2.5V 1.2V / 1.5V CORE 3.3V I/O MOUNTING HOLES GROUND TESTPOINTS +5.0V DC IN. SoC Solutions FB2 R K C12 15 PF FERRITE_BEAD C14 C C13 2.
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- Lydia Day
- 5 years ago
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1 +.0V IN J PJ-0 _ONN VUS JP JUMPERT VUS_FP 00 F FERRITE_E..V U TPS0 GN F TGN PF R.K % VP. R K %.V /.V ORE.V I/O U TPS0 JP VP JP HR VP_GL U TPS0 R.K LM0EM -. JP HR VORE_GL VORE. GN F TGN 0 PF R.K % R K %. R 0 LTL-0PK-T. GN F TGN VP R 0K PF R K % R K % 0. JP Q JTG FV0N R0 K % OUTPUT VOLTGE:.V - JP Open MOUNTING HOLES MT MT MT MT MT MT MT MT GROUN TESTPOINTS.V - JP Installed -.V when JTG enabled - JP Installed - RFTER JIM VNT So Solutions TPG TPG TPG TPG TPG TPG HEKER POR SUPPLIES MT0 MT PPROVL PPROVL RWING NUMER SO-GL-S-00 OF
2 VUS_P 0 U TPS0 GN R 0K Q N-H FV0N.V FOR EZ-US F TGN Q P-H NSP PF VUS_FP R0.K % JP. VV LVS TX TERMINTIONS (PLE LOSE TO FPG) GPIO_ GPIO_ GPIO_0 GPIO_ GPIO_ GPIO_ GPIO_ GPIO_ R % R % R % R % R % R % R % R % GPIOTX_ R 0 % GPIOTX_ GPIOTX_0 R 0 % GPIOTX_ GPIOTX_ R0 0 % GPIOTX_ GPIOTX_ R 0 % GPIOTX_ GPIO_ GPIO_ GPIO_ GPIO_ GPIO_ GPIO_ GPIO_ GPIO_ GPIO_ GPIO_ GPIO_ GPIO_ GPIO_ GPIO_ GPIO_ GPIO_ IFFP IFFPTX JP IGITL HEERS P HR0X JP GPIO_0 GPIO_ GPIO_ GPIO_ GPIO_ GPIO_0 GPIO_ GPIO_ GPIO_ GPIO_ GPIO_0 GPIO_ GPIO_ GPIO_ GPIO_ GPIO_0 IFFN IFFNTX VP P GPIOTX_ GPIOTX_ GPIORX_ GPIOTX_ GPIOTX_ GPIORX_ GPIOTX_ GPIOTX_ GPIORX_ GPIOTX_ GPIOTX_ GPIORX_ GPIOTX_ GPIOTX_ GPIORX_ GPIO_ IFFPTX IFFPRX JP HR0X 0 LVS IFF. PIRS 0 0 P 0 JP0 IFFNTX IFFNRX VP GPIO_0 GPIOTX_ GPIOTX_ GPIORX_ GPIOTX_ GPIOTX_0 GPIORX_ GPIOTX_ GPIOTX_ GPIORX_ GPIOTX_0 GPIOTX_ GPIORX_ GPIOTX_ GPIOTX_ GPIORX_0 N R0 K % GPIO_ GPIO_ R % R0 % GPIOTX_ R0 0 % GPIOTX_ GPIO_ GPIO_ R % R0 % GPIOTX_ R 0 % GPIOTX_ VP PVF.V FOR P FPG R 0K U0 LP V IM-. GN P NS. JP VVF GPIO_ GPIO_ GPIO_ GPIO_0 GPIO_ GPIO_ R0 % R0 % R0 % R0 % R0 % R0 % GPIOTX_ R0 0 % GPIOTX_ GPIOTX_ R0 0 % GPIOTX_0 GPIOTX_ R00 0 % GPIOTX_ IFFP IFFN IFFN IFFP GPIO_ GPIO_ R % R % R % R % R % R % IFFPTX R 0 % IFFNTX IFFNTX R 0 % IFFPTX GPIOTX_ R 0 % GPIOTX_ GPIO_ GPIO_ GPIO_ GPIO_ GPIO_ GPIO_ GPIO_ GPIO_ GPIO_ GPIO_ GPIO_ GPIO_ GPIO_ GPIO_ GPIO_ GPIO_ IFFP IFFP JP P HR0X JP GPIO_0 GPIO_ GPIO_ GPIO_ GPIO_ GPIO_0 GPIO_ GPIO_ GPIO_ GPIO_ GPIO_0 GPIO_ GPIO_ GPIO_ GPIO_ GPIO_0 IFFN IFFN.V FOR P FPG LVS RX TERMINTIONS (PLE LOSE TO FPG) U LP PVF V R 0K IM-. GN P. JP VVF GPIORX_ GPIORX_ GPIORX_ GPIORX_ GPIORX_ R0 00 % R 00 % R 00 % R 00 % R 00 % GPIORX_ GPIORX_ GPIORX_ GPIORX_ GPIORX_0 RFTER JIM VNT HEKER So Solutions PWR, HRS, LVS IFFPRX R 00 % IFFNRX PPROVL PPROVL RWING NUMER SO-GL-S-00 OF
3 PPROVL RFTER HEKER PPROVL RWING NUMER So Solutions HE LE E I/O I/O I/O I/O I/O I/O0 I/O I/O I/O I/O I/O I/O I/O I/O I/O I/O0 VSS VSS V V VO V V STS TE E RP VP E0 E Q Q Q Q Q Q0 Q Q Q Q Q Q Q Q Q Q0 GN GN GN F0 VO V V STS TE E RP VP E0 E Q Q Q Q Q Q0 Q Q Q Q Q Q Q Q Q Q0 GN GN GN F0 HE LE E I/O I/O I/O I/O I/O I/O0 I/O I/O I/O I/O I/O I/O I/O I/O I/O I/O0 VSS VSS V V JIM VNT Kx EOUPLING EOUPLING FLSH SRM M M Mx SRM & FLSH OF SO-GL-S FLSH_LE_N SRM_E_N FLSH N FLSH N SRM N SRM N SRS_N TP SRS_N U VP VP VP VP VP VP VP VP 0K R MEM_T U U MEM_T MEM_T U SRS_N SRM N SRM_E_N SRM N SRS0_N FLSH_RST_N R 0K R 0K MEM_R MEM_R MEM_R MEM_R MEM_R MEM_R MEM_R MEM_R MEM_R MEM_R0 MEM_R MEM_R MEM_R MEM_R MEM_R MEM_R MEM_R MEM_R MEM_T MEM_T MEM_T MEM_T MEM_T MEM_T MEM_T MEM_T MEM_T MEM_T0 MEM_T MEM_T MEM_T MEM_T MEM_R MEM_R MEM_R MEM_R MEM_R MEM_R MEM_R MEM_R MEM_R MEM_R0 MEM_R MEM_R MEM_R MEM_R MEM_R MEM_R MEM_R MEM_R MEM_T MEM_T0 MEM_T MEM_T MEM_T MEM_T MEM_T MEM_T MEM_T MEM_T MEM_T MEM_T0 MEM_T MEM_T MEM_T FLSH N MEM_T MEM_T MEM_T MEM_T MEM_T MEM_T0 MEM_T MEM_T MEM_T MEM_T MEM_T MEM_T MEM_T MEM_T MEM_T MEM_T0 MEM_R FLSH_RST_N FLSH_LE_N MEM_R MEM_R MEM_R MEM_R MEM_R MEM_R0 MEM_R MEM_R MEM_R MEM_R MEM_R MEM_R MEM_R MEM_R MEM_R MEM_R0 MEM_R MEM_R MEM_R MEM_R MEM_R MEM_R MEM_R FLSH N MEM_T MEM_T0 MEM_T MEM_T MEM_T MEM_T MEM_T MEM_T MEM_T MEM_T0 MEM_T MEM_T MEM_T MEM_T FLSH_RST_N FLSH_HE_N MEM_T MEM_T MEM_R MEM_R MEM_R MEM_R MEM_R MEM_R MEM_R0 MEM_R MEM_R MEM_R MEM_R MEM_R MEM_R MEM_R MEM_R MEM_R MEM_R0 MEM_R MEM_R MEM_R MEM_R MEM_R MEM_R MEM_R VP VP VP VP VP TP FLSH_HE_N TP.0
4 N GN V SNUPG OUT V GN N/ LKOS LTL-0PK-T PPROVL RFTER HEKER PPROVL RWING NUMER So Solutions LERR0 PRST.VTOL.VRST. GN VTOL VRST FERRITE_E P_SWITH PRST.VTOL.VRST. GN VTOL VRST IO V IO IO G IO USL- OFF ON 0X HR N N0 N N N N N N N N N RST NSUSP SUSP RX TX RI SR TS RTS TR GNNTR GN GNNW - + V REGIN VUS P0 ONN0XSMT US_MINI_REEP GN GN N - GN GN VUS + GN N GN V SNUPG FLSH FREEZE IGLOO JIM VNT PUSH UTTON SSTEM RESET RESET TEST LES OF TEST SWITHES I/O SOKET (IOS SIGNLS ONL VILLE WITH FG PKGE) US RM JTG RESET FOR RM ntrst LOK OSILLTOR LK, RESET, US, ET SO-GL-S-00 SLIE SWITH R 0K R 0K SWITH SWITH0 SWITH SWITH SWITH SWITH SWITH SWITH SWITH SWITH 0K R RS_RX RS_TX OS_LK UF_PRST_N TP PRESET_N JP U J 0 0 P VP VP 0K R U SW Z00GRL 0K R. 0 JP 0 0 P VP 0 0 SW PT PRO_SSRST_N SWITH0 SWITH SWITH SWITH SWITH SWITH SWITH SWITH SWITH SWITH U R 0K 0K R VP VP U SU PORESET_N PRO_TO SW F 0 R PORESET_N 0K R VP VP VP 0 R0 R 0 U SU R 0 0 R 0 0 U LE 0 R LE R0 0 LE R 0 0 R LE R 0 0 R LE 0 LE0 LE LE R 0 LE LE K R PRO_RTK PRO_TK PRO_TI PRO_TMS VP VP VP.0 VUS 0 R VP IOS_P IOS_P0 IOS_P IOS_P IOS_P IOS_P IOS_P IOS_P IOS_P IOS_P IOS_P IOS_P VP 0.0 MHZ U0 TP VP JP JP G GPIO_0 IGLOO_FF U VP R 0K 0K R R 0K 0K R 0K R0 R 0K 0K R
5 N N N N N N0 N N N N N N N N N N0 N0 N0 N0 N0 N0 N0 N0 N0 N0 N00 N N N N N N N N N N0 N N N N N N N N N N0 N N N N N N N N N N0 N N N N N N N N N N0 N N N N N N N N N N0 N N N N N N N N N N0 N N N N N N N N N N0 N N N N N N N N N N0 N N N N N N N N N N0 N N N N N N N N N N0 GL-FG GL-FG IONP G/IO0P G/IOPP G/IOP G0/IONP G/IOPP G/IOP G0/IO0NP G/IO0PP G/IOPP G0/IONP G/IOPP G/IOPP G0/ION G/IOP G0/IONP G/IOPP G0/ION G/IOP IO0NP IO0PP IONP IOPP IONP ION IOP ION IOP ION IOP ION ION IOP IONP IO0N ION IONP IOPP ION IOP ION IOP ION IOP IONP IOPP ION IONP ION IOP IOP IONP IOPP IOP IOPP ION IOP ION NU FG GL-FG IORS0 IO0RS0 G0/IO00RS0 G/IO0RS0 G0/IO0RS0 G/IO0RS0 G0/IO0RS0 G/IO0RS0 G0/IORS0 G/IORS0 G0/IORS0 G/IORS0 G0/IORS0 G/IORS0 IO0RS0 IO0RS0 IORS0 IORS0 IORS0 IORS0 IORS0 IORS0 IO0RS0 IO0RS0 IORS0 IORS0 IORS0 IORS0 IORS0 IORS0 IORS0 IORS0 IORS0 IORS0 IORS0 IORS0 IORS0 IORS0 IO0RS0 IORS0 IORS0 IORS0 IORS0 IO0RS0 IORS0 IORS0 IORS0 IORS0 IORS0 IORS0 IORS0 IORS0 IORS0 IORS0 IORS0 IORS0 IORS0 IORS0 IO0RS0 IO0RS0 NU FG PPROVL RFTER HEKER PPROVL RWING NUMER So Solutions N (H) (E) (F) (E) (G) (G) (F) () () () () () () () () () () () () () () () () () () () () (E) () () () () (E) (0) (0) (0) (0) () () () () () () () () () () () () (H) (J) (J) (H) (H) (J) (H) (G) (K) (J) (L) (L) (M) (L) (P) (N) (L) (N) (M) JIM VNT FPG OF FPG I/O NK FPG I/O NK FPG I/O NK 0 FPG I/O NK NK 0 WITH FG LL NUMERS IN PRTHESES. NOTE: OTTOM PORTION OF FPG SMOLS MRKE "NU FG" SHOWS LLS THT RE NOT VILLE WH THE FG PKGE IS USE. NOTE: G LL NUMERS SHOWN FOR FG PKGE NK () () () () () () (E) () () (F) () (G) (K) (E) () (F) (K) (K) (J) SO-GL-S-00 (M) VP_GL.0 0 VIO GPIO_ GPIO_ GPIO_ GPIO_ SWITH GPIO_ GPIO_ TPV GPIO_0 TPV TPV GPIO_ GPIO_ MEM_T MEM_T MEM_T MEM_T MEM_R MEM_R MEM_R MEM_R SWITH GPIO_ GPIO_0 GPIO_ GPIO_ GPIO_ GPIO_ GPIORX_ GPIO_ IFFN IFFP GPIO_ GPIORX_ GPIO_ GPIO_ GPIO_ GPIO_0 GPIO_ GPIO_ GPIO_ GPIO_0 GPIO_ SWITH SWITH SWITH MEM_R0 VIO 0 VIO0 VIO GPIORX_ GPIORX_0 GPIORX_ GPIORX_ GPIORX_ IFFPRX IFFNRX IFFN IFFP IFFN IFFP GPIO_ IFFP SWITH0 GPIO_0 GPIO_ GPIO_ SWITH SWITH SWITH SWITH GPIO_ GPIO_ GPIO_ GPIO_0 GPIO_ GPIO_ GPIO_ GPIO_ GPIO_ GPIO_ GPIO_0 GPIO_ GPIO_ GPIO_ GPIO_ G GPIO_ GPIO_0 GPIO_ LE0 LE GPIO_ GPIO_ GPIO_ GPIO_ GPIO_ GPIO_ G G E F F E F E E E G F0 E0 0 G0 0 0 G E F F E G H F E G F E G F H E F G U GPIO_ GPIO_ GPIO_ IFFN IFFN IFFP GPIORX_ GPIORX_ GPIORX_ L E G H L M M L L M L K M U T P R T R N M N M0 N R P T R P P R U T F E J J H J H K K J J K J K N L L0 K L M P H G F N U 0 0 W W W0 W W V V V V U U0 U T0 T R R P P0 P N N0 N M M L L K0 K J0 J J J H H H H G G G0 G F F F0 F F F E E E E U TPV
6 PPROVL RFTER HEKER PPROVL RWING NUMER So Solutions VOMPLF GNQ GNQ GNQ GNQ GNQ GNQ0 GN GN GN GN0 GN GN GN GN GN GN GN GN GN GN0 GN GN GN GN GN GN GN GN GN GN0 GN GN GN GN GN GN GN GN GN GN0 GN GN GN GN GN GN GN GN GN GN0 VMV_ VMV_0 VMV_ VMV_0 VMV_ VMV_0 VMV0_ VMV0_0 VI_ VI_ VI_ VI_ VI_ VI_ VI_ VI_0 VI_ VI_ VI_ VI_ VI_ VI_0 VI_ VI_ VI_ VI_ VI_ VI_0 VI_ VI_ VI0_ VI0_ VI0_ VI0_ VI0_ VI0_0 VPLF V V V V V V V V0 V V V V V V V V V V0 V V V V V V V V V V0 GL-FG GL-FG GE/IOPP IOP ION IOP IONP IO0P IO0N IOP GE/IOP GE0/ION GE/IOP GE0/ION ION ION IOP ION ION ION IONP IONP IOPP GF/IOP GF/IOPP GF0/IONP GF/IO0P GF/IOPP GF0/IONP GF/IOPP GF/IOP GF0/ION IOP ION IOP ION ION ION IOP ION IOP IOPP IOP ION IO0N IONP IOPP ION IONP IOPP IO0P IONP IO0N IOPP IONP IOPP G/IOP G/IOP G/IOP IOP ION IOP GE0/IONP ION NU FG GL-FG IORS IORS IORS IORS IORS IORS IO0RS GE/IORS FF/GE/IORS GE/IORS IORS IORS IORS IORS IORS IORS IORS IORS IORS IORS IO0RS IO0RS IO0RS IO0RS IORS IO0RS IO0RS IORS IO0RS IO0RS IORS IORS IO00RS IORS IORS G/IORS G/IO0RS G/IORS IORS IORS IORS IORS IO0RS IO0RS IORS IORS IORS IO0RS IORS IORS IORS IORS IO0RS IORS IORS NU FG VJTG TRST TMS TI TK TO VPUMP GL-FG (K) (T) (R) (T) (T) (N) (R) (P) (N0) (T) (R) (P0) (T0) (M) (P) (R0) (T) (R) (R) (P) (T) (N) (R) (T) (P) (N) (R) (T) (P) (R) (T) (P) (T) (T) (T) (R) (P) (R) () () () (N) (M) (L) (N) (M) (L) (M) (L) (L) (K) (G) (G) (G) (F) (F) (F) (E) (H) (J) (J) (H) (H) (J) (H) (G) (K) (F) (E) (E) (E) () () () () (R) (R) (P) (P) (M) (N) FPG ORE JIM VNT FPG OF POR & GN NK (M) (M) (N) (N) (N) (K) (J) NOTE: TMS, TI, & TRST HVE INTERNL 0K PULLUPS (P) (R) (T) (P) (N) (P) (R) SO-GL-S-00 NK JTG () () (F) (F) (G) (G) (G) (G0) (H) (H) (H) (H0) (J) (J) (J) (J0) (K) (K) (K) (K0) (L) (L) (T) (T) () () (N) (N) () (R) (H) (N) (F) (F) (F0) (F) (G) (G) (H) (H) (J) (J) (K) (K) (L) (L) (L) (L0) (J) (E) (E) (E0) (E) (F) (G) (K) (L) (M) (M) (M0) (M) (F) (G) (L) (K) () (E) (E) (M) (P) (P) () (M) VP_GL T U W V U V U U JP0 VIO VIO VP_GL VIO VIO0 VP GPIO_ T N V U V W T W V0 V U W0 U W W W U0 T T U U W W W U V R V V W W V W W U V V V T T T0 T R R U FTO VPUMP FTRST_N FTMS FTI FTK LE LE LE LE LE LE LE GPIO_ GPIO_ GPIO_ GPIO_0 IOS_P0 IOS_P IOS_P IOS_P IOS_P IOS_P T T J H M G G K U U V V F F G G H H H J J N K L M L L M M L W N P U M P T J K K K M N N P P P R R T P R T G E E L N U R K U MEM_R GPIO_ HR JP 0 VP_GL HR JP VORE_GL L V T T G G E W W V0 V P P N N N N0 M M M M0 L L L L0 K K K K0 J J E0 E R F U R U H H F N P K J R R R0 R 0 N K J P H H H0 H 0 M R0 R P P P P0 N N M M L L K K J J J J0 H0 H U 0.0 K R R 0 VORE_GL JP HR HR JP MEM_R MEM_R MEM_R MEM_R MEM_R MEM_R MEM_R MEM_R MEM_R MEM_R MEM_R0 MEM_R MEM_R PRO_RTK MEM_R MEM_R MEM_R MEM_R IOS_P IOS_P IOS_P IOS_P IOS_P IOS_P GPIO_ OS_LK PRO_TK FLSH_HE_N FLSH_LE_N FLSH N FLSH N MEM_R MEM_T MEM_T0 PRO_TI PRO_TMS PRO_TO GPIO_ GPIO_ GPIO_ GPIO_ GPIO_ GPIO_0 GPIO_ GPIO_ GPIO_0 GPIO_ GPIO_ GPIO_ GPIO_ GPIO_ GPIO_ MEM_T FLSH_RST_N MEM_T0 SRM_E_N MEM_T MEM_T MEM_T MEM_T MEM_T SRS0_N SRS_N SRS_N SRS_N SRM N MEM_T MEM_T MEM_T SRM N MEM_T MEM_T0 MEM_T MEM_T MEM_T MEM_T MEM_T MEM_T MEM_T MEM_T MEM_T0 MEM_T MEM_T MEM_T MEM_T MEM_T UF_PRST_N IGLOO_FF PORESET_N GPIO_ GPIO_ GPIO_ GPIO_ GPIO_ GPIO_ GPIO_ LE JP HR VP_GL 0.0 VPLF
7 PPROVL RFTER HEKER PPROVL RWING NUMER So Solutions IO V IO IO G IO USL- GN0 GN GN0 GN GN GN GN GN V0 V0 V V V V V V FLG/TL FLG/TL FLG/TL0 R/SLWR R0/SLR F/P F/P F/P F/P F/P F0/P F/P F/P0 F/P F/P F/P F/P F/P F/P F/P F0/P0 RES P/SLS# P/P P/F P/F0 P/WU P/SL P/INT# P0/INT0# MINUS PLUS LKOUT IFLK S SL WKEUP RESET XTLOUT XTLIN 0- WI V MR GN RESET TPS0 US_MINI_REEP GN GN N - GN GN VUS + GN P0-TQ00 VP GN0 GN GN GN GN V V V V IO IO IO IO IO IO IO IO IO IO0 IO IO IO IO IO IO0 IO IO IO VP0 VP VP VP00 V IO IO IO IO0 IO IO IO IO IO IO IO IO IO IO IO IO GN GN GN GN GN GN RK TRST TO TMS TI TK VPN VPP IO IO IO GL PPEL NPEL GL GLMX/IO IO IO0 IO IO IO IO IO IO IO IO IO0 IO IO GL PPEL NPEL GL IOGLMX IO IO IO IO IO IO IO V GN VP LONG LONG T 0 SL S VSS WP V R G LONG GN V NWVKX GN V NWVKX GN V NWVKX GN V NWVKX P P0 PSS/FIL JIM VNT FLSHPRO TIVIT US.0 (NTRST_IN) (TK_IN) (TI_IN) (TMS_IN) ON OF SO-GL-S-00 P TRST_N JTG_N U U U U JTG JTG_N VP VPUMP TRST_N 0K R0 R0 FTK FTMS R 0K PVF VPUMP_GOO FTO VJTG_GOO VVF R00 TP P0 TP EZ_SL P EZ_RST_N R 00 % VUS_P VVF R0.K LE_RG_TH PT 0.0 U FP_LE FP_LE FP_LE FP_LE FP_LE0 FP_LE FP_LE FP_LE FP_LE0 FP_LE X MHZ LE_TH LE_TH P U PVF VV J U FTMS FTK FTRST_N VV P P P VVF VV REV R0 NS FTI P P P U P P PF VVF VV VV P0 P P P P0 U R0 R0 R0 0 P P P P P P P P P.K R00 R0.K VV 0 PF VV P0 P EZ_S P P NS R REV0 R NS REV P P P P P P P P P0 P P.0 VVF 0.0 VVF.K R0 VVF P VP FTRST_N FTI VP Q FV0N R0 0K VP
A Power, JTAG, LEDs FPGA_TCK FPGA_TDO FPGA_TMS FPGA_TRST FPGA_TDI nanofip_misc.sch
opyright ERN. This documentation describes Open Hardware and is licensed under the ERN OHL v... You may redistribute and modify this under the terms of the ERN OHL v... (http://ohwr.org/ernohl). This documentation
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
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
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LTER YLONE III EP evelopment & Education OR SHEMTI ONTENT PGE TOP MEMORY OVER PGE, TOP SRM,FLSH 0 ~ 0 0 ~ 0 ISPLY VG, LE, SEGMENT 0 ~ 0 IN/OUT LOK, PS, RS, UTTON, SWITH, ONNETOR,S R 0 ~ FPG yclone II EP
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
core Tiny6410.sch DM9000 DM9000-etc.sch AC97 AC97-etc.sch USB HUB USB-HUB.sch Tiny6410SDK 1103
core Tiny0.sch M000 M000-etc.sch -etc.sch US HU US-HU.sch Tiny0SK 0 M_ VV V V V V V V V V V VN VSYN VLK VUS OTGI OTGM OTGP IN0 S_LK S_n S_T0 S_T OUT0 INT INT INT RST ( 红色 ) Tiny0 Tiny0 P Power Supply S
#1 10P/DIL NORTH #3 #3 #3 #3 #3 #3 #3 #3 R198 RES0603 RES0603 DNP DNP DNP RES0603 RES0603 RES SDI_N 3-SDO_N 3-ALERT_N 3-CS_N 3-SCLK_N 3-CONV_N
P REVISION REOR J SP88 0 - RE N_JK P 90-00_-POS TP # - Remove these components to stack north # - Populate these components to stack north Use k Resistors or adjust as needed Header - Molex 90-0 PITORS,
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
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.
R SPIF output Power LO R SPIF input x Flash POR PWM LE x R* Lightning() P x pin Type connector US pin For Lightning & P T QFN RE PLY H Sel T PLY x PM Ext. MU H Sel T RE x S NE OP R* Size ocument
ALEX +12VBUS PTC 1A J17 PTT U1B. 126 IO_VB1N1_14/DIFFIO_L10p/FLASH_nCE/nCSO FLAGB NCS0 SLWR. IO_VB1N1_9/DIFFIO_L7p/DQS2L/CQ3L/CDPCLK0 RUP3
F PT VUS J J HEER X V_LEX V LEX LEX_SPI_SO LEX_SPI_SO R R LEX_SPI_SK LEX_SPI_SK LEX_SPI_RX_LO LEX_SPI_RX_LO R LEX_SPI_TX_LO LEX_SPI_TX_LO R FW_PWR REV_PWR 0 LEX HR 0P LEX J HR P R PWR IN THRU FW_PWR REV_PWR
DOCUMENT NUMBER PAGE SECRET
OUMENT NUMER PGE SERET / SERET OUMENT NUMER PGE / Spartan onfiguration SPI Flash Q S V W/VPP HOL VSS U MPVME R 0 R.K 0.U 9 IO_LP 0 IO_LN VREF_ G IO_L9P_ G IO_L9N_ F IO_L0P_ F IO_L0N_ IO_L9P_ IO_L9N_ 0
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
CLKOUT CLKOUT VCC CLKOUT RESOUT OSCOUT ALE TEST AD0 66 AD2 INT0 INT0 AD INT1 AD INT2/INTA0 AD5 AD7 AD7 INT AD8 AD8 AD10
I U N R 00K RSIN* RST S N.0u Y LK TP RP K L TP USY INT0 INT RISMINT P.0 P. P. P. P. P. P. RY OL RX0 TX0 T P.0 P. P. P. S* S* S* S* RROR* SLK U LKIN LKOUT LKOUT LKIN LKOUT OSOUT 0 OSOUT L L RSIN* L 0 0
ALEX +12VBUS PTC 1A J17 PTTOUT U1B 3V3 C IO_VB1N1_14/DIFFIO_L10p/FLASH_nCE/nCSO FLAGB NCS0 SLWR RUP3
F PT VUS J J V_LEX V LEX LEX_SPI_SO LEX_SPI_SO R R LEX_SPI_SK LEX_SPI_SK LEX_SPI_RX_LO LEX_SPI_RX_LO R LEX_SPI_TX_LO LEX_SPI_TX_LO R FW_PWR REV_PWR 0 LEX HR 0P LEX J HR P R PWR IN THRU HEER x/sm PTTOUT
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
R White R Red _TX_Q_P J 0-0 0 _TX_I_P _TX_I_N _TX_Q_P _TX_Q_N L _TX_I_P _TX_I_N.R -d ttenuator.r.r 00pF_0V JP SM _TX_Q_P _TX_Q_N _TX_Q_P _TX_Q_N GN VV VV VV_TX VV VV VV_TX Modulator L L PowerSupply J POWER
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
PTN3356 Evaluation and Applicaiton Board Rev. 0.10
E PTN Evaluation and pplicaiton oard Rev. 0.0 REVISION STORY : ------------------------------------- 0. June 0, 0 - ase on PTN_ONLY_REV.SN 0. July, 0 - OM changes due to long lead time items, LEs 0. July,
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
HIgh Voltage chip Analysis Circuit (HIVAC)
ate: esigner: RWING NO: SLE: SHEET: OF TOP MK HIgh Voltage chip nalysis ircuit (HIV) March H_I_RSEL H_I_RSEL H_I_SEL H_I_ H_I_ H_I_ H_I_SEL H_I_SW H_I_S H_I_S H_I_S H_I_P H_I_P H_I_P H_I_P H_I_PSH H_I_PSL
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
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_
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
MT9V128(SOC356) 63IBGA HB DEMO3 Card
MT9V(SO) IG H MO ard Page escription Page lock iagram Pinout Sensor Power Supply VideoOut_lock_Reset xternal Interface Rev Who ate escription Rev 0.0 jwrede 0/0/0 ase Schematic for ustom esign Rev 0. aralex
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.
Virtex 5 FF1760 DUT. Differential SMA Clocks 2X D. Single Ended Socket Clocks 2X. Upstream Connector. Upstream. Power Bus and Switches 5V
PGE System Monitor ux PGE System Monitor PGE System ce Upstream PGE Upstream onnector PGE Single Ended Socket locks X PGE ifferential SM locks X PGE -0 Power us and Switches V OR V JK RIK VINT VINT JK
0603/15p/10v L R/100MHz. 100nF/50V. 100nF/16V. 100nF/50V C105 C106 C108 C107 GND GND GND GND
+V +V 00nF/0V 00nF/0V 00nF/0V 00R/00MHz.µF/0V 00nF/V 00nF/V 0K K n.b. 0k 0k 00/p/0v 00/p/0v MHZ-.X. 00nF/V 0R 0R µ/v MK0XVLK MK0XVLK 00nF/0V 00nF/0V µ/v 00R/00MHz 0R 0 0 0 L0 0 0 R0 R0 R0 R0 L0 L0 Y0 0
SVS 5V & 3V. isplsi_2032lv
PU 000pF 000pF 000pF 0 000pF 000pF 000pF 000pF 000pF 000pF 000pF 000pF 000pF 000pF 0 000pF 000pF 000pF 000pF 000pF 000pF 000pF FLSH.0uF.0uF.0uF 0.0uF ata uffer.0uf.0uf.0uf.0uf SVS V & V.0uF.0uF.0uF isplsi_0lv.0uf.0uf
KEIm Baseboard. PAGE DESCRIPTION 1 Block Diagram, History 2 SoM Connector. 3 LCD Connector. 4 Ethernet. 5 UART 6 Analog 7 Peripheral 8 Power
KEIm aseboard REV TE PGES ESRIPTION.0.0 Oct//0 ll INITIL REVISION RELESE..0 Feb//0 ll MP REVISION RELESE PGE ESRIPTION lock iagram, History SoM onnector L onnector Ethernet URT nalog Peripheral Power KONO
DISPLAY 1 DISPLAY 2 a. a b. a f. a f. b g. c d. c d. 16 x 2 HD44780 BASED ALPHANUMERIC DISPLAY LCD 16 X 2
SEGMENT LE ISPLY R MUX MUX MUX MUX R nf SEG_ SEG_ SEG_ SEG_ SEG_ SEG_ SEG_ SEG_ U R xt P P P P P P P P MX MX ss SL S P P P P P P P P nf S SEG_SL SEG_S SEG_ SEG_ SEG_ SEG_ SEG_ SEG_ SEG_ SEG_ SEG_I_SL_
A B C D TXD[15:0] TXD10 TXPAR 2.2K R38 RA12 1 RA13 AD10 +3V J98 PHY_INT HSERR R70 PRST TXPAR. ATM Physical Local Bus. Local Bus Interface.
![A B C D TXD[15:0] TXD10 TXPAR 2.2K R38 RA12 1 RA13 AD10 +3V J98 PHY_INT HSERR R70 PRST TXPAR. ATM Physical Local Bus. Local Bus Interface.](/thumbs/79/79137067.jpg "A B C D TXD[15:0] TXD10 TXPAR 2.2K R38 RA12 1 RA13 AD10 +3V J98 PHY_INT HSERR R70 PRST TXPAR. ATM Physical Local Bus. Local Bus Interface.")
S J TXR0 TXR TXR TXR[:0] TXR TXR LK TX[:0] TX0 TX TX0 TX TX TX TX TX TX TX TX TX TX TX TX TX R 0K R 0K J J0 PIV R 0K TXPR R0. H/E0 H/E H/E TXLV TXSO J J HRST HLK HPERR HGNT HISEL HEVSEL HSTOP HTRY HIRY
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
U1-1 R5F72115D160FPV
pf R NF_ X MHz, pf ON_XTL ON_EXTL R R NF_,,,, R NF_ R NF_ R R,,,, M M M_LK M_LK SEMn TI TMS TK TRSTn K R K R K R K R EXTL XTL M M M_LK M_LK TESTM SEMn TI TMS_WTX TK_WSK TRSTn_WRX U- RFFPV VREF VREFVSS
P&E Embedded Multilink Circuitry
MP PWM_LE MP PWM_LE.Sch MP Power MP Power.Sch MP USER_LE MP USER_LE.Sch P&E Embedded Multilink ircuitry MP MU MP MU.Sch MP_9_Temp_Sensor MP_9_Temp_Sensor.Sch RESET KG RESET_TO_TGT_PSS GN_TO_TGT_PSS TGT_TX
Quickfilter Development Board, QF4A512 - DK
Quickfilter evelopment oard, QF - K nalog Inputs - U +.V +.V J N hannel J N hannel J N hannel J N hannel U +.V +.V U +.V U +.V Prototyping rea J J Optional +V External Power x Header 0." US onnector U
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
Table of ontents Title lock iagram KEZ MU OpenS INTERFE I/O Headers and Power Supply Rev X escription Initial raft Revisions. Remove Motor ontrol onnector J. Remap J, J, J, J pinout. dd one series resister
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:
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
PCB NO. DM205A SOM-128-EX VER:0.6
V. M0 M M M M M M M MQM0 MQS0N MQS0P M M M0 M M M M M MQM MQSN MQSP U RM R0 Q00 M0 U Q0 M T Q0 M R Q0 M U Q0 M U Q0 M T Q0 M T Q0 M T M0 M U QS0N M U QS0P M0 M W0 Q0 M W Q0 M V0 Q0 M U0 Q M W Q W Q 0 V
C uF T16 VDD T15 TMS TMS MCU_PORT_VDD T14 TDO TDO T13 JCOMP JCOMP PF3 T12 PF3 T11 VDDE3 5.0V PF4 T10 PF4 PJ5 PJ5 PF6 PF6 PF9 PF9 5.0V 5.
Size FSM No. WG No. Rev of 9 Galen Street Floor M 0 US MP0EMO Schematic -- MU and Symbol V V P P P P P 9 P0 0 P P P P0 VE V REFYP V P PK P P P 9 P 0 P0 P P P V P P P P9 P P P0 P P 9 P 0 P P P9 P P P P
ISA INTERFACE & POWER SELECTION Size Document Number Rev Custom. XR82C684 EVAL BOARD 1.2 Date: Monday, August 13, 2007 DO NOT INSTALL CON_AT62B
IS_IRQ V._0._0._0 O NOT IS_IRQ R K_0._0.0_0 J J.0_0 0 RV_RESET V RV_RESET V TP J IS TEST._0 TP V X [0..] [0..] GN GN -I/O H K RESRV V 0 IRQ V -V REQ -V U 0WS 0 0 V 0 -IO_HRY._0 GN -I/O H RY 0 -SMEMW EN
XR21B1422/1424 POWER & USB 1.0 Date: Thursday, February 13, 2014
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,
Virtex 5 FF1136 DUT. Single Ended Socket Clocks 2X. Differential SMA MGT Clocks 2X D. Differential SMA Clocks 2X. Upstream Connector.
PGE System Monitor ux PGE System Monitor PGE System ce Upstream PGE Upstream onnector PGE Single Ended Socket locks X PGE ifferential SM locks X PGE ifferential SM MGT locks X PGE - Power us and Switches
DNI TP25 ORG DNI 0.1UF 12V 47UF DNI DNI WHT DGND1 LM1117MP-3.3/NOPB +V_MTR +V DNI OUT1 OUT ADJ DNI 0.1UF R10 10K DGND 47UF DNI DNI EXLVL DGND DGND
TP RN V_ORE N_ N TP LKORY_ N_ LKORY S S_ TP RE TP LU EUT_ VP SLK SLK V V_E VIOLET TP VP XTL XTL R LKORY_ RN R TP LKORY_ N_ TP LKORY_ N_ LKORY S S_ RE TP LU EUT_ TP VP SLK V V_E VIOLET TP VP XTL XTL RN
AS1117M3 or LM1117MPX-ADJ ADJ. C20 0.1uF + C56. + C57 10uF. 10 uf R K 1% R18 GND 10.0K 1%
K POWER SW JP EXTERNL POWER FUSE 0. uf VT 0 uf R SM or LMMPX-J VIN VOUT U 0.0K % J R.K % 0uF REG_V 0 0.uF REG_V J PV PV_US_TGT V_M0X POWER_SELET R0 0Ohm V to V ENTER POSITIVE.
J1B B1 B3 B5 B7 B9 B11 B13 B15 B17 B19 B21 B23 B25 B27 B29 B31 B33 B35 B37 B39 B41 B43 B45 B47 B49 B51 B53 B55 B57 VCC VCC USB_DET
GP0 GP0 GP0 P0 GP0 GP GP GP GP GP GP GP P GP0 GP GP GP GP GP GP GP GP0 GP GP GP GP GP GP GP GP0 GP GP GP GP GP GP GP GP0 GP GP GP GP GP GP GP GP00 UINO ONE PIN EFINE GP0 GP GP GP GP GP GP GP GP0 GP GP
VREF XREF=1/A1,1/B2,7/A2 C103 AVDD 0.1U VDDCORE DRVDD VDDIO ENC+ ENC- AIN+ OVR EC2 XREF=2/B2 XREF=2/B2 XREF=2/B2 XREF=2/A1 XREF=1/A1,7/B1 XREF=2/B2
--00_: RV;E,F,G,H,J,K,L,M,N,P,R V;H,H,J,J,K,K,L,L,M,M,N,N,P,P V;,,,,,,,E,E,F,F,G,G SMOE MOE S EXP EXP EXP0 HIPI HIIPI HIPI HIPI0 EXTFILTER GN_ GN_0 IN- IN+ EN- EN+ VREF V_ES N RY PLK PULK LK SYN SYN SYN
L13X DAUGHTER CARDS TABLE OF CONTENTS REV SL NO. TABLE OF CONTENTS VERSION VERSION HISTORY BLOCK DIAGRAM 4 UART-0 INTERFACE
LX UGHTER RS TLE OF ONTENTS SL NO. ONTENTS PGE NO REV TLE OF ONTENTS VERSION HISTORY VERSION.0.. LOK IGRM URT-0 INTERFE N US INTERFE URT INTERFE PROFI US & SOFT IR INTERFE SOFT URTS REV NO. NTURE OF HNGE
AS1117M3 or LM1117MPX-ADJ REG_VDD ADJ. C20 0.1uF U6. + C57 10uF R K 1% GND 3.92K 1%
K POWER SW JP EXTERNL POWER FUSE 0. uf VT + 0 uf SM or LMMPX-J REG_V VIN VOUT + 0uF 0 0.uF U R 0.0K % J R.K % REG_V J PV PV_US_TGT V_M0X POWER_SELET R0 0Ohm V to V ENTER POSITIVE.
XO2 DPHY RX Resistor Networks
PHY_0_P_RX PHY_0_N_RX [] [] R R LP_0_P_RX HS_0_P_RX HS_0_N_RX LP_0_N_RX PHY_LK0_P_RX PHY_LK0_N_RX PHY_LK_P_RX PHY_LK_N_RX [] [] [] [] R R6 R8 R0 LP_LK0_P_RX HS_LK0_P_RX HS_LK0_N_RX LP_LK0_N_RX LP_LK_P_RX
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
+12V R16 100K +12V R17 100K R19 R18 100K 100K AVPP BVPP C21. C20 0.1uF. 0.1uF NOTES:
+V +V R 00K U S S G G SI.V +V V _VPPEN _VPPEN0 _VEN _VEN0 _VPPEN _VPPEN0 _VEN _VEN0 R0 00K R 00K + 0uF _VPPEN _VPPEN0 _VEN _VEN0 _VPPEN _VPPEN0 _VEN _VEN0 V 0.uF U VIN VPPIN VPP0 VPP V0 V VPP0 VPP V0 V
CD-DET TP5_CS- LCDPWR RFPWR CHPD5 GP05 GP25 RST5 L13 D12 D11 D10 LCD_MISO LCD5_MOSI LCD5_SCK SD5_CS- LCD_MISO LCD5_MOSI LCD5_SCK SD5_CS-
SPST SW L 0uH.uF TP HEER NO STUFF TP 0 HEER NO STUFF TP TP pf Y.uF.uF 0 HEER NO STUFF 0 HEER NO STUFF MHz, 0ppm pf.uf (OUT) (IN) R 0K /W % 0uF OUT OUT OUT OUT KLT L 0 L_MISO L_MOSI L_SK S_S- L_S- L_- L_
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.
Discovery Guide. Beautiful, mysterious woman pursued by gunmen. Sounds like a spy story...
Dv G W C T Gp, A T Af Hk T 39 Sp. M Mx Hk p j p v, f M P v...(!) Af Hk T 39 Sp, B,,, UNMISSABLE! T - f 4 p v 150 f-p f x v. Bf, k 4 p v 150. H k f f x? D,,,, v? W k, pf p f p? W f f f? W k k p? T p xp
Virtex 5 FF1738 DUT. Single Ended Socket Clocks 2X. Differential SMA Clocks 2X. Differential SMA MGT Clocks 2X D. Upstream Connector.
PGE System Monitor ux PGE System Monitor PGE System ce Upstream PGE Upstream onnector PGE Single Ended Socket locks X PGE ifferential SM locks X PGE ifferential SM MGT locks X PGE 0- Power us and Switches
3V3 DECOUPLING DS90LV018A MCLKTON 4U7/10V +/-10% C196 +/-10% LCLK1IN+ NMCLKTON SK18 74LS123 MULTI +/-5% C N C94 10N
0 THIS RWG ONORMS TO.S. -T-0-00-0- U/0V +/-% 00N +/-0% 0N +/-0% U/0V +/-% 00N +/-0% 0 0N +/-0% R R 0R % P/0V +/-% K % U S YLLOW U 0 U U S0LV0 MLKTON /R S S R SK LS MULTI U/0V +/-% 00N +/-0% 0N +/-0% LLK+
Power USB I/F. USB->Uart AX309. Power LED :25:33 I:\AX\AX309\2.0\1_POWER.SchDoc VBUS VBUS D- D+ Fuse VCC GND D3V3 U
X0.0 0-- :: I:\X\X0\.0\_POWER.Schoc ate: R K Power LE LE SW SW V P P P V V F Fuse U SRV0- VUS P M RX TX LE RX LE TX R K R K VUS - I J US->Uart US I/F E 00uF/V OUT IN = U -. V E 00uF/V OUT IN = U -. V E
VCC 52 VCC 21 AVCC PF0(ADC0) 60 PF1(ADC1) 59 PF2(ADC2) 58 PF3(ADC3) 57 PF4(ADC4/TCK) 56 PF5(ADC5/TMS) 55 PF6(ADC6/TDO) 54 PF7(ADC7/TDI) SCL TXD
POWER ELETRONIS **- Switching Power Regulation** V and.v outputs are isolated from High Voltage, but not each other Isolated Power Supply power.sch FTI US URT FTI US URT ftdi_uart.sch Safety Loop Wiring
+12V R17 100K +12V R18 100K R19 100K R20 100K AVPP BVPP. C21 0.1uF. C20 0.1uF NOTES:
+V +V R 00K U S S G G SI.V +V V _VPPEN _VPPEN0 _VEN _VEN0 _VPPEN _VPPEN0 _VEN _VEN0 R 00K R 00K + 0uF _VPPEN _VPPEN0 _VEN _VEN0 _VPPEN _VPPEN0 _VEN _VEN0 V U VIN VPPIN VPP0 VPP V0 V VPP0 VPP V0 V SHN 0
8V Title SCHEMATIC, 8V89317EVB REV A. Date: Friday, June 14, Power Supply. XTAL Interface. 12.8MHz TCXO/OCXO LED Status IN1 OUT1
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
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?
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
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
1 INDEX & POWER, RESET 2 RF, SERVO & MPEG - MT1389E 3 MEMORY - SDRAM, FLASH/EEPROM 4 VIDEO OUT 5 AUDIO DAC WMA8766
OMMON_H_V MT (LQFP) V emo oard for Sanyo Slim H PUH INX & PO, ST F, SVO & MPG - MT MMOY - SM, FLSH/POM VIO OUT UIO WM NM TYP VI igital V SUPPLY V igital.v MT FV Servo.V MT LO_V Laser iode.v F V PIKUP H
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
FTDI_SPI_SCLK FTDI_SPI_MOSI FTDI_SPI_CS FTDI_SPI_MISO FTDI_SPI_SCLK FTDI_SPI_MOSI FTDI_SPI_MISO FTDI_SPI_CS FTDI_GPIO2 3V3_USB FTDI_SPI_SCLK
IOLTION RRIER P POWER-OMIN NI NI IO-LINK POWER-OMIN NI HEET OF MXREFE MXREFE# //..K U MXTT+.UF FTHQ FTI_PI_MIO R.UF LE ML-PPT FT_M FT_P K VV MHZ U UF VU K V_U FTI_PI_MIO FTI_PI_ FTI_PI_MOI
[1] [1] C7 10nF. C4 10nF SCL [2] SDA [2] CS_SD PWR_PRSNT [4] INT_BTN0 [2] INT_BTN1 [2] LOADER_EN [4] [1] TXLED [1] J11 [1] RST +3V3 RST
![[1] [1] C7 10nF. C4 10nF SCL [2] SDA [2] CS_SD PWR_PRSNT [4] INT_BTN0 [2] INT_BTN1 [2] LOADER_EN [4] [1] TXLED [1] J11 [1] RST +3V3 RST](/thumbs/93/112496082.jpg "[1] [1] C7 10nF. C4 10nF SCL [2] SDA [2] CS_SD PWR_PRSNT [4] INT_BTN0 [2] INT_BTN1 [2] LOADER_EN [4] [1] TXLED [1] J11 [1] RST +3V3 RST")
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+
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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.
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SCHEMATIC REV. DRAWING NO. 9268CE01C REVISIONS DESCRIPTION JUMPER TABLE RELAY CONTROL CHART A A DE N V C L O REV JP# * SEE ASSEMBLY INSTRUCTIONS
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.
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FREEDOM KL26Z. Table of Contents 1 Title 2 Block Diagram 3 KL26Z MCU. 4 OpenSDA INTERFACE. 5 I/O Headers and Power Supply FRDM-KL26Z.
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PCLKS SYNCHS PDATS[3:0] PCODES[3:0] STATCLKS CMDCLKS PCLKW SYNCHW PDATW[3:0] PCODEW[3:0] Sheet_2 CMDCLKS STATCLKW CMDDATW STATDATW PDACK[1:0]
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TFT Proto 5 TFT. 262K colors
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