LOK ISTRIUTION LOK ISTRIUTION PGE USF USF.prj 0th ve.
DP CoiNel Technology Solutions LLP GND GND GND GND. ETH_RST is connected to P1.28 GND GND GND GND GND GND GND GND GND ED 1. Vcc O 3 GND IOGND 35
V K R L FR nf nf Vcc E O MHZ_LK ENET_REF_LK ENET_MIO ENET_M MHZ_LK.K R Y OS_MHz LE_LK LE_SPEE LE_T nf is connected to P. ENET_TX ENET_TX ENET_RS ENET_RX ENET_RX ENET_REF_LK ENET_M ENET_MIO nf ENET_TX ENET_TX
CMOS, +1.8 V to +5.5 V/ 2.5 V, 2.5 Low-Voltage, 8-/16-Channel Multiplexers ADG706/ADG707 REV. A
a FEATURES +.8 V to +. ingle Supply. V ual Supply. ON Resistance. ON Resistance Flatness pa Leakage Currents ns Switching Times Single -to- Multiplexer AG ifferential 8-to- Multiplexer AG 8-Lead TSSOP
SVP-CX32_208 (4/4) Power / Ground
X_V_O uf.uf.uf.uf.uf.uf.uf.uf.uf X_V U SVP_X X_VM R m,% X_V uf.uf.uf X_VM_O X_V_O V V V V V V V V V V VM VM VM VM VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSSM VSSM VSSM VSSM.V POWER FOR X_V_.uF X_VSS_
CONTENTS: REVISION HISTORY: NOTES:
ONTENTS: PGE - ONTENTS PGE - POWER, XOS PGE - SI, SI, JTG PGE - S/eMM, US, HMI, GPIO, OMPOSITE PGE - SOIMM REVISION HISTORY: V.0 - /0/0 NOTES: These reduced schematics omit core SMPS and LPR circuitry
Changed in Rev.3. Title. Revision: Size: A4 Number:
ontent:. R Memory. Nand Flash, I, SPI Memory, S card. Ethernet M. Ethernet Phy 0. Ethernet Phy. RS-, ebug RS-, User leds, Relay leds. N0, N, External RT. US, US power switch. L onnector, Expansion onnector,
D28 D28 1N4001 1N4001 R301 R375 R k. 10k R82 R82. 47k. 47k USB_IN. 20k. 20k R87 R87 +3V. C uF. C uF GND +1V8. C uF.
POWER_KEY POWER_OFF US_IN WKEUP H_ET HG_STTUS PLYKEY +VRT VT VUS +VRT LI_.V LI_.V VUS VT VTT VTT VTT +V +V +V +V VTT V +V T uf uf R k R k uf uf R k R k VIN VOUT U XPM U XPM Vbat ON ON ON ON KW ON/OFF KW
R2 44.2K_1% 5DVCC 5DVCC GND COMP SS24 DW1. EC2 470uF/16V. 470uF/16V 内内内内内内 DW2; 去去 U103,L9 33V. 33V C15 NC/10uF 33V C17 D2 NC/UDZ33B-33V
JK_P JP V V L 0u/N F FUSE() FUSE E 0uF/V E. V L 0u/N V 00nF 00nF V, R 00K 00nF U MP IN EN SS OMP 0nF S SW F 0.nF R K SW L u R.K_% R 0K_% V E 0uF/V V,,, ST-V V 00nF.uF 00P SS W ST-V E 0uF/V E 00nF TO U
01 TITLE PAGE 02 MCU 03 DEBUG INTERFACE 05 POWER BRIDGE 06 MOSFET DRIVERS / VI SENSING XSKEAZ128REFDES
Table of ontents 0 TITLE PGE 0 MU 0 EUG INTERFE 0 SUPPLY 0 POWER RIGE 0 MOSFET RIVERS / VI SENSING utomotive Product Group 0 William annon rive West ustin, T 9 esigner:. ZUZEK rawn by:. ZUZEK pproved: