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.
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1 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 HFRME HPR H/E H[:0] H H0 H H H H H H H H H H0 H H H H H H H H H H0 H H H H H H H H H H0 SR_LR SR_LR[:0] SR_LR0 SR_LR SR_LR[:] SR_LR SR_LR SR_LR SR_LR SR_LR SR_LR SR_LR SR_LR SR_LR0 SR_LR SR_LR SR_LR SR_LR SR_LR SR_LR SR_LR SR_LT SR_LT[:0] SR_LT0 SR_LT SR_LT SR_LT SR_LT SR_LT SR_LT SR_LT SR_LT SR_LT SR_LT0 SR_LT SR_LT SR_LT SR_LT SR_LT SR_LT SR_LT SR_LT SR_LT SR_LT0 SR_LT SR_LT SR_LT SR_LT SR_LT SR_LT SR_LT SR_LT SR_LT SR_LT0 R. R R R R0 R R R R X 0 S SL WP V U TE PPROVLS ONTRT. RWN HEKE ENGINEER SHEMTI IENT. RWING. SLE: NE PPROVE TE LTR ZONE ISIONS INITIL RELESE ESRIPTION MINSPEE TEHLOGIES, IN. OULER, O 00 /0 /0 N SOTT /PROJET/P/OR-0/T P T00-X00 P: T _0: N OR N-X0 EVM J00 J J J J J J J J0 G J J J0 SR-STT0 SR-STT R.K SYSLK. R MHZ.0 0K R TO-TI PRST PHY_INT HSERR HINT HREQ PS PWNR TK PITI V VSS OUT Y J0 M M M[:0] M M0.K R0 J PS J RXLV RXSO RXPR R 0 R 0 RXR RXR[:0] RXR0 RXR RXR RXR J0 J0 MS[:0] MS MS0 SL RX[:0] RX RX0 RX RX RX RX RX RX RX RX RX0 RX RX RX RX RX. R J J SYSLKX LK RXEN SRUTOPRXLK SPRE- SPRE- SPRE- SPRE- SPRE- SPRE- SPRE-E LKX LK EEPWR FRFG0 FRFG FRTRL/RXLK H0 H H0 H H H H H H H H H H H0 H H H H H H H H H H H0 H H H H H H H HLK HFIFOR0 HFIFOR HFIFOR HFIFOR HFIFOR HFIFOR HFIFOWR0 HFIFOWR HFIFOWR HFIFOWR HFIFOWR HFIFOWR HISEL HPR LR0 LR LR0 LR LR LR LR LR LR LR LR LR LR LR LR LR LR LR LR LT0 LT LT0 LT LT LT LT LT LT LT LT LT LT LT0 LT LT LT LT LT LT LT LT LT LT LT0 LT LT LT LT LT LT LT PR0 PR PSEL0 PSEL PIV PRO PWNR RM RXR0 RXR RXR RXR RXR RX0 RX RX0 RX RX RX RX RX RX RX RX RX RX RX RX RX RXMRK RXPR SHREF SL S STT0 STT SYSLK TLK TI TO SPRE- SPRE-F TXR0 TXR TXR TXR TXR TX0 TX TX0 TX TX TX TX TX TX TX TX TX TX TX TX TX TXMRK TXPR H/E0 H/E H/E H/E HEVSEL HENUM HFRME HGNT HINT HIRY HLE HPERR HREQ HRST HSERR HSTOP HSWITH HTRY MS0 MS MS MS M0 M M M MWR PS PE0 PE PE PE PLST PS PEN PFIL PINT PRY PRST PWIT RXEN RXFLG TXEN TXFLG Serial EEPROM Test Signals Interface Processor TM Physical Local us Local us Interface Interface oundary Scan Memory Host PI Interface Signals locks/status HSM N SPRE- VGG UTOPI TXLK U E N L E F H H H J J J P P P R R R R T U U V V V W E W W E F F F G G N E F T K Y Y Y W W W V V V U U U T T R R R R P P P N Y G E F E F F F E F E F E F E 0 E F F M F E F E F E E F 0 0 E0 F0 E F F E F K N T L M Y M L L Y Y L L F M K K J J H H H G G J 0 E F E TXEN SRUTOPTXLK R 0 R0 0 PIV tied high = v signaling PI VOLTGE SELET PIV tied low =.v signaling N LL OPEN = UL GROUN = UL avid Jones (0)-0 JP JP J RY J
2 J J0 J TX0 J HP-TX0 TX J HP-TX TX J HP-TX TX J HP-TX TX J HP-TX TX J HP-TX TX HP-TX J0 TX J HP-TX TX J HP-TX TX J HP-TX TX0 J HP-TX0 TX J HP-TX TX J HP-TX TX J HP-TX TX J HP-TX TX J HP-TX TXPR J0 HP-TXPR TXSO J HP-TXSO TXEN J HP-TXEN TXR0 J HP-TXR0 TXR J HP-TXR TXR J HP-TXR TXR J HP-TXR TXR J HP-TXR TXLVJ0 HP-TXLV RX0 RX RX RX RX RX RX RX RX RX RX0 RX RX RX RX RX RXPR RXSO RXEN RXR0 RXR RXR RXR RXR RXLV J J J J J J J J0 J J J J J J J J J J J J HP-RX0 HP-RX HP-RX HP-RX HP-RX HP-RX HP-RX HP-RX HP-RX HP-RX HP-RX0 HP-RX HP-RX HP-RX HP-RX HP-RX HP-RXPR J HP-RXSO HP-RXEN HP-RXR0 HP-RXR HP-RXR HP-RXR HP-RXR HP-RXLV LK U LKIN FIN LK LK LK LK V V LK LK LK LK0 S S ISM- SOI.0 N or N EVM ONFIGURTION JUMPER J0-J LOSE OPEN J0- J LOSE J-J LOSE OPEN OPEN R.K 0 R.K 0 R.K 0 J0 J J J J J J J J0 J J J J J J J J J0 J HP-UTOPTXLK HP-UTOPRXLK J0 TX J0 RX Polarity Peg Polarity Peg STT0 STT STT STT STT STT STT STT LF PF ZERO ELY UFFER R 0 R 0 R 0 R 0 R 0 R 0 R 0 R 0 R0 0 R 0 R 0 SMT 00 SMT 00 SMT 00 SMT 00 RE SMT 00 SMT 00 SMT 00 SMT 00 0 SMT 00 SMT 00 R0 R 0K.0 R R R GREEN LO RI-P IS-P RI-L IS-L LOP OOF LOS LF PF PWR UTOPRXLK UTOPTXLK SRUTOPRXLK SRUTOPTXLK TK PITO HLK HREQ H H H H H/E H H H H H/E HIRY HEVSEL HPERR HSERR H/E H H H0 H H H H H SLE: NE TK TO INT INT PRSNT 0RSV PRSNT RSV LK REQ 0 _E 0 _E IRY EVSEL LOK 0PERR SERR _E K HJ IENT. /0 PI ONNETOR KEY TI INT INT RSV RSV RSV RST GNT RSV 00 ISEL 0 FRME TRY STOP 0 SONE SO PR 0 _E REQ 0 RWING. PITI HINT HRST HGNT H0 H H H HISEL H H0 H H HFRME HTRY HSTOP HPR H H H H H/E0 H H H H0 T00-X _: T P
3 J-N R J-N 0..UF 0PF Y R R X0- UF.0UF V. 0PF PLRXPFP LRXPFN L0 OUT M LTXPFP LTXPFN L LOTE NER TRNSEIVER VSS G PLL J YTELK P PLLLK N/ L J R.MHZ N/ L J0 00 G see TE M Jumper installed at for J ONESEIN N N ONESEOUT J KHZIN LOK & N R UTOPI testing, or when J P TXFRMEREF TXSERL ONTROL P PRST M RXFRMEREF J Y and J are +v parts 0 RESET N NJ VGG VGG J L SIGET R J TXLKI- L TXLKI- TXLKI+ K TXLKI+ PM TXLKO- P J RXT- P0 RXT- TXLKO+ M M0 RXT+ TXT- P RXT+ TXT- RXLK- K RXLK- TXT+ N J TXT+ LOTE NER THE X0 J RXLK+ L RXLK+ TX R SYN M SYN INT PHY_INT LOTE NER SYSLK L MLK T[] G LT R 00 R R PS S T[] H LT X0 MT-RJ SFF J do not stuff N PS J PWNR W/R T[] H LT 0 TRNEIVER 0 0 S T[] J LT R MS J LR E R[] MIRO RX E T[] J LT LR 0 R[] F T[] K LT R LOTE NER THE TRNSEIVER LR R[] LR F R[] T[] K LT do not stuff LR F R[] T[0] K LT0 LR F R[] H RY LT[:0] R LR0 G MRY LR[:0] R[0] 0 T- T+ N VEE V S V VEE.0 L UH + 0 Top bracket ottom bracket R+ R- L UH R.0.0. L E 00 R. L E 00 V V 0 SYN J UTOPI US WITH bit bit UTOPI L L - N - N - N - N J JP JP SSEMLY TE: N REQUIRES IT & L SETTINGS. N EFULT SETTINGS RE IT & L. THESE TWO POINTS SHOUL E ROUTE TO OMMON VI NER NLOG PINS N, N, & P OF X0 SEE RTWORK IN X0 TSHEET. TE HP-UTOPTXLK J- TK TO-TI LIS PIS UTXLK HP-TXEN HP-TXR HP-TXR[:0] HP-TXR HP-TXR HP-TXR HP-TXR0 G HP-TXSO HP-TXPR J HP-TX HP-TX HP-TX UTOPTXLK REMOVE HP-TX OTH HP-TX UTOPRXLK SOLER HP-TX0 SHORTS HP-TX FOR HP-TX UTOPI HP-TX TESTING HP-TX HP-TX HP-TX HP-TX HP-TX HP-TX J0 HP-TX0 HP-UTOPRXLK HP-TX[:0] URXLK HP-RXEN HP-RXR J- HP-RXR HP-RXR HP-RXR HP-RXR0 HP-RXR[:0] N TK M P L TI INSLNIS F INSPTHIS UTOPTXLK E TXEN N TXR[] P TXR[] N TXR[] M TXR[] P TXR[0] E TXSO E TXPRTY F F G G G H H TXT[] TXT[] TXT[] TXT[] TXT[] TXT[0] TXT[] H TXT[] J TXT[] J TXT[] J TXT[] K TXT[] K TXT[] L TXT[] L TXT[] M TXT[0] H UUSWITH N UTOP UTOPRXLK RXEN RXR[] RXR[] RXR[] RXR[] RXR[0] JTG STTUS UTOPI RV N TO STTOUT[] STTOUT[] STTOUT[] STTOUT[] STTOUT[] STTOUT[] STTOUT[] STTOUT[0] UTOPI XMIT LFOUT PFOUT F E TXLV RXLV RXSO RXPRTY RXT[] RXT[] RXT[] RXT[] RXT[] RXT[0] RXT[] RXT[] RXT[] RXT[] 0 RXT[] 0 RXT[] RXT[] RXT[] RXT[] RXT[0] PITO STT STT STT STT STT STT STT STT0 LF PF R. R 0 R 0 STT[:0] J0 G0 J0 J J R. R. HP-RX HP-RX HP-RX HP-RX HP-RX HP-RX0 HP-RX HP-RX HP-RX HP-RX HP-RX HP-RX HP-RX HP-RX HP-RX HP-RX0 SLE: NE R 0K R0.K IENT. R 0K HP-RX[:0] LIS PIS R.K R.K HP-TXLV HP-RXSO RWING. HP-RXLV HP-RXPR T00-X00 R _: R.0 /0 E F G H J K L M N P 0 X0 G T P
4 SR_LR[:0] SR_LR0 SR_LR SR_LR SR_LR SR_LR SR_LR SR_LR SR_LR SR_LR SR_LR SR_LR0 SR_LR SR_LR SR_LR SR_LR SR_LR SR_LR SR_LR SR_LR LR0 LR LR LR LR LR LR LR LR LR LR0 LR LR LR LR LR LR LR LR LR[:0] R LT0 LT LT LT LT LT LT LT LT LT LT0 LT LT LT LT LT LT LT LT LT LT0 LT LT LT LT LT LT LT LT LT LT0 LT LT[:0] SR_LT0 SR_LT SR_LT SR_LT SR_LT SR_LT SR_LT SR_LT SR_LT SR_LT SR_LT0 SR_LT SR_LT SR_LT SR_LT SR_LT SR_LT SR_LT SR_LT SR_LT SR_LT0 SR_LT SR_LT SR_LT SR_LT SR_LT SR_LT SR_LT SR_LT SR_LT SR_LT0 SR_LT SR_LT[:0] R 0 R 0 R 0 G G 0 0 IO IO IO IO IO IO IO IO N N V V VSS VSS S KX U G 0 0 IO IO IO IO IO IO IO IO N N V V VSS VSS S KX U G G LT M M M M0 LR LR LR LR LR LR0 MS0 LR LR LR LR LR LR LR LR LR LR LR0 LR LR LR LR LR0 LR LR LR LR LR LR LR LR LR LR MS0 LR0 LR LR LR LR LR LR LR LR0 LR LR LR LR LR LR LR 0 0 IO IO IO IO IO IO IO IO N N V V VSS VSS S KX U LR LR LR MS0 LR0 LR LR LR LR LR LR LR LR LR LR LR0 MS0 LR LR LR 0 0 IO IO IO IO IO IO IO IO N N V V VSS VSS S KX U LR LR LR LR LR LR LR LR0 LR LR LT0 LT LT LT LT LT LT LT LT LT LT0 LT LT LT LT LT LT LT LT LT0 LT LT LT LT LT LT LT LT LT LT0 LT SLE: IENT. RWING. NE /0 T00-X _:0 R 0 R 0 R 0 SERIES TERMINTION SERIES TERMINTION OTTOM SIE TOP SIE T P
5 X0 VR LM0 V _V 0,, J, J, K IGITL POR PINS, 0,,, NLOG POR PINS L, M, M, M, N GROUN PINS,,,, E, E, G, G, H 00PF 00PF 00PF 00PF 00PF 00PF 00PF 0 00PF 00PF 00PF 00PF TE: = SR SUPPLY is +.V is +v from host PI bus J, L, L, M, N N, N0, P, P ONNET PINS NLOG IS SUPPLY FOR THE X0 PHY NLOG VOLTGE PINS ONLY, G, M VREG SOT- VR VIN VOUT EN YP NLOG 0PF 0.UF 00PF N OR N POR PINS, E, H, J, K, L L, N, P, T, U,, E,, E, E, E,,, E, F, E E,,, V, U, T, N, K J, G, E,, ,,,,,,,, PINS,, E, G, K, M M, N, T, V, W,, F,, F, E0,, F, F, F, F, Y, W, U, P, N M, K, H, G, E,,,, ,,,, 0,,, THERML PINS L TO L M TO M N TO N P TO P R TO R T TO T IENT. RWING. T00-X00 SLE: POR NE T
6 LOK IGRM ONTROL PI US H[:0] SR N *OR* N TX[:0] ONTROL ITS FOR UTOPI US RX[:0] LT[:0] LT[:0] LOL US LR[:0] LR[:0] PHY X0 RXT+&- PEL PM TXT+&- MP # RV XMIT STT[:0] SERIL EEPROM LR[:0] LT[:0] STTUS LES MEMORY NK MYTE STT0=LO STT=RI-P STT=IS-P STT=RI-L STT=IS-L STT=LOP STT=OOF STT=LOS IENT. -0 RWING. T00-X00 SLE: NE lock iagram T
A B C D REVISIONS +3V J39 PHY_INT TXD15 TXPAR PRST AC16 AC21 AD22 AF22 AE22 AF17 AC22 AE16 AE21 AD18 AE7 AD17 AE19 AE20 AF20 AC20 A16 B13 TXD14
A ISIONS ZONE LTR ESRIPTION ATE APPROVE A INITIAL RELEASE --_0:0 J 0 0 0,,,, AF JP PAR [:0] ON PIV 0 SO LAV EN LK PHYS M LK STAT_A M0 M R R R R R R R 0K J J AR AR[:0] AR AR AR AR0 AR AR[:0] AR AR AR AR0
#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,
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.
SYMETRIX INC th Avenue West Lynnwood, WA USA REV: DATE:
R 0K0 RST U S_ PF/0V PF/0V 0FS FS T T 0SLK N SOT N SOT Y mhz U LS0 debug port 0 do not stuff R WR S PS X/Y IN/IN IR 0IR MO J R M R 0K0 R0 K00 R 0K0 dsck dr dsi dso / G 0 U LS0 R 0K0 SI_RX SI_TX SI_LK TFS
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
PCnet-FAST+ Am79C PQFP
NOTE: Place bypass caps close to power pins. EEPROM Pnet-FST+ m 0 PFP EEPROM Revision ate rawn omments 0 S Initial Release. NetPHY-LP LT Reference esign 0// S // // RF NetPHY-LP_LT_ Wednesday, ugust, NetPHY-LP
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 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.
VFD CONTROLLER DISPLAY BOARD ASSEMBLY REV D
VF ONTROLLER ISPLY OR SSEMLY --00 REV omponent escription Part Number REF SHEMTI VF ONTROLLER ISPLY OR, X, REV 0 REF RW VF ONTROLLER ISPLY OR, X, REV 0 REF RWING VF ONTROLLER ISPLY OR, X, REV 0 REF SU
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
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
MAINS BUS (VEE AND RTN) MASTER BOARD SLAVE BOARD PORTS 1 THRU 24 PORTS 25 THRU 48 PORTS 49 THRU 72 PORTS 73 THRU 96 BOARD BLOCK DIAGRAM
ustomer Notice:Linear Technology has made a best effort to and reliable operation in the actual application, omponent affect circuit performance or reliability. ontact Linear pplications Engineering for
SCHEMATIC AD9265 EVALUATION BOARD REV. DRAWING NO. 02_A03421 RELAY CONTROL CHART A A DE N V C L O REVISIONS JUMPER TABLE S.
THIS RWIN IS THE PROPERTY OF NLO EVIES IN. IT IS NOT TO E REPROUE OR OPIE, IN WHOLE OR IRT, OR USE IN FURNISHIN INFORMTION TO OTHERS, OR FOR NY OTHER PURPOSE ETRIMTL TO THE INTERESTS OF NLO EVIES. THE
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.
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
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
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
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
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.
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
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.
+.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 %.
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
Amphenol Canada Corp.
28.75 EN ESRIPTION PROPOSL PROPOSL TE MR 01,12 PPROVE PRT NUMER (LST IGIT INITING PKGING TYPE, NOT PRINTE ON THE PRT) FOLE TS TE OE 1. MTERIL: GE: OPPER LLOY PLTING OPTION =2: 2.5um MIN. NIKEL PLTING OPTION
Amphenol Canada Corp.
HET SINK OPTION = PIN STYLE HET SINK (NIKEL PLTE) N LIP (H=.mm; SN HEIGHT) = PIN STYLE HET SINK (NIKEL PLTE) N LIP (H=.mm; PI HEIGHT) = PIN STYLE HET SINK (NIKEL PLTE) N LIP (H=.mm; TLL) = PIN-FIN HET
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.
+_V_RX L INUTOR RFRX 00pF 0.uF H-0+ L RF L INPUT OUTPUT U 0ohm ustrip MG- nf 0 GN GN GN 00pF INPUT GN T ET-- 0 00pF OUT-THRU OUT-OUPLE RFP_RX RFN_RX IO_RX_0 IO_RX_00 U- 0 IFP_RX RFIPP RFOPP RFIPN RFOPN
20-JUNE-14 SCHEMATIC HSC REV. DRAWING NO.
THI RWING I THE PROPERTY OF NLOG EVIE IN. IT I NOT TO E REPROUE OR OPIE, IN WHOLE OR IN PRT, OR UE IN FURNIHING INFORMTION TO OTHER, OR FOR NY OTHER PURPOE ETRIMTL TO THE INTERET OF NLOG EVIE. THE EQUIPMT
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
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_
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
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Project: Date. Version. Items V1.01 C C. SIM Technology TITLE DRAWN BY PORJECT. SIM800C+SIM28M_VTS Reference CONTENT VER CHECKED BY SIZE V1.
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D-70 Digital Audio Console
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RTL8211DG-VB/8211EG-VB Schematic
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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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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
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
AXM88180-EVB-RTL8211E-1 SMDK2440 Demo Board Schematic Index
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Block Diagram. Level Translators USB ICSP. Ethernet PoE. Atmega 32U4. 16MHz. User button Reset 32U4. Headers. Reset. Wi-Fi Module. Leds.
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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.
Table of ontents Title lock iagram KLZ MU OpenS INTERFE I/O Headers and Power Supply Rev Revisions & hange Log escription ate Initial raft Feb// pproved listair * MU Pin assignments changed for Feb// listair
COVER PAGE, TOP 04 ~ 05 VGA, LED, 7SEGMENT
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
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
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
POWER Size Document Number Rev Date: Friday, December 13, 2002
R0 [ /W 0 0.00uF/00V - D0 KP0M L0 L D0 N 0 00uF/00V 0 0.uF R0 M [ /W R0 M [ /W R0 M [ /W R0 M [ /W 0 0.00uF/KV D0 PS0R 0 0uF R0 00K [ W D0 FR0 R0 0 [ /W O O T0 O,, POWER X'FMR 0, D0 DQ0 R [ /W 0.00uF/00V
THE UNIVERSITY OF NEWCASTLE University Drive Callaghan NSW 2308 Australia
MicroL MicroLon.Sch Timers_nalog Timers_nalog.Sch IO ufferingsch IO uffering.sch Power Supply Power Supply.Sch Mitsubishi ackplane oard ate: THE UNIVERSITY OF NEWSTLE University rive allaghan NSW 0 ustralia
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
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
XIO2213ZAY REFERENCE DESIGN
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
MSP430F16x Processor
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Inverted Input A to make routing easier fix in FPGA U2 ADS62P4X LVDS ADC
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+12V R16 100K +12V R17 100K R19 R18 100K 100K AVPP BVPP C21. C20 0.1uF. 0.1uF NOTES:
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