ADSP-CM419F EZ-KIT SCHEMATIC
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- Della Morrison
- 5 years ago
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1 DSP-MF EZ-KIT SHEMTI Elizabeth Drive helmsford, M PH: --NLOGD DSP-MF EZ-KIT -. //
2 Elizabeth Drive helmsford, M PH: --NLOGD. - DSP-MF EZ-KIT // Processor pins.v.v.v.v.v.v.v.v.v.v.v.uf P. P K R R K K R K R SNLVG U K R K R.UF K R PF PF.UF R TP K R TP PF PF.UF R TP K R TP JTG_TRST JTG_TRST JTG_TDI JTG_TDI JTG_TMS/SWDIO JTG_TMS/SWDIO JTG_TK/SWLK JTG_TK/SWLK JTG_TDO/SWO JTG_TDO/SWO JTG_BORD_RESET JTG_BORD_RESET SYS_HWRST JTG_TRST_ONN JTG_TRST_ONN JTG_TRST_ONN pin cut TRE ND JTG/SWD JTG/SWD Optional SYSLK crystal SYSLK Oscillator SYSLK crystal Optional SYSLK Oscillator SYS_LKIN SYS_XTL SYS_XTL SYS_LKIN SYS_XTL SYS_LKIN SYS_LKIN SYS_XTL SYS_LKIN SYS_LKIN P_/TRE_LK/TM_LK_Z P_/TRE_D_Z P_/TRE_D/LB_PIN_Z P_/TRE_D_Z P_/TRE_D/LB_PIN_Z PB_/PWM_H/SM_RDY PB_/PWM_L/SM_WE PB_/PWM_BH/SM_OE PB_/PWM_BL/SM_RE PB_/PWM_H/SM_MS PB_/PWM_L/SM_D PB_/PWM_DH/SM_D PB_/PWM_DL/URT_TS/SM_D PB_/PWM_H/NT_OUT/SM_D PB_/PWM_L/URT_RTS/SM_D/SPT_D/NT_UD PB_/PWM_BH/NT_OUTB/SM_D PB_/PWM_BL/SM_D_LOOP PB_/PWM_H/SM_D PB_/PWM_L/TM_TMR/SM_ PB_/PWM_DH/TM_TMR PB_/PWM_DL/SM_/TM_TMR P_/SIN_D/URT_TS/SM_D/SPT_BTDV/SYS_DSWKE P_/SIN_D/URT_TS/SM_D/SPT_D/TM_LK P_/URT_TX P_/URT_RX/TM_I P_/SPI_LK/URT_RX/SM_D/SPT_LK/TM_I PF_/SIN_D/SM_ P_/SIN_LK/URT_RTS/SPT_TDV/TM_LK R R R R R PD_/PWM_SYN/SM_/SYS_DSWKE PD_/PWM_TRIP/SM_ PE_/PWM_TRIP/SM_ PE_/PWM_TRIPB/URT_TX PE_/PWM_SYN/URT_RX/TM_I PE_/PWM_SYN/URT_RTS/SM_MS/TM_LK PE_/PWM_H PE_/PWM_L/URT_RTS/SM_MS PE_/PWM_BH/TM_TMR/SM_MS/PTMR_IN PE_/PWM_BL/URT_TS/SM_ PE_/PWM_H/TM_TMR/PTMR_IN PE_/PWM_L/SM_ PE_/PWM_DH/SM_ PE_/PWM_DL/SM_ PF_/SIN_D/SM_ TWI_SL TWI_SD PF_/URT_TX/SM_/LB_PIN PF_/URT_RX/SPI_SEL/LB_PIN/TM_I P_/URT_RX/TM_I P_/URT_TX/TM_LK P_/N_RX/SPI_SEL/TM_I P_/N_TX/SPI_SEL/TM_LK PE_/N_RX/SM_BE/TM_I PE_/N_TX/SM_BE P_/SPI_D/URT_RTS/SPI_SEL/TM_I P_/SPI_D/URT_TS/SPI_SEL/TM_I P_/SPI_LK/TM_LK P_/SPI_MOSI/TM_LK P_/SPI_MISO/TM_LK P_/SPI_SEL/SYS_DSWKE PF_/SPI_D/TM_TMR/LB_PIN/PTMR_IN PF_/SPI_D/LB_PIN PF_/SPI_SEL/LB_PIN/SYS_DSWKE P_/SPI_SEL/TM_LK/SPI_SS P_/SPI_SEL/SPI_RDY/TM_I P_/TM_TMR P_/TM_TMR PE_/TM_TMR/SM_ PE_/TM_TMR/SM_ R.K R.K.V R K JP.V P_/SPI_SEL/SM_D/SPT_BFS/NT_DG P_/SPI_SEL/SPI_RDY/SM_D/SPT_BD/NT_ZM P_/SPI_MISO/TM_TMR/SM_D/SPT_BD P_/SPI_MOSI/URT_TX/SM_D/SPT_FS P_/SPI_SEL/TM_TMR/SM_D/SPT_BLK/SPI_SS PF_/SPI_SEL/SM_ SYS_LKOUT SYS_FULT SYS_HWRST SYS_NMI SYS_RESOUT JTG_TDI JTG_TMS/SWDIO JTG_TK/SWLK R JTG_TRST JTG_TDO/SWO R R P_/TRE_LK/TM_LK_Z P_/TRE_D_Z P_/TRE_D/LB_PIN_Z P_/TRE_D_Z P_/TRE_D/LB_PIN_Z P_/TRE_LK/TM_LK_Z P_/TRE_D_Z P_/TRE_D/LB_PIN_Z P_/TRE_D_Z P_/TRE_D/LB_PIN_Z R. R. R. R. P_/TRE_LK/TM_LK P_/TRE_D P_/TRE_D/LB_PIN P_/TRE_D P_/TRE_D/LB_PIN J J R K Y MHZ U OE OUT VDD MHZ U OE OUT VDD MHZ Y MHZ. R XU SOKET SM SM ID ID U B D B B B U V T U U V U V J J G G F G F E B E B B B B B V V U V M M L L H H E F D D T V V U T V U U T V U V T T P_/SPI_SEL/TM_LK/SPI_SS P_/SPI_SEL/SPI_RDY/TM_I P_/SPI_D/URT_RTS/SPI_SEL/TM_I P_/SPI_D/URT_TS/SPI_SEL/TM_I P_/URT_RX/TM_I P_/URT_TX/TM_LK P_/N_RX/SPI_SEL/TM_I P_/N_TX/SPI_SEL/TM_LK P_/SPI_LK/TM_LK P_/SPI_MOSI/TM_LK P_/SPI_MISO/TM_LK P_/SPI_SEL/SYS_DSWKE P_/TM_TMR P_/TM_TMR PB_/PWM_H/SM_RDY PB_/PWM_L/SM_WE PB_/PWM_BH/SM_OE PB_/PWM_BL/SM_RE PB_/PWM_H/SM_MS PB_/PWM_L/SM_D PB_/PWM_DH/SM_D PB_/PWM_DL/URT_TS/SM_D PB_/PWM_H/NT_OUT/SM_D PB_/PWM_L/URT_RTS/SM_D/SPT_D/NT_UD PB_/PWM_BH/NT_OUTB/SM_D PB_/PWM_BL/SM_D PB_/PWM_H/SM_D PB_/PWM_L/TM_TMR/SM_ PB_/PWM_DH/TM_TMR PB_/PWM_DL/SM_/TM_TMR P_/TRE_LK/TM_LK P_/TRE_D P_/TRE_D/LB_PIN P_/TRE_D P_/TRE_D/LB_PIN P_/SIN_D/URT_TS/SM_D/SPT_BTDV/SYS_DSWKE P_/SIN_D/URT_TS/SM_D/SPT_D/TM_LK P_/URT_TX P_/URT_RX/TM_I P_/SPI_LK/URT_RX/SM_D/SPT_LK/TM_I P_/SPI_MISO/TM_TMR/SM_D/SPT_BD P_/SPI_MOSI/URT_TX/SM_D/SPT_FS P_/SPI_SEL/TM_TMR/SM_D/SPT_BLK/SPI_SS P_/SPI_SEL/SM_D/SPT_BFS/NT_DG P_/SPI_SEL/SPI_RDY/SM_D/SPT_BD/NT_ZM P_/SIN_LK/URT_RTS/SPT_TDV/TM_LK PD_/PWM_SYN/SM_/SYS_DSWKE PD_/PWM_TRIP/SM_ PE_/PWM_H PE_/PWM_L/URT_RTS/SM_MS PE_/PWM_BH/TM_TMR/SM_MS/PTMR_IN PE_/PWM_BL/URT_TS/SM_ PE_/PWM_H/TM_TMR/PTMR_IN PE_/PWM_L/SM_ PE_/PWM_DH/SM_ PE_/PWM_DL/SM_ PE_/PWM_SYN/URT_RTS/SM_MS/TM_LK PE_/PWM_SYN/URT_RX/TM_I PE_/PWM_TRIPB/URT_TX PE_/PWM_TRIP/SM_ PE_/N_RX/SM_BE/TM_I PE_/N_TX/SM_BE PE_/TM_TMR/SM_ PE_/TM_TMR/SM_ PF_/SIN_D/SM_ PF_/SIN_D/SM_ PF_/SPI_SEL/SM_ PF_/SPI_SEL/SM_/LB_PIN PF_/URT_TX/SM_/LB_PIN PF_/URT_RX/SPI_SEL/LB_PIN/TM_I PF_/SPI_D/TM_TMR/LB_PIN/PTMR_IN PF_/SPI_D/LB_PIN PF_/SPI_SEL/LB_PIN/SYS_DSWKE DSP-MF SP_BG U R T U R P P N L B K K T R P N SYS_BMODE SYS_LKIN SYS_XTL SYS_LKIN SYS_XTL SYS_LKOUT SYS_FULT SYS_HWRST SYS_NMI SYS_RESOUT TWI_SL TWI_SD JTG_TK/SWLK JTG_TDI JTG_TDO/SWO JTG_TMS/SWDIO JTG_TRST DSP-MF SP_BG R PF_/SPI_SEL/SM_/LB_PIN PB_/PWM_H/SM_RDY PB_/PWM_L/SM_WE PB_/PWM_BH/SM_OE PB_/PWM_BL/SM_RE PB_/PWM_H/SM_MS PB_/PWM_L/SM_D PB_/PWM_DH/SM_D PB_/PWM_DL/URT_TS/SM_D P ID
3 Elizabeth Drive helmsford, M PH: --NLOGD. - DSP-MF EZ-KIT // nalog pins expansion V D VREF D RESERVED POWER V V.V.V V PWM SIN NT TWI SPORT GPIO POWER RESERVED SPI TMR SYS J NLOG ONN PWM ONN J SYS_HWRST SYS_NMI SYS_FULT V_INPUT V_INPUT D_VIN_ D_VIN_ D_VIN_ D_VIN_ D_VIN_ D_VIN_ D_VIN_ D_VIN_ D_VIN_B D_VIN_B D_VIN_B D_VIN_B D_VIN_B D_VIN_B D_VIN_B D_VIN_B D_VIN_ D_VIN_ D_VIN_ D_VIN_ D_VIN_ D_VIN_ D_VIN_ D_VIN_ D_VIN_D D_VIN_D D_VIN_D D_VIN_D D_VIN_D D_VIN_D D_VIN_D D_VIN_D_EXP D_VIN_D_EXP D_VIN_D_EXP D_VIN_D_EXP D_VIN_D_EXP D_VIN_D_EXP D_VIN_D_EXP D_VIN EXP D_VIN EXP D_VIN EXP D_VIN EXP VDD_N VDD_N VDD_OMP BYP_ BYP_ BYP_ BYP_D OMP_OUT_ OMP_OUT_B OMP_OUT_ REFP REFP REFP VDD_N VDD_N VDD_OMP BYP_ BYP_ BYP_ BYP_D OMP_OUT_ OMP_OUT_B OMP_OUT_ R.K R.K R.K D_ D_ R. PF J REF_OUT REF_OUT REF_OUT REFP PE_/PWM_SYN/URT_RX/TM_I PE_/PWM_TRIPB/URT_TX PE_/PWM_TRIP/SM_ PD_/PWM_SYN/SM_/SYS_DSWKE PD_/PWM_TRIP/SM_ PB_/PWM_H/SM_RDY_EXP PB_/PWM_L/SM_WE_EXP PB_/PWM_BH/SM_OE PB_/PWM_BL/SM_RE PB_/PWM_H/SM_MS PB_/PWM_L/SM_D PB_/PWM_DH/SM_D PB_/PWM_DL/URT_TS/SM_D PB_/PWM_H/NT_OUT/SM_D_EXP PB_/PWM_BH/NT_OUTB/SM_D PB_/PWM_BL/SM_D PB_/PWM_H/SM_D PB_/PWM_L/TM_TMR/SM_ PB_/PWM_DH/TM_TMR PB_/PWM_DL/SM_/TM_TMR PE_/PWM_H_EXP PE_/PWM_BH/TM_TMR/SM_MS/PTMR_IN PE_/PWM_BL/URT_TS/SM_ PE_/PWM_H/TM_TMR/PTMR_IN PE_/PWM_L/SM_ PE_/PWM_DH/SM_ PE_/PWM_DL/SM_ P_/SIN_D/URT_TS/SM_D/SPT_BTDV/SYS_DSWKE P_/SIN_D/URT_TS/SM_D/SPT_D/TM_LK P_/SIN_LK/URT_RTS/SPT_TDV/TM_LK PF_/SIN_D/SM_ PF_/SIN_D/SM_ TWI_SL TWI_SD PB_/PWM_H/NT_OUT/SM_D PB_/PWM_BH/NT_OUTB/SM_D PB_/PWM_L/URT_RTS/SM_D/SPT_D/NT_UD P_/SPI_SEL/SM_D/SPT_BFS/NT_DG P_/SPI_SEL/SPI_RDY/SM_D/SPT_BD/NT_ZM P_/SPI_LK/URT_RX/SM_D/SPT_LK/TM_I P_/SPI_SEL/SM_D/SPT_BFS/NT_DG P_/SPI_SEL/SPI_RDY/SM_D/SPT_BD/NT_ZM P_/SPI_MISO/TM_TMR/SM_D/SPT_BD P_/SPI_MOSI/URT_TX/SM_D/SPT_FS P_/SPI_SEL/TM_TMR/SM_D/SPT_BLK/SPI_SS PF_/URT_RX/SPI_SEL/LB_PIN/TM_I PF_/SPI_SEL/SM_/LB_PIN PF_/SPI_SEL/LB_PIN/SYS_DSWKE PF_/SPI_SEL/SM_ P_/SPI_SEL/TM_TMR/SM_D/SPT_BLK/SPI_SS PB_/PWM_L/URT_RTS/SM_D/SPT_D/NT_UD P_/SIN_D/URT_TS/SM_D/SPT_BTDV/SYS_DSWKE P_/SIN_D/URT_TS/SM_D/SPT_D/TM_LK P_/SPI_LK/URT_RX/SM_D/SPT_LK/TM_I P_/SIN_LK/URT_RTS/SPT_TDV/TM_LK P_/SPI_SEL/SM_D/SPT_BFS/NT_DG P_/SPI_SEL/SPI_RDY/SM_D/SPT_BD/NT_ZM P_/SPI_MISO/TM_TMR/SM_D/SPT_BD P_/SPI_MOSI/URT_TX/SM_D/SPT_FS P_/SPI_SEL/TM_TMR/SM_D/SPT_BLK/SPI_SS P_/SPI_LK/TM_LK P_/SPI_MOSI/TM_LK P_/SPI_MISO/TM_LK P_/SPI_SEL/SYS_DSWKE P_/SPI_SEL/TM_LK/SPI_SS P_/SPI_SEL/SPI_RDY/TM_I P_/SPI_SEL/TM_LK/SPI_SS P_/TM_TMR P_/TM_TMR PB_/PWM_L/TM_TMR/SM_ R REF_OUT REF_OUT REF_OUT VDD_OMP REF_OUT REF_OUT REF_OUT P_/URT_RX/TM_I P_/URT_TX/TM_LK P_/N_RX/SPI_SEL/TM_I P_/N_TX/SPI_SEL/TM_LK P_/SPI_D/URT_RTS/SPI_SEL/TM_I P_/SPI_D/URT_TS/SPI_SEL/TM_I P_/URT_TX P_/URT_RX/TM_I P_/TRE_LK/TM_LK P_/TRE_D P_/TRE_D PE_/N_RX/SM_BE/TM_I PE_/N_TX/SM_BE PE_/TM_TMR/SM_ PE_/TM_TMR/SM_ PF_/SPI_D/TM_TMR/LB_PIN/PTMR_IN PF_/SPI_D/LB_PIN TP TP TP TP TP TP TP TP TP TP TP TP PF_/SPI_D/TM_TMR/LB_PIN/PTMR_IN PF_/SPI_D/LB_PIN P_/SPI_SEL/SPI_RDY/SM_D/SPT_BD/NT_ZM PF_/SPI_SEL/SM_/LB_PIN PF_/URT_RX/SPI_SEL/LB_PIN/TM_I P_/TRE_D/LB_PIN R PF_/URT_TX/SM_/LB_PIN R P_/TRE_D/LB_PIN R R SYS_LKOUT R D_ D_VIN_B_EXP D_VIN_B_EXP D_VIN EXP D_VIN EXP D_VIN EXP D_VIN EXP D_VIN EXP D_VIN EXP D_VIN_B_EXP D_VIN_B_EXP D_VIN_B_EXP D_VIN_B_EXP D_VIN EXP D_VIN EXP D_VIN EXP D_VIN EXP D_VIN EXP D_VIN EXP D_VIN_B_EXP D_VIN_B_EXP PB_/PWM_L/URT_RTS/SM_D/SPT_D/NT_UD_EXP PE_/PWM_SYN/URT_RTS/SM_MS/TM_LK R R PE_/PWM_SYN/URT_RTS/SM_MS/TM_LK R R R D_VIN EXP D_VIN_B_EXP D_VIN_B_EXP D_VIN EXP R UF UF UF UF UF UF UF UF UF UF.UF.UF.UF.UF.UF.UF.UF.UF.UF.UF.UF.UF SM.MM.MM U P J F L U V B B D V V T T E H R M U K L L T T U U V B B H H J J K V V U U T R P T R P N N M M L K L G F G H H J K J D B D E E F D_VIN_ D_VIN_ D_VIN_ D_VIN_ D_VIN_ D_VIN_ D_VIN_ D_VIN_ D_VIN_B D_VIN_B D_VIN_B D_VIN_B D_VIN_B D_VIN_B D_VIN_B D_VIN_B D_VIN_ D_VIN_ D_VIN_ D_VIN_ D_VIN_ D_VIN_ D_VIN_ D_VIN_ D_VIN_D D_VIN_D D_VIN_D D_VIN_D D_VIN_D D_VIN_D D_VIN_D _N _N _N _N _N _N _N _N _N _N _N _N _N _N _N _N _N _N _N _N _N _REFP _REFP _VREF _VREF _VREF VDD_N VDD_N BYP_ BYP_ BYP_ BYP_D OMP_OUT_ OMP_OUT_B OMP_OUT_ D_ REFP REFP VDD_OMP VREF VREF VREF DSP-MF SP_BG PB_/PWM_L/URT_RTS/SM_D/SPT_D/NT_UD_EXP PE_/PWM_L/URT_RTS/SM_MS_EXP R R P_/SPI_SEL/TM_TMR/SM_D/SPT_BLK/SPI_SS D_VIN_B_EXP D_VIN_B_EXP D_VIN EXP D_VIN EXP D_VIN EXP D_VIN EXP D_VIN_B_EXP D_VIN_B_EXP D_VIN EXP D_VIN_B_EXP R R R R R R R R R R R R R OMP_OUT_ OMP_OUT_ OMP_OUT_B
4 USTOMER DESIGN SHOULD ONNET DIRETLY TO VDD_EXT VDD_EXT D IN IN IN D IN IN IN VDD_EXT R K R K VDD_INT TP U D D VDD_EXT H VDD_EXT VDD_EXT D VDD_EXT R VDD_EXT R VDD_EXT T VDD_EXT R VDD_EXT R VDD_EXT D VDD_EXT VDD_EXT M VDD_EXT VDD_EXT VDD_EXT R K VDD_INT J VDD_INT D VDD_INT VDD_INT VDD_INT U T DN N DN K DN G DN B DN DN DN DN FER DSP-MF SP_BG V U T L L L K K K J J J H H H B T N VREG_BSE.V Q STDT R R K D V GP "USB to URT" P V D- D+ SH SH.UF USB_URT_DM USB_URT_DP R M IN ESDVS FER.UF FER.UF.UF IN N N ESD R FT_PV.UF N N USB_V.UF U VIO V USBM USBP RESET OSI OSO D D D TEST EPD FTRQ GP TXD RXD RTS TS DTR DSR DD RI BUS BUS BUS BUS BUS R R P_/URT_RX/TM_I P_/URT_TX PB_/PWM_BL/SM_D_LOOP R PB_/PWM_BL/SM_D Place on bottom side PB directly under U R..UF UF D &.V VR EN JP VDD_INT TP TP TP TP TP TP.UF UF R.K IN OUT DJ DP ID PB_/PWM_H/SM_RDY PB_/PWM_L/SM_WE PB_/PWM_H/NT_OUT/SM_D PB_/PWM_L/URT_RTS/SM_D/SPT_D/NT_UD PE_/PWM_H PE_/PWM_L/URT_RTS/SM_MS R R R R R R PB_/PWM_H/SM_RDY_EXP PB_/PWM_L/SM_WE_EXP PB_/PWM_H/NT_OUT/SM_D_EXP PB_/PWM_L/URT_RTS/SM_D/SPT_D/NT_UD_EXP PE_/PWM_H_EXP m R.K.V Mb SPI Flash.V R K R K R K R K FULT TP SYS_LKOUT SYS_FULT SYS_HWRST LED RED R. R TP R TP R TP R TP K K K K TP TP TP P_/TM_TMR R K P_/SPI_MOSI/TM_LK P_/SPI_LK/TM_LK P_/SPI_SEL/SYS_DSWKE P_/SPI_D/URT_RTS/SPI_SEL/TM_I P_/SPI_D/URT_TS/SPI_SEL/TM_I P_/SPI_MISO/TM_LK SW DIP ON SPI_FLSH_MISO R K U SI SK S WP HOLD WQ SOW V SO XU SOKET R.V.UF SPI_FLSH_MISO SYS_NMI SYS_RESOUT VDD_IO.UF UF VDD_EXT UF.UF.UF.UF.UF.UF.UF.UF.UF.UF VDD_INT.UF.UF.UF.UF.UF Elizabeth Drive helmsford, M PH: --NLOGD DSP-MF EZ-KIT Power pins, SPI flash -. //
5 N_VISO & & P_/N_TX/SPI_SEL/TM_LK P_/N_RX/SPI_SEL/TM_I JP.V V U V VIO TXD RXD _ DM VISOIN VISOOUT VREF NH NL RS N_VISO R R K PF R. R. R R R J RJ.V V.V N_VISO N_VISO.UF.UF UF.UF.UF.UF N.UF.UF.UF.UF Place between pins and Place between pins and Place between pins and Place between pins and N_VISO & & PE_/N_TX/SM_BE PE_/N_RX/SM_BE/TM_I JP.V V U V VIO TXD RXD _ DM VISOIN VISOOUT VREF NH NL RS N_VISO R R K PF R. R. R R R J RJ.V V.V N_VISO N_VISO.UF.UF UF.UF.UF.UF N.UF.UF.UF.UF Place between pins and Place between pins and Place between pins and Place between pins and Elizabeth Drive helmsford, M PH: --NLOGD DSP-MF EZ-KIT Ns -. //
6 Elizabeth Drive helmsford, M PH: --NLOGD. - DSP-MF EZ-KIT // RS-.V.V.UF UF.UF.UF.UF.UF.UF.UF UF RS- U TIN ROUT V+ V- TOUT RIN _ISO V V N VISO.UF.UF.UF UF.UF U B B B L K J H F E D L K J J H G G F E E D K H F D J B K H F D G G E TIN TIN ROUT ROUT V+ V- TOUT TOUT RIN RIN _ISO _ISO _ISO _ISO _ISO _ISO _ISO V V V VISO VISO VISO DME RS- J DB J DB DME PE_/PWM_BL/URT_TS/SM_ PF_/URT_RX/SPI_SEL/LB_PIN/TM_I JP PE_/PWM_L/URT_RTS/SM_MS PF_/URT_TX/SM_/LB_PIN.V.UF UF.UF P_/URT_RX/TM_I P_/URT_TX/TM_LK R K R K R K R K V V & & & & & & TP JP
7 Elizabeth Drive helmsford, M PH: --NLOGD. - DSP-MF EZ-KIT // D reference R.UF UF.UF R N_SUPPLY POS R R R.UF.UF.UF REF_OUT R N_SUPPLY POS R N_SUPPLY NEG R.UF UF.UF R R R R.UF.UF.UF N_SUPPLY POS R N_SUPPLY POS R N_SUPPLY NEG REF_OUT -VS -VS DISBLE FEEDBK D U R.UF UF.UF R R R R.UF.UF.UF R R N_SUPPLY POS N_SUPPLY POS N_SUPPLY NEG REF_OUT UF UF UF UF UF UF UF UF UF U TP VIN N TRIM N TP DRBRZ U TP VIN N TRIM N TP DRBRZ U TP VIN N TRIM N TP DRBRZ U -VS -VS DISBLE FEEDBK D -VS -VS DISBLE FEEDBK U D JP JP JP UNINSTLLED INSTLLED UNINSTLLED -> for.
8 Elizabeth Drive helmsford, M PH: --NLOGD. - DSP-MF EZ-KIT // D input + R.UF R.UF.UF.UF IN_DUT J R R INPUT IRUIT x UF UF R.UF R..UF.UF.UF IN_DUT J R D_BIS. R R UF UF IN_DUT IN_DUT R R IN_DUT IN_DUT R R IN_DUT IN_DUT R R IN_DUT IN_DUT R R IN_DUT IN_DUT R R IN_DUT IN_DUT R R IN_DUT IN_DUT D_VIN_ D_VIN_ D_VIN_ D_VIN_ R R IN_DUT IN_DUT R R IN_DUT IN_DUT R R IN_DUT IN_DUT R R IN_DUT IN_DUT R R IN_DUT IN_DUT D_VIN EXP D_VIN EXP D_VIN EXP D_VIN EXP D_VIN_B_EXP D_VIN_B_EXP D_VIN_B_EXP D_VIN_B_EXP D_VIN EXP D_VIN EXP D_VIN EXP D_VIN EXP D_TEST_SOURE R N_SUPPLY NEG N_SUPPLY POS R N_SUPPLY POS R R N_SUPPLY NEG -VS -VS DISBLE FEEDBK U D -VS -VS DISBLE FEEDBK U D D_VIN_B D_VIN_B D_VIN_B D_VIN_B D_VIN_ D_VIN_ D_VIN_ D_VIN_ PF PF PF PF PF PF PF PF PF PF PF PF R D_TEST_SOURE D_BIS D_BIS D_BIS D_BIS D_BIS D_BIS D_BIS R IN_DUT R IN_DUT R IN_DUT R D_TEST_SOURE P R K R K R K R K R K R K D_BIS R UF R R K JP JP JP JP JP JP JP JP JP JP JP JP JP JP JP R K SM SM R.K.K R R.K.K R R.K.K R R.K R.K R.K.K R R.K.K R &
9 Elizabeth Drive helmsford, M PH: --NLOGD. - DSP-MF EZ-KIT // D input + R.UF R.UF.UF.UF IN_DUT J R R UF UF R.UF R..UF.UF.UF J R. R R UF UF IN_DUT D_BIS R R IN_DUT IN_DUT R R IN_DUT IN_DUT R R IN_DUT IN_DUT R R IN_DUT IN_DUT R R IN_DUT IN_DUT R R IN_DUT IN_DUT R R IN_DUT IN_DUT R R R R R R R R R R IN_DUT IN_DUT IN_DUT IN_DUT IN_DUT IN_DUT IN_DUT IN_DUT IN_DUT IN_DUT D_VIN_ D_VIN_ D_VIN_ D_VIN_ D_VIN EXP D_VIN EXP D_VIN EXP D_VIN EXP D_VIN_B_EXP D_VIN_B_EXP D_VIN_B_EXP D_VIN_B_EXP D_VIN EXP D_VIN EXP D_VIN EXP D_VIN EXP R N_SUPPLY NEG N_SUPPLY POS R N_SUPPLY NEG R N_SUPPLY POS R -VS -VS DISBLE FEEDBK U D -VS -VS DISBLE FEEDBK U D D_VIN_ D_VIN_ D_VIN_ D_VIN_ D_VIN_B D_VIN_B D_VIN_B D_VIN_B PF PF PF PF PF PF PF PF PF PF PF PF R D_TEST_SOURE R D_TEST_SOURE R D_TEST_SOURE R IN_DUT R IN_DUT R IN_DUT R K UF R D_BIS R JP JP JP JP JP JP JP JP JP JP JP JP R.K.K R R.K.K R R.K.K R R.K.K R R.K.K R R.K.K R
10 Elizabeth Drive helmsford, M PH: --NLOGD. - DSP-MF EZ-KIT // D input + R.UF R.UF.UF.UF IN_DUT J R R UF UF R.UF R..UF.UF.UF J R. R R UF UF IN_DUT D_BIS R R R R R R R R R R R R R R R R R R R R R IN_DUT IN_DUT IN_DUT IN_DUT IN_DUT IN_DUT IN_DUT IN_DUT IN_DUT IN_DUT IN_DUT IN_DUT IN_DUT IN_DUT D_VIN_D D_VIN_D D_VIN_D D_VIN_D D_VIN_D D_VIN_D D_VIN_D D_VIN_D_EXP D_VIN_D_EXP D_VIN_D_EXP D_VIN_D_EXP D_VIN_D_EXP D_VIN_D_EXP D_VIN_D_EXP N_SUPPLY POS R N_SUPPLY NEG R N_SUPPLY POS R N_SUPPLY NEG R -VS -VS DISBLE FEEDBK U D -VS -VS DISBLE FEEDBK U D PF PF PF PF PF PF PF TP TP J R D_TEST_SOURE R R K UF D_BIS R R.K R R.K R.K.K R R.K.K R R.K
11 R N_SUPPLY POS R.UF UF U TP TP VIN N N TRIM DRBRZ.UF UF R.K R K.UF JP & JP & R U R FEEDBK DISBLE -VS D -VS R R D_BIS N_SUPPLY POS J SM R R K N_SUPPLY NEG R.UF UF.UF UF UF UF Elizabeth Drive helmsford, M PH: --NLOGD DSP-MF EZ-KIT D bias -. //
12 .V P FER FER UF.UF VDD_N T UF V U IN OUT P- SHDN P+ DMRTZ R.K JP ID FER FER T UF N_SUPPLY POS N_SUPPLY NEG.V FER P FER VDD_N UF.UF P N_SUPPLY POS N_SUPPLY NEG UF.UF UF.UF.V FER P FER UF.UF VDD_OMP P +V -V UF.UF UF.UF Elizabeth Drive helmsford, M PH: --NLOGD DSP-MF EZ-KIT FE supply -. //
13 Elizabeth Drive helmsford, M PH: --NLOGD. - DSP-MF EZ-KIT // D source UF R.K R.K R.K R. R.M PF R.M R R. _SYN _SLK R R _SDIN _SDO -V +V -V +V -V D_TEST_SOURE U NULL V- N OUT V+ NULL D U V- B B OUTB V+ OUT U INV VREFPS VREFPF SDIN SLK SYN RFB SDO V VSS VDD VREFNS VREFNF RESET LR LD D IOV NULL V- N OUT V+ NULL D U +V +V N VIN N N N TP U DRBRZ -V +V -V DBRMZ DBRUZ R R R. PF PF.UF.UF.UF.UF.UF.UF.UF.UF.UF.UF.UF UF.V.V +V P_/SPI_LK/URT_RX/SM_D/SPT_LK/TM_I P_/SPI_SEL/TM_TMR/SM_D/SPT_BLK/SPI_SS P_/SPI_SEL/SM_D/SPT_BFS/NT_DG P_/SPI_SEL/SPI_RDY/SM_D/SPT_BD/NT_ZM P_/SIN_D/URT_TS/SM_D/SPT_D/TM_LK P_/SPI_MOSI/URT_TX/SM_D/SPT_FS _SDO _SLK _SDIN _SYN JP JP JP & & &
14 _ISO components need mm isolation from V_ISO V T UF SMD.UF T UF SMD.UF U VDD_ VDD_ RIN ROUT RSEL N DUM VISO_ VISO_ VSEL ISO_ ISO_ N N N V_ISO P ID R.K.UF UF.UF.uF INSTLLED UF.UF _ISO UF SENSE+ SENSE-.UF R R NOT INSTLLED P pf U VDD VDD/N VIN+ VIN- N N N D VDD MLKIN MDT N N N.UF UF.V R R P PF MLKIN MDT_OUT INSTLLED ID _ISO _ISO TP TP TP J SM PF_/SIN_D/SM_ P_/SIN_LK/URT_RTS/SPT_TDV/TM_LK JP MDT_OUT MLKIN SENSE+ SENSE- & & Elizabeth Drive helmsford, M PH: --NLOGD DSP-MF EZ-KIT SIN input -. //
15 LD connector for SPI LD connector for SPI.V.V J J.V.V PE_/TM_TMR/SM_ SYS_HWRST P_/SPI_D/URT_TS/SPI_SEL/TM_I P_/SPI_D/URT_RTS/SPI_SEL/TM_I P_/SPI_MOSI/TM_LK P_/SPI_MISO/TM_LK P_/SPI_LK/TM_LK R UF PE_/TM_TMR/SM_ SYS_HWRST PF_/SPI_SEL/SM_/LB_PIN P_/SPI_SEL/SM_D/SPT_BFS/NT_DG P_/SPI_MOSI/URT_TX/SM_D/SPT_FS P_/SPI_MISO/TM_TMR/SM_D/SPT_BD P_/SPI_LK/URT_RX/SM_D/SPT_LK/TM_I R UF R K ID R K ID X haracter Display V V J UF.UF V DDRESS: XXX, XXX IS BLOK SELET.V TWI_SD_DISPLY ID TWI_SL_DISPLY TWI address x where x is the R/W bit. Read -, Write -.V U TWI_SL TWI_SD U GREF SREF DREF S D S D R.K R R TWI_SL_DISPLY TWI_SD_DISPLY R K VSS H V WP SL SD TWI_SL TWI_SD GTL.V.UF DDRESS PINS NOT USED, N FLOT.V.UF.UF Elizabeth Drive helmsford, M PH: --NLOGD DSP-MF EZ-KIT LD & EEPROM -. //
16 Elizabeth Drive helmsford, M PH: --NLOGD. - DSP-MF EZ-KIT // LED.V.V.V.V R K U LV LV U R LV U R K R UF UF K R R.UF R R LV U K R UF R.UF.UF.UF LBEL "PB" LBEL "PB".V.V.V Y Y Y Y Y Y Y Y OE OE.V.UF.UF.UF.UF. R. R. R GREEN LED.UF YELLOW LED YELLOW LED IDTFTPY U K R K R POWER "RESET" RED LED SNLVG U. R K R K R K R K R JTG_BORD_RESET SYS_HWRST.V.V.UF.UF SW ON DIP SW ON DIP U LV U LV R K R UF R R K R UF R P_/SPI_SEL/TM_LK/SPI_SS P_/SPI_SEL/SPI_RDY/TM_I PF_/SPI_SEL/LB_PIN/SYS_DSWKE PE_/TM_TMR/SM_ PE_/TM_TMR/SM_ U SET V+ DIV OUT TRIG LT- R.V R R K R.K R.V.UF R K P_/TM_TMR PF_/SPI_SEL/SM_ SOTPX-N U MR V RESET RESET PFO PFI N DMR SW SW SW SW SW MOMENTRY SW MOMENTRY SW MOMENTRY SW SW MOMENTRY SW MOMENTRY SW MOMENTRY
17 V WLL_POWER JP SJ? DEFULT=& V_INPUT WLL_POWER V F FER P PF D MBRSTG UF D GSOT "V" PF FER FER SH SH INSTLLED ".V" P GP.V Remove P when measuring VDD_EXT R. V R.V, TP "VDD_EXT" P GP VDD_EXT Remove P when measuring.v R.UF VR VIN VIN EN SS.UF SENSE EP DMPZ-..UF D MBRSTG UF UF R. D GSOT T UF SMD T UF SMD INSTLLED GP GP Elizabeth Drive helmsford, M PH: --NLOGD DSP-MF EZ-KIT Power -. //
Schematic ADSP-BF706 EZ-KIT-MINI A B C D. 4 Title Title Size C. Board No. Rev 1.1A. Date A B C D
DSP-BF EZ-KIT-MINI Schematic Elizabeth Drive helmsford, M PH: --NLOGD DSP-BF EZ-KIT-MINI -. // Elizabeth Drive helmsford, M PH: --NLOGD. - DSP-BF EZ-KIT-MINI // Processor R P_/SPI_LK/TRE_D/SM_BE P_/SPI_MISO/TRE_D/SM_BE
ADSP-BF707 EZ-Board SCHEMATIC
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ADSP-SC589 MINI Board. Schematic
B D DSP-S MINI Board Schematic Elizabeth Drive helmsford, M PH: --NLOGD DSP-S MINI Board Block -. // Gb DDR Gb DDR Place close to U Place close to U Place R and close to U Place R and close to U DDR Interface
Schematic. ADSP-SC584 EZ-Board A B C D. 4 Title Title Block Size C. Board No. Rev 1.1A. Date A B C D
D DSP-S EZ-oard Schematic Elizabeth Drive helmsford, M PH: --NLOGD DSP-S EZ-oard lock -. // D Elizabeth Drive helmsford, M PH: --NLOGD D D DDR Interface // DSP-S EZ-oard -. DM_RESET_Z DM_RZQ DM Z DM Z
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D DSP-S EZ-KIT Schematic Elizabeth Drive helmsford, M PH: --NLOGD DSP-S EZ-KIT lock -. // D Elizabeth Drive helmsford, M PH: --NLOGD D D DDR Interface // DSP-S EZ-KIT -. DM_RESET_Z DM_RZQ DM Z DM Z DM
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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
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SCHEMATIC AD9265 CMOS EVALUATION BOARD REV. DRAWING NO. AD9265CE01A REVISIONS DESCRIPTION JUMPER TABLE RELAY CONTROL CHART A A DE N V C L O
THIS RWING IS THE PROPERTY OF NLOG EVIES IN. IT IS NOT TO E REPROUE OR OPIE, IN WHOLE OR IN PRT, OR USE IN FURNISHING INFORMTION TO OTHERS, OR FOR NY OTHER PURPOSE ETRIMENTL TO THE INTERESTS OF NLOG EVIES.
ADSP-SC584 EZ-Board. Schematic
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Reference Schematic for LAN9252-SPI/SQI+GPIO16 Mode
Reference Schematic for LN-SPI/SQI+GPIO Mode onfigurations SPI/SQI+GPIO Mode EEPROM - F (High) Port mode Port0 & Port = opper Page No. Schematic Page Title Power Supply LN(Part) LN(Part), Strap & EEPROM
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ADSP-SC589 EZ-Board. Schematic
SP-S EZ-oard Schematic EVIES otton Road Nashua, NH PH: -- SP-S EZ-oard lock - ate // Sheet of. otton Road Nashua, NH PH: -- EVIES R Interface // SP-S EZ-oard -. M_RESET_Z M_RZQ M Z M_VREF M Z M Z M Z M_OT_Z
USB INTERFACE PAGE 6 ADS4449/ADS58H40 INTERFACE CONNECTOR TO TSW1400 PAGE 7
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AS1117M3 or LM1117MPX-ADJ REG_VDD ADJ. C20 0.1uF U6. + C57 10uF R K 1% GND 3.92K 1%
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POWER Size Document Number Rev Date: Friday, December 13, 2002
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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
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Reference Schematic for LAN9252-HBI-Multiplexed Mode
Reference Schematic for LN-HI-Multiplexed Mode onfigurations HI Multiplexed mode EEPROM - F (High) Port mode Port0 & Port = opper Page No. Schematic Page Title Power Supply LN(Part) LN(Part), Strap & EEPROM
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SCHEMATIC REV. DRAWING NO. 9649EE01 REVISIONS JUMPER TABLE CONTROL CHART A A DE N V C L O
THIS RWING IS THE PROPERTY OF NLOG EVIES IN. IT IS NOT TO E REPROUE OR OPIE, IN WHOLE OR IN PRT, OR USE IN FURNISHING INFORMTION TO OTHERS, OR FOR NY OTHER PURPOSE ETRIMTL TO THE INTERESTS OF NLOG EVIES.
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
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REVISION HISTORY DESCRIPTION INITIAL SCHEMATIC AIY REMOVED ANALOG SWITCHES CHANGED FEEDBACK
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THE UNIVERSITY OF NEWCASTLE University Drive Callaghan NSW 2308 Australia
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Note: Please refer to AX110xx Network SoC Application Design Note for more detailed information.
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isclaimer: IT is providing this schematic for reference purposes only. lthough the schematic was taken from a known working design, it is being provided "as is" without any express or implied warranty
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LCD Expansion Connector 3.5 inch 320x240 pixel LCD. Configuration E2PROM. Sequence Control and Backlight Dimming.
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PRIMARE A32 Power Amplifier Service Manual
PRIMRE Power mplifier Service Manual . Technical Description.. Error codes.. Bias djustment.. Schematics.. Technical Specifications. onfidential! This document is not allowed to show for third part without
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RX-62N Multi-Breakout Board Options
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The LPC2138 Rich Board is the Most Complete Development Board with extra Rich Features.
wwwembeddedmarketcom LPC RichBoard The LPC Rich Board is the Most Complete Development Board with extra Rich Features wwwembeddedmarketcom LPC RichBoard Sr Num Topics Page About Rich Board Series of Products
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3JTech PP TTL/RS232. User s Manual & Programming Guide
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HF SuperPacker Pro 100W Amp Version 3
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Qi MP-A10 15 W wireless charger TX evaluation kit based on STWBC-EP
STEVAL-ISB0V Qi MP-A0 W wireless charger TX evaluation kit based on STWBC-EP Data brief WPC Qi.. standard compliant Robust demodulation algorithm, with triple path (V, I, f) Foreign object detection (FOD)