TX J WBX Common TITLE B 01 SCH,WBX,50 MHZ 2.2 GHZ TRANSCEIVER FILE: common_wbx.sch C104 NONE. C pF AGND:1 J101 C103 NONE RF_RX
|
|
|
- April Smith
- 5 years ago
- Views:
Transcription
1 R_TX 0 NON 0 000p TX 0 TX_ONN io_tx_ io_tx_ io_tx_ io_tx_ io_tx_ io_tx_0 io_tx_0 io_tx_0 io_tx_0 _V_RX: V_RX: V_RX: S_TX RX_ONN 0 QT TX_ONN V_TX: V_TX: SL_TX _V_TX: TX io_rx_0 io_rx_0 io_rx_0 io_rx_ io_rx_ UX RX UX RX M M M R_RX 0 NON 0 000p RX_ONN 0 RX M M M M M M M M WX ommon TTL 0 0 S,WX,0 MZ. Z TRNSVR L: common_wbx.sch RVSON: P O RWN Y: mettus
2 0 _V_RX: 0 Run L on.v, so output is at.0v R_RX io_rx_ io_rx_ io_rx_ io_rx_0 io_rx_0 io_rx_0 R0 R0 R0 R0 R0 R0 U0 MLP R R R V d 0 V d V d V d V d V 0.d 000p 0 SMP U0 SRS NO TO 000p 0 U M L0 00n 0.0u 00p 000p R0 R. R 0 ohms T0 P S 000p L 0n 000p LO_RX_P LO_RX_N L 0n U0 L MX R+ R LO+ LO S + Q+ Q P N QP QN P N R. % 0 R. % 0 0 esigned 0 Mz heb, 0.d ripple 00 ohm terminations Modified for available part values 0 Mz W values in parenthesis p (p) % 0n (00n) % L0 0p (p) % V_RX: 0n (00n) % L 0 p (p) % 0 L 0n (00n) % L 0n (00n) % U0 _P R0. % R0. % 0 0p R 00 % 0p 0p 0 +N N 0p V_RX: Vdd V_RX: + R 00 % Vocm VOM P V+ MLP PWR OUT +OUT X V 0 V+ V U0 000p R. % p (p) % R. % 0 L 0n (0n) % VNP_ R esigned 0 Mz utterworth 0 ohm source, 00 ohm termination Modified for available part values 0 Mz W in parenthesis io_rx_0 L 0n (0n) % VNN_ QP QN 00 %.p (.p) +/ 0.p R R. % p (p) % R. % 0 Mz W (0 Mz W) V Supply m MXR L 0m TTN MLP m LN M 0m mp 0m.V Supply 0m LN M 0m 0 0m 0n (00n) % L 0p (p) % 0n (00n) % L p (p) % L 0n (00n) % L 0n (00n) % V_RX: u R. % R. % R0 NON R 00 % +N N V V+ V_RX: V+ OUT +OUT X + R 00 % Vocm VOM P 0 V V (P) U0 V_RX: L0 0n (0n) % VNP_ 00 % R. % p (p) %.p (.p) +/ 0.p R. % R L 0n (0n) % VNN_ R io_rx_0 V_RX: 0p io_rx_0 V_RX: u L0 00 R 0 R.u RX_PUP_V n n PU0 S V_RX: R 0 R. 0p u V_RX: 0p 0 0 u L.u RX_PUP_V V_RX: R 0 R n n P U0 S _V_RX: R 0 R. Total urrent Total Power.W 0p u Vocm _V_RX: R0 R R NON U0 _P MR VP VPL VPL VPL VP VP VPX MR MR 0 OM ML ML 0 VR TTL L: rx_rf.sch P ML OM 0 WX RX R hain 0 0 S,WX,0 MZ. Z TRNSVR O RVSON: RWN Y: mettus L PWR
3 0 _V_RX: clock_rx_p orner freq 0Mz, d/octave L0 n L0 n p 0 0.0u R0. % 0 0.0u 0 NL Rin U0 ROUT+ ROUT ROUT+ ROUT R0 R0.. % % R0 R0. %. % 0 000p 0 000p 0 000p LO_RX_test_p 0 000p LO_RX_test_n LO_RX_N LO_RX_P T0 P S 0 0 SL_RX R SO_RX 0 R SN_RX 0 R io_rx_0 0 R io_rx_0 0 R U0 0 L T L Prf MUXOUT L 0 io_rx_0 io_rx_00 0 Pout 0 00p Vtune SW 0 0.0u R0 0 TMP Rset Vcom Vref R0 0 00p _RX: _RX: io_rx_ io_rx_ io_rx_ io_rx_ io_rx_ io_rx_0 io_rx_0 io_rx_0 io_rx_0 io_rx_0 io_rx_0 io_rx_0 io_rx_0 io_rx_0 io_rx_00 _RX: V_RX: _RX: SL_RX S_RX RX _0_RX SL_RX SO_RX _RX: V_RX: clock_rx_p SN_RX 0 0 0p R0.k 0 0p 0p R0 Mz Ph et freq 0kz Loop andwidth deg phase margin.m P current RX ontrol Pins io_rx[:] Unused io_rx[:] OUT RX TTN ontrol io_rx[] OUT RX V Supply nable io_rx[] OUT RX.V Supply nable io_rx[] OUT RX/RX io_rx[] OUT aseband mp nable io_rx[] OUT PLL io_rx[] OUT PLL Prf io_rx[] N PLL MUXOUT io_rx[0] N PLL Lock etect _V_RX: VNP_ VNN_ VR VNN_ VNP_ 0 0 UX RX UX RX UX RX UX RX UX RX UX RX V_RX: _0_RX RX xx U0 0 n/c SL SL_RX S S_RX L0 V_RX: _RX: _RX: u 0 0.0u U0 _P S SVdd Vdd vco Vvco vco Vvco vco 0 Vdd Vp P 0 PWR TTL WX RX Synthesizer 0 0 S,WX,0 MZ. Z TRNSVR 0 0 L: rx_synth.sch RVSON: P O RWN Y: mettus
4 0 R0. % R0. % R0. % R0. % R0 R OUTN_ L0 L0 0n (0n) % 0n (0n) % p (0p) 0p (p) p (0p) OUTP_ L0 L0 0n (0n) % 0n (0n) % OUTN_ L0 0n (0n) % L0 0n (0n) % p (0p) 0p (p) p (0p) OUTP_ L0 0n (0n) % L0 0n (0n) % R0 00 % R0 00 % 0 LO_TX 000p 0 000p LO rive dm to +dm 0 R0 U0 L MX P N QP QN LOP LON NL VOUT TMP p UX TX V_TX: R_TX_PR_TTN io_tx_ io_tx_0 io_tx_0 io_tx_0 io_tx_0 R R R R R R U0 MLP R R R V d 0 V d V d V d V d V 0.d 000p U0 V + SOT V_TX: 00p 0.0u u L0 00n R_TX With 0m drive currents, 00 Ohm Term: Low is 0mV igh is 0mV Midpoint is 0.V Vpp diff is V io_tx_0 Tied to PLL P R 0 Mz W (0 Mz W) V_TX: u V_TX: 0p u L0.u P n n S U0 _V_TX: R 0 R. 0 0p u V_TX: 0p io_tx_0 V_TX: u L 00 R 0.u TX_PUP_V PU0 n n S V_TX: R0 0 R. 0p u V Supply 0m total MXR L???m P V + 0m.V Supply LO 0 0m Total >.W io_tx_0 V_TX: R0 0 R0 TX_PUP_V R 0p 0p 0p 0p V_TX: V_TX: V_TX: V_TX: L PWR VPS U0 OM VPS OM VPS OM VPS OM U0 _P 0 Vdd MLP PWR 000p VPS OM OM OM 0 0 NON NON NON _P N/ N/ N/ TTL WX TX R hain 0 0 S,WX,0 MZ. Z TRNSVR 0 L: tx_rf.sch RVSON: P O RWN Y: mettus
5 0 _V_TX: clock_tx_p orner freq 0Mz, d/octave L0 n L0 n p 0 0.0u 0 R0. % 0.0u 0 NL Rin U0 ROUT+ ROUT ROUT+ ROUT R0 R0.. % % R0 R0. %. % 0 000p 0 000p 0 000p LO_TX_test_p 0 000p LO_TX_test_n P S T0 T0 P S LO_TX 0 _V_TX: 0 SL_TX R SO_TX 0 R SN_TX 0 R 0 R io_tx_0 0 R U0 0 L T L Prf MUXOUT L 0 tx_muxout io_tx_00 0 RVRS PM on OTTOM!!!! _TX: _TX: io_tx_ io_tx_ io_tx_ io_tx_ io_tx_ io_tx_0 io_tx_0 io_tx_0 io_tx_0 io_tx_0 io_tx_0 io_tx_0 io_tx_0 io_tx_0 io_tx_0 io_tx_00 OUTN_ OUTP_ OUTP_ OUTN TX: V_TX: SL_TX S_TX _TX: V_TX: clock_tx_p TX _0_TX SL_TX _TX: SO_TX SN_TX UX TX UX TX UX TX UX TX UX TX UX TX 0 0 0p TMP Rset Vcom Vref R0.k _0_TX TX xx 0 n/c SL S 0 Pout Vtune SW 0 0 0p 0p V_TX: 0 R0 00p 0.0u R0 0 00p Mz Ph et freq 0kz Loop andwidth deg phase margin.m P current V_TX: _V_TX: U0 V_TX: L0 V_TX: _TX: R0 0 SL_TX S_TX 0 _TX: TX ontrol Pins io_tx[] OUT TX/RX ntenna Select io_tx[] OUT TX TTN d io_tx[:] Unused io_tx[] OUT TX V Supply nable io_tx[] OUT TX.V Supply nable io_tx[] OUT TX TTN d io_tx[] OUT TX TTN d io_tx[] OUT TX TTN d io_tx[] OUT PLL Prf io_tx[] OUT TX TTN d io_tx[0] N PLL Lock etect u 0 0.0u U0 TTL L: tx_synth.sch P _P S SVdd _V_TX: Vdd 0 0 S,WX,0 MZ. Z TRNSVR O WX TX Synthesizer RVSON: RWN Y: vco Vvco vco Vvco vco 0 Vdd Vp P 0 PWR mettus
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
Inverted Input A to make routing easier fix in FPGA U2 ADS62P4X LVDS ADC
0 0 opyright 0 ttus Research. nverted nput to make routing easier fix in U SX VS V _0 0 p V_TX: R0 R R R S_ S_ S_ S_ V_TX: U TR T/ RST S 0 S S S R R S R0 S 0 % V_ 0 _ V V_ 0 _ in 00 R in _0 0 0 _0 0 0
U100. cgen_by BYPASS. cgen_cp CLK_FPGA_P (OUT0A) OUT0 CLK_FPGA_N (OUT0B) OUT0 (OUT1A) OUT1 (OUT1B) OUT1 (OUT2A) OUT2 U10 DS90LT012AH (OUT2B) OUT2
9 0 TX nternal Reference loop filter for internal V vco_cp R.0 vco_vtune loop filter for VX vcxo_cp R0 0 vcxo_vtune V_TX: 0 0u VTX Vcc X UT /TU V_TX: R 0 0n p cgen_int_ref p vcxo_clk R 0 refer Ref ode
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
2.45Ghz Wireless Radio Transceiver Design
.Ghz Wireless Radio Transceiver Design Design and layout by Mohamed K. Mohamed_nezami@msn.com Design and layout by Mohamed K. ON/OFF ADJ ON/OFF ADJ + + RX_.VDC U L IN OUT 0mH + C 0uF J R BP PS_main 9VDC
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
Generated by Foxit PDF Creator Foxit Software For evaluation only.
I_ST I_SLK K_% R K_% R L_0 L_ L_ L_ KEY TON_STHL /F NN_ NN_ P M VS OUTL P OUTR VR MIIN VREF V HOSI LOSI R X pf LOSO.KHZ M_% pf HOSO X pf MHz HOSI 0 pf POWER Generated by Foxit PF reator Foxit Software
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.
NTCA2 2 LA6A JA6 CYA6 ACL3 VAA3 DA48 CYA19 LA6B DA45 CTA4B DA46 CTA5B G2 CTA3B RA135 QA6 RA144 CNA5 CNA6 VO-B1 S12VA SGND SGND GATE
L Y Y N 0 F F L X V L X N L L L N Y Y NT L NT J L PV -T L L Y Y V L X N L N VM 0 0 J0 PN J PN PN J PN PN PN PN V VM 0 F P V V N (-) (+) (+) (-) L 0 0 0 0 0 0 0 0 0 0 L L T Q T T T Q + F Y Y 0 V/N N/VP
For max 243 R2OUT is low when R2IN is disconnected enabling the MAX 489 (RS-485) This will not work if MAX232 is used!
JP RS_SELET V For max ROUT is low when RIN is disconnected enabling the MX (RS-) This will not work if MX is used! V On Front Panel -F (To Pg.) RS- RE_ RE_ RV_Y RV_Z 0.uF V U MXUK STR U- H G U MX 0 Y Z
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,
RETICLE 2 NORTH SW2 DPDT SOUTH. LM339A TxD1 Out 11 U2D DEC PULSE 1 FOCUSER-2 3.0V 17 CCD EAST U2A AUX -6 FOCUSER-2 FOCUSER SW1 DPDT
J KYP PWR J TX0\ RTIL RX0\ U V V NORTH V- NORTH/SH LM J RS V MIS XMIT LX00 XMIT LX00 RV MIS RV U SH V LM RN V V 0K J U LN 0 RX0\ 0 V TTRY LM Tx Out TX0\ Rx In Tx Out RTIL 0 Rx In U 0 V LM 0 PULS FOUSR-
Gwinnett has an amazing story to share, spanning 200 years from 1818 until today.
I B, Lm, W - D I C Dm 15, 1818, W C, m D I. T m m m Ck Ck m Jk C. B m, 30, A 20. T mk, B, v v m C. m, m 1776, C C. O A 2, 1776, D I,. C v 437 q m xm 280,000. D 1980, C k, m v. A, 2010, j v 800,000 j m
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?
B0549-SCH-01 RD VEGA STDP4028 (DVI to DPTx) Reference Design PCB# Revision History
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
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
MOL NM UR PM NUMR L RVON LVL T RWN K PPROV NOT P RVON T NUMR of -N TLP P0 K 0 0K R TLP P0 Z Z0WVX KTN Q U00 0 K KMZ Z R 0 0K 0 0 R K R N00 0 0K 0 K U00 0 K 0 KJ R U00 0 0.ohm R0 W -N Max.0KOM RX0 Min./W
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
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_
SYMETRIX INC th Avenue West Lynnwood, WA USA
ENE MI J XLR-FEMLE NOTE: ENE MI R K00 R K00 J (h ) isables phantom power for all mics. Remove R and/or R to disable phantom power for ense Mic and/or only. J XLR-FEMLE NP NP 0 NP R K00 R K00 NP R 0 NP
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
#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,
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
Configuration Chart. Output Power/Current VOUT 5V VOUT < 5V W = 100W W = 20A V = 150W V = 30A U = 200W U = 40A S = 300W S = 60A Q = 400W Q = 80A
Sept. 99 of Mega Module & Mega Module r. amily to 00 Watts - onverters Single, ual, Triple Output hassis Mount eatures Inputs: 0 to 00Vdc ny Output, to 9Vdc UL, S, TÜV, V, T 80-90% fficiency (Typical)
XBee Wi-Fi Dev Kit Block Diagram Socketed Through-hole Variant PART NO O c Digi International Inc. 6. Disconnect switches
0 Xee Wi-i or Xee Z isconnect switches ar raph river ar raph U-to-serial converter U onnector Vibration Motor Power upply Input:.V to V Output:.V PWM-to-frequency converter circuit uzzer (kz) arrel ack
EE247 Analog-Digital Interface Integrated Circuits
EE247 Analog-Digital Interface Integrated Circuits Fall 200 Name: Zhaoyi Kang SID: 22074 ******************************************************************************* EE247 Analog-Digital Interface Integrated
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
ML GHz Super Low Power Dual Modulus Prescaler
Legacy evice: Motorola M2052 ML2052. GHz Super Low Power ual Modulus Prescaler MEL PLL OMPONENTS 64/65, 28/29 UL MOULUS PRESLER SEMIONUTOR TEHNIL T The ML2052 is a super low power dual modulus prescaler
Entry Level Literacy and Numeracy Assessment for the Electrotechnology Trades
Entry Level Literacy and Numeracy Assessment for the Electrotechnology Trades Enrichment esource UNIT 1: Transposition 1 Commonwealth of Australia 010. This work is copyright. You may download, display,
Renesas Starter Kit for RL78/G13 CPU Board Schematics
Renesas Starter Kit for RL/G PU oard Schematics REV REF TE RWN Y 0.0 raft.0.0 TES.00 Release.0.0 YOI.0 Release 0.0.0 YOI PGE ESRIPTION INEX RL/G Microcontroller Switches, LEs, RESET, PSU E, Serial Port
Sheet_Symbol_Overspeed. HA_Vel_Feedback Dec_Vel_Feedback. HA_Overspeed_N Dec_Overspeed_N
NOTES: ISION LOK. Unless otherwise stated: Resistors are mw, % tolerance. apacitors are V, % tolerance.... J Port and Net Name scopes for this project are: Port NOT Global (connected via Sheet Symbols)
TABLE OF CONTENTS: PAGE 1: MAIN POWER PAGE 2: 12V SUPPLY GOLF CART MOTOR PAGE 3: ELECTRICAL CABINET PAGE 4: BRAKE/ WICKED RELAYS
TLE OF ONTENTS: PGE : MIN POWER PGE : V SUPPLY GOLF RT MOTOR PGE : ELETRIL INET PGE : RKE/ WIKE RELYS PGE : MPSEL ONNETORS PGE : PLSTI TUING OVERE ELETRI HRNESSES PGE : PLSTI TUING OVERE ELETRIL HRNESSES/
UART Switches. DIO Switches. SPI Switches TEST POINTS 2 x 0.1 Inch Header UART SPI. Other DIO. XLR radio. (1W linearity requires 4W DC)
0.-. Vdc POWR IN Terminal lock. - 0 Vdc POWR IN Phoenix US V ine (mini-) Switch iode iode US (mini-) V @. power supply XR only. V @ power supply S PROM (config TI) RSSI ( White roup) TX / RX / SSOIT (Yellow
Realtek Semiconductor Corp. Title RTL8213(M)_FHG_V1.0
Fiber LE RJ M RYSTL EEPROM SRM & FLSH POWER PWRJK Jumper for GPIOs URT Realtek Semiconductor orp. RTL(M)_FHG_V.0 Size ocument Number Rev lock diagram.0 ate: Tuesday, November, 00 Sheet of ,, /ISGPIOSTP
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
R40 10K C27 C28 100P C36 R39 10K 100P R90 RES2 R89 RES2 C100K R121 R120 OPAMP1 OPAMP1 R97 2K2 R103 R105 W50K R123 6K C35 47uF OPAMP1 R1128K2
t: 0-Jul-00 Sht o Fil: :\SY\SE\ULÈÏÖ Ô-Àíͼ. rwn y: JP STEREO JP PHONEJK STEREO R K R K R K R0 R R K 0uF uf uf R R R R R R R K R K 0 0 Q Q P R0 R R K R K RP POT RP 0K R K R K U OPMP 0 00P 00P R R R 0K
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
The AN/ARC-54. Module Circuit Diagrams
The N/R- Module ircuit iagrams. Tone squelch (selective call). Homing. High requency oscillator HO. Low requency Oscilator LO. Variable I amplifier. R mplifier. Mechanical Tuning Unit. Power mplifier.
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
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
CD300.
00 Service Information www.laney.co.uk 9 9 -V J R9 N N N R R K K U/0V I R K U/0V R R R K K K N N R0 V U/0V 0 U/0V R 0K R 0K U/0V W 00K R9 M I R 00 U/0V 9 W W0K R 0K R K 0 0 R K W W0K K R0 MP K U/0V R 0K
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
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+
Sheet_Symbol_Overspeed. HA_Vel_Feedback Dec_Vel_Feedback. HA_Overspeed_N Dec_Overspeed_N
NOTES: ISION LOK. Unless otherwise stated: Resistors are mw, % tolerance. apacitors are V, % tolerance... Port and Net Name scopes for this project are: Port NOT Global (connected via Sheet Symbols) Net
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
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
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
Composition of lsometries
214 THE EUCLIDEAN TRANSFORMATIONS OR ISOMETRIES we must have L.POQ = e- L.QOP' = L.P'OQ'. Since OP=OP' and OQ=OQ', then by the SAS congruency theorem we have L::.OPQ L::.OP'Q', and therefore PQ = P' Q'.
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
XBee Interface Board XBIB-U-DEV TH/SMT Hybrid
0 ONI N RST V X_V P ONRVSM00 X_V Populate jumper to switch rf output to onboard RPSM P TSW00S SW T00Q SW T00Q R 0 X_V R0 TI TMS T TO R IN T R P TSW0 0 0 urrent Testing TSW00S P R OUT IO RSSI_PWM PWM TR/PIN_SP
University of British Columbia Physics & Astronomy Department Scuba2 Project 6224 Agricultural Road Vancouver BC V6T 1Z1 Canada
PSU- ll Sheets PSU_S_0_.Schoc;PSU_S_0_.Schoc;PSU_S_0_.Schoc S-0 ate: //00 Time: :: PM File: MSTERSHEET.SHO Sheet of University of ritish olumbia Physics & stronomy epartment Scuba Project gricultural Road
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
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
+18VL. 220uf 25V. 0.1u C10UF. 100k AGND LEFT_OUT_+VE R19 22R -18VL. C9 150pF +18VL LEFT_OUT_-VE R uf 25V 22R
RVIION ROR O NO: PPROV: T: VL LFT_IN_V Pt Q 0 Q R Q 0 R Q 0nf Q 0 N W R 0 00 0k Pt R 00 R R k R W R 00 0 00u W 00pf u R 00k N Q J u 0 Q Q 0 0.u 0UF 0uf V R 00k N R R LFT_OUT_V Notes: Use either Q/Q or
ML ML Digital to Analog Converters with Serial Interface
OS LSI L L Digital to Analog onverters with Serial Interface Legacy Device: otorola/reescale, The L and L are low cost 6 bit D/A converters with serial interface ports to provide communication with OS
SM XBEE MODULE XBEE SMT MODULE NC GND GND RF_SELECT VCC COMM/AD0/DIO0 AD1/DIO1 DOUT/DIO13 AD2/DIO2 DIN/CONFIG/DIO14 DIO12 AD3/DIO3 RESET RTS/DIO6
0 ONI N RST SW T00Q R 0 X_V R0 TI TMS T TO R IN T R V P TSW0 0 urrent Testing TSW00S P R OUT IO RSSI_PWM PWM X_V 0 0u/0V R R R R R R TR/PIN_SP 0u 00n p.p X_OUT X_IN X_IO X_RST X_PWM X_/MS_X X_TR/PIN_SP
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
EDP-AM-DIO54 Digital IO Module User Manual. This document contains information on the DIO54 digital IO module for the RS EDP system.
P-M-IO igital IO Module User Manual This document contains information on the IO digital IO module for the RS P system. Version v.0, 0/0/00 P-M-IO Manual ontents. igital IO Module. igital Outputs.... Using
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
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
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
ATMOSPHERIC DISTURBANCE MONITOR MAIN CIRCUIT BOARD V5
P VOL TMOSPHRI ISTURN MONITOR MIN IRUIT OR V5 R 70K IN 0mH 0pF OLLTOR OUT TST.00mF IN 70K mh Q R 0pF OLOR O: R 0mF N9 TRIM N9 K9. SI LIHTNIN TTOR (-) to (+) Pulse Out 5 00mF (+) to (-) Pulse Out 0R *R
DOCUMENT STATUS: LA-S5302-XXXXS LA, SSS, TRICEPS EXTENSION VERY
RVSON STORY RV T SRPTON O Y //0 RLS OR PROUTON T LN MR ----- L /0/0 UPT SN N OMPONNTS US: S 3-03 (*N TWO PLS ONLY) WS 3-5, PRT 3-00 TO SSMLY. T OLLOWN UPT: 3-30, 3-403, 3-403, 3-40, 3-45, 3-4, 3-5. 30
J400 C UF,50V,20% V-STBY 10.0K,1%,1/4W R63 R61 1M,5%,1/4W V-STBY R K,1%,1/4W AC-OK RY3A R11INT 1 NC NO COM 47K,5%,1/4W R11
MNL-PIN J MNL-PIN J MNL-PIN J MNL-PIN J J00-00 MNL-PIN J MV J MNL-PIN PHS-REF (Sh. ) IN-RET (Sh.,) -OK (Sh. ) HOT-IN 0V(US) 00V(INT) MV LIN-XFER (Sh. ) +V OOST (Sh. ) TRIM (Sh. ) MNL-PIN MNL-PIN 0V(US)
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
U1 PIC16C74 MCLR RA0/AN0 RA1/AN1 RA2/AN2 RA3/AN3/VREF RA4/TOCKI RA5/AN4/SS RE0/RD/AN5 9 RE1/WR/AN6 10 RE2/CS/AN
J ICOM 0-V 0F OUT R M V ND DECODE C R0 LOCKING MN/UTO UX OUT DT TYPE J - SW V U LM R R K/% C R K % UX IN DT TYPE J R PUSH UTTON R JUMPER RadioKey mpkey DECODER DECDR_CK To: JUMPERS US RELYS OUT OUT UX
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
EE 560 CHIP INPUT AND OUTPUT (I/0) CIRCUITS. Kenneth R. Laker, University of Pennsylvania
1 EE 560 CHIP INPUT AND OUTPUT (I/0) CIRCUITS 2 -> ESD PROTECTION CIRCUITS (INPUT PADS) -> ON-CHIP CLOCK GENERATION & DISTRIBUTION -> OUTPUT PADS -> ON-CHIP NOISE DUE TO PARASITIC INDUCTANCE -> SUPER BUFFER
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
0 _HI _LO F J 0V J 0V J 0V T T-00-N V V- KP0M 00uF/V _ON V N JV J ON -V_LY _ON V N W-0---S-0 _ON N PW000-SFH P.O. OX 0, NL. PTOOUH, ONTIO N KJ Y PHON (0) - FX (0) -0 WWW.YSTON. LT 00 igital Power Supply
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.
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
S P E C I F I C A T I O N
S P E C I F I C A T I O N SYMB. NO. APPD. CHKD. DSGD. LG INNOTEK CO., LTD. APPD. CHKD. DSGD. NOTE : TDQX P001F 04.09.06 Hyung- Teak Lim 04.0906 Ko- Young Yuen TITLE : SPECIFICATION DOCUMENT NO:NC40050
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,
NOTE: This page is a hierarchical representation of the design. Only the connectors are physical components.
NOTES: ISION LOK. Unless otherwise stated: Resistors are mw, % tolerance. apacitors are V, % tolerance.... Port and Net Name scopes for this project are: Port NOT Global (connected via Sheet Symbols) Net
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
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.
RTL8211DG-VB/8211EG-VB Schematic
RTL8G-V/8EG-V Schematic REV..8 Page Index. Page. PHY. MI. M. Power. History RTL8G/8EG Size ocument Number Rev.8 TITLE PGE ate: Sheet of External clock and rystal RTL8G/8EG GMII/RGMII Interface LK_M ENSWREG
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).
CCD-TRV66E/TRV77E SERVICE MANUAL VIDEO CAMERA RECORDER RMT-708/717. AEP Model
RMT-708/717 SERVICE MANUAL Ver 1.0 1999.01 Photo: CCD-TRV77E RMT-717 AEP Model CCD-TRV66E/TRV77E UK Model E Model ong Kong Model Australian Model Chinese Model East European Model North European Model
[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+
Sirius-Rx-232. Sirius-Tx-232. SIRIUS-Rx. STATUS Prog RC-5. SIRIUS-Rx. Prog RCA-5 DAB-SDA DAB-SCL STAYUS AM-SMETER POWER-ON POWER-ON CE-PLL
UIO-OUT& U&.SH Sirius-Tx- +V-SY Sirius-Rx- -S -SL - S MU MU.SH M&M M&M.SH M ST M-SMETER E-PLL +V- +V- T-IN T-IN T-LK +V-STY +V-STY T-OUT ate: -Sep-00 Sheet of ile: :\aa\t. rawn y: RS-Tx RS-Rx R- STYUS
X-USBPD-C-SHIELD. 2 Block Diagram 3 Type-C Connector 4 USB3/USB2 5 PTN5110 PD TCPC 6 Shield Headers 7 PD Source and Sink LS 8 3V3, 5V0, 1V8 Supplies
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
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_
MATERIAL SEE BOM ANGLES = 2 > 2000 DATE MEDIUM FINISH
NOTS:. LN MTN SUR WT NTUR/SOPROPYL LOOL PROR TO RN L OR LOO. PPLY LOTT 4 ON TRS. TORQU TO. Nm / 00 lb-in 4. TORQU TO 45-50 Nm / - lb-ft 5. TORQU TO Nm / 4.5 lb-ft. TORQU TO 0 Nm / lb-in. TORQU TO 5.5 Nm
Low-Cost, Low-Voltage, Quad, SPST, CMOS Analog Switches
19-0439; Rev 1; 3/96 ow-ost, ow-voltage, Quad, SPST, General escription The 4066/4066 quad, SPST, MOS analog switches are designed to provide superior performance over the industry-standard devices. These
MATH 680 : History of Mathematics
1 MATH 680 : History of Mathematics Term: Spring 013 Instructor: S. Furino Assignment 5: Analytic Geometry Weight: 8% Due: 3:55 (11:55PM) Waterloo time on 18 June 013 When typesetting your solutions use
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
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
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
MATERIAL IDENTIFICATION SYMBOLS EARTH GRAVEL GROUT THE FOLLOWING SYMBOLIC LINEWORK MAY BE USED: REFERENCE GRID LINE CENTERLINE PLAN MATCHLINE
P UU M W P.W VW "P" M M H W M M M U:.P P,V,,, HU WH "P" H PP U U PJ H M M H.PP H VW P M M VW.UH VW PP WHH H H..UU V.H W V M U H UU W: @ H HZ & V V # UM U,M QU,U H W U HZ - HV H P - H P - H V HU XP UU V
Lecture 120 Filters and Charge Pumps (6/9/03) Page 120-1
Lecture 120 Filters and Charge Pumps (6/9/03) Page 1201 LECTURE 120 FILTERS AND CHARGE PUMPS (READING: [4,6,9,10]) Objective The objective of this presentation is examine the circuits aspects of loop filters
Scalar Diagram & C.B.A
XLFH LC C _0.U Z A A U I/O I/O VGA_PC_V V I/O I/O AZC-0 RAI L Z0 R F C 0.0U V RE RE VGA_CL VGA_A R F R F R F R F R F R _ F C _.P C R 0 C 0.0U V AI- RE-.V VGA_PC_V C C R 00 J R 00 J HY R R K J Q VGA_WP
Desired Part Placement. Max current set to 3A (motor Drive is 2.5A) SCI-DRV8814-MVK Mike Claassen B1 Dawn Ritz 40V. VDC_In GND. Board Test Points TP1
SI_x_NLG_H_[:] P P SI_x_SPI_MISO SI_x_SPI_MOSI SI_x_SPI_LK SI_x_SPI_S FE/SI_OM_ FE/SI_OM_ FE/SI_OM_ FE/SI_OM_ SI_x_NLG_H_ SI_x_NLG_H_ SI_x_NLG_H_ SI_x_NLG_H_ SI_x_NLG_H_ SI_x_NLG_H_ SI_x_NLG_H_ SI_x_NLG_H_
RESOLVER (D/R) CONVERTERS
HIGH POWER 1-BIT digital-to- RESOLVER (D/R) CONVERTERS FEATURES Make sure the next Card you purchase has... VA Drive Capacity 8-Bit/-Byte Double Buffered Transparent Latch Resolution: 1 Bits Accuracy:
T830 VCO PCB Information
M830-00 EI Part E T830 VCO PCB Information This part of the manual provides the parts list, grid reference index, PCB layouts and circuit diagram for the T830 VCO PCB. There is a detailed table of contents
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.
LM148 Low Power Quad 741 Operational Amplifier
Low Power Quad 4 Operational mplifier www.fairchildsemi.com Features 4 op amp operating characteristics Low supply current drain. m/amplifier lass output stage no crossover distortion Pin compatible with
Q11 Q12 BF423 BF422 BF422 Q5 BC184L R39 5K6 Q15 BF422 R59 39K C28 C30 100UF 100NF R40 1K5 C23 100NF R38 R36 220K Q13 BF422 Q14 BF423 R71 47R
R R HT+ 0 00N/ 00V R 0R R K R 0R R9 K GT RSISTORS R - R LT+ 00U MP R 0P R 00N/ R0 R Q R 0K Q VR 0R Q Q R 0R R R Q Q9 R R R K R R R 0R Q Q Q0 R R9 Q R R R R Z V Z V R K 00U/ V 00U V 9 00U/ V R0 / Q R 00N
Dispelling Myths. The PLEA. More Joy in Heaven! Vol. 30 No. 2. Win a class set of Morley Callaghan s. See page 8. Teachers: more joy
P: Dp M T PLEA V. 30 N. 2 T p m bj m v b. U, m q m mp. I mp m z ppm b w v p mm m. T m p, wv, m p w - v pv, m- v. T T PLEA k U Tw Skw E Lw 30 m w C p m wk, b b m q m. T: F m m pp p p, k U P, PLEA m p k.