d74c
Abstract: PAL16L8 programming specifications PAL16R 32X64 TIBPAL16R8-20
Contextual Info: ; TEXAS INSTR {AS IC/M EM OR Y> D7E D | 6 ^ 1 7 2 5 0D74T70 B S í TIBPAL16L8-20M , TIBPAL16R4-20M , TIBPAL16R6-20M , TIBPAL16R8-2DM TIB P AL16 L8 -15 C , TIB PAL16R 4-15C , TIBPAL16R6 -15 C , T1B PA L1 6R8-15C HIGH-PERFORM ANCE IMPACT PAL CIRCUITS í
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0d74t70tibpal16l8-20mtibpal16r4-20mtibpal16r6-20m+10tibpal16r8-2dmpal16r4-15ctibpal16r66r8-15c1984-revisedd74cpal16l8 programming specifications32x64tibpal16r8-20
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t1A smd
Abstract: smd t1A t1a 68 REGULATOR 40a smd ss24 t1b diode smd transistor t1A t1A transistor smd ss24 diode SPRAGUE SEMICONDUCTOR
Contextual Info: Application Hint 40a Micrel Application Hint 40a 2.5V and 5.0V Stacked Winding Output by Jeff Dixon T1B VIN 4V to 30V U1 MIC4684BM 3 C1 15 F 35V 8 VIN EN BS 4 SW 1 FB 5 C2 0.33 F 50V 68 H D2 2A/40V T1A 68 H D1 2A/40V GND SOP-8 C3 120 F 6.3V 2, 6, 7 R1 3.01k
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mic4684bma/40v594d156x0035d2tgrm42-6+11594d127x06r3ct2t1a smdsmd t1at1a 68regulator 40asmd ss24t1b diodesmd transistor t1at1a transistor smdss24 diodesprague semiconductor
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half-bridge power supply
Abstract: SEM-800 Application Note U-97 balancing switching transformer winding spice TRANSFORMER simulation t1b diode 81CH1652-7 SEM-400 transformer winding datasheet
Contextual Info: November 2002 Application Note 7531 Implementing A Primary Side Peak-Current-Mode Half-Bridge Converter Alain Laprade Jon Gladish Fairchild Semiconductor Corp 125 Crestwood Rd Mountain Top, PA US 18707 Ian Edward Victor Reginato EMS Technologies 21025 Trans Canada Highway
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half-bridge power supplysem-800application note u-97balancing+6switching transformer windingspice transformer simulationt1b diode81ch1652-7sem-400transformer winding datasheet
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2SC5664
Abstract: 2sc5292 NPN transistor SST 117 D1859 2sK4075 TRANSISTOR 2sc945 2SK4075 PC78L05J 2SK3918 2sk3326
Contextual Info: Process Trend On-Resistance Reduction with UMOS Technology 1.0 1.0 RDS on (UMOS1 = 1.0) Upper value : Nch 30 V class Lower value : Nch 60 V class 0.8 0.8 1st Generation 0.58 0.64 (Trench) 2nd Generation UMOS 1 Lower On-Resistance 0.46 0.53 3rd Generation
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d18597ej1v0sg2sc56642sc5292npn transistor sst 117+7d18592sk4075 transistor2sc9452sk4075pc78l05j2sk39182sk3326
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MTD20NO6HD
Abstract: mbro530 MBRO530T1 PC40-EPC17 LT1693 inverter 12v to 220 ac mosfet based CPHS-EFD20-1S-10P marking t1c SMD403 2N7002 PHILIPS MARKING
Contextual Info: LTC1693 High Speed Single/Dual MOSFET Drivers U FEATURES • ■ ■ ■ ■ ■ ■ ■ ■ DESCRIPTIO The LTC 1693 family drives power MOSFETs at high speed. The 1.5A peak output current reduces switching losses in MOSFETs with high gate capacitance. Dual MOSFET Drivers in SO-8 Package
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ltc1693ltc1693-1lt1161ltc1163+13lt1339ltc14351693fmtd20no6hdmbro530mbro530t1pc40-epc17lt1693inverter 12v to 220 ac mosfet basedcphs-efd20-1s-10pmarking t1csmd4032n7002 philips marking
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LTC1154
Contextual Info: LTC1693 High Speed Single/Dual N-Channel MOSFET Drivers FEATURES • ■ ■ ■ ■ ■ ■ ■ U ■ DESCRIPTIO The LTC 1693 family drives power N-channel MOSFETs at high speed. The 1.5A peak output current reduces switching losses in MOSFETs with high gate capacitance.
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ltc1693ltc1693-1nonilt1161ltc1163+4lt1339ltc14351693faltc1154
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inverter 12v to 220 ac mosfet based
Abstract: 74hc14 philips 2N7002 N-CHANNEL MOSFET PHILIPS MARKING siemens bat54 transistor irf620 motor driver full bridge 6A LT1693 a1693 lt1339 application note BS170
Contextual Info: LTC1693 High Speed Single/Dual N-Channel MOSFET Drivers U FEATURES • ■ ■ ■ ■ ■ ■ ■ ■ DESCRIPTIO The LTC 1693 family drives power N-channel MOSFETs at high speed. The 1.5A peak output current reduces switching losses in MOSFETs with high gate capacitance.
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ltc1693ltc1693-1lt1161ltc1163+13lt1339ltc14351693fainverter 12v to 220 ac mosfet based74hc14 philips2n7002 n-channel mosfet philips markingsiemens bat54transistor irf620motor driver full bridge 6alt1693a1693lt1339 application notebs170
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smd code marking NEC
Abstract: TRANSISTOR SMD CODE PACKAGE SOT89 52 10A 38w smd transistor smd mark code 38w SMD 8PIN IC MARKING CODE 251 marking code E1 SMD 5pin 6pin dip SMD mosfet MARKING code T mosfet SMD CODE PACKAGE SOT89 52 10A marking code E2 p SMD Transistor TRANSISTOR SMD MARKING CODE MP
Contextual Info: Power Management Devices Selection Guide > Power MOSFETs > ESD Protection Diodes > Regulators August 2008 www.am.necel.com/powermanagement TABLE OF CONTENTS Contents Low-Voltage Power By Part
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g18756eu3v0sg00smd code marking nectransistor smd code package sot89 52 10a38w smd transistor+7smd mark code 38wsmd 8pin ic marking code 251marking code e1 smd 5pin6pin dip smd mosfet marking code tmosfet smd code package sot89 52 10amarking code e2 p smd transistortransistor smd marking code mp
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electronic ballast schematic
Abstract: AN1543 Electronic Lamp Ballast Design FT063 transistor T1C an1543 transistor t1A AN1601 ELECTRONIC BALLAST 2 LAMP SCHEMATIC t1c transistor BALLAST MOTOROLA
Contextual Info: MOTOROLA SEMICONDUCTOR APPLICATION NOTE AN1601 Order this document by AN1601/D AN1601 Efficient Safety Circuit for Electronic Ballast Prepared by: Michael BAIRANZADE Power Semiconductors Application Engineer MOTOROLA – SPS – TOULOUSE The self oscillant circuit, commonly used in the low cost half
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an1601an1601/delectronic ballast schematican1543 electronic lamp ballast design+7ft063transistor t1can1543transistor t1aelectronic ballast 2 lamp schematict1c transistorballast motorola
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electronic ballast schematic
Abstract: ballast Self-Oscillating FT063 ELECTRONIC BALLAST 2 LAMP SCHEMATIC AN1601 transistor T1C datasheet DIAC transistor t1A mc34262 function of diac
Contextual Info: AN1601/D Efficient Safety Circuit for Electronic Ballast Prepared by: Michael Bairanzade ON Semiconductor http://onsemi.com APPLICATION NOTE INTRODUCTION The self−oscillating circuit, commonly used in the low cost half−bridge converter, is prone to thermal runaway
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an1601/dr14525electronic ballast schematicballast self-oscillating+8ft063electronic ballast 2 lamp schematican1601transistor t1cdatasheet diactransistor t1amc34262function of diac
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hp 5082-4204 pin photodiode
Abstract: 50hz wien oscillator yellow springs thermistors ysi thermistor network 44201 anemometer circuitry YSI 44018 YSI thermistor low distortion Wien Bridge Oscillator amplitude controlled Wien Bridge Oscillator anemometer
Contextual Info: Application Note 5 December 1984 Thermal Techniques in Measurement and Control Circuitry Jim Williams Designers spend much time combating thermal effects in circuitry. The close relationship between temperature and electronic devices is the source of more design headaches
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lt3525alt3523a20s/divhp 5082-4204 pin photodiode+950hz wien oscillatoryellow springs thermistorsysi thermistor network 44201anemometer circuitryysi 44018ysi thermistorlow distortion wien bridge oscillatoramplitude controlled wien bridge oscillatoranemometer
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Resistor R0805
Abstract: smd transistor t1A 125VDC to 24 VDC regulator circuit Resistor R1206 smd transistor t1A 59 smd transistor T1C smd transistor t1A 55 capacitor kmg KMG electrolytic capacitors 220uf t1A transistor smd
Contextual Info: AN2103 APPLICATION NOTE VIPower: VIPer12A ISOLATED FLYBACK CONVERTER REFERENCE BOARD 1. ABSTRACT The presented circuit can be used to produce multiple isolated voltage outputs. It is dedicated to building an auxiliary power supply based on the VIPer12AS monolithic device.
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an2103viper12aviper12asresistor r0805+9smd transistor t1a125vdc to 24 vdc regulator circuitresistor r1206smd transistor t1a 59smd transistor t1csmd transistor t1a 55capacitor kmgkmg electrolytic capacitors 220uft1a transistor smd
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CROSS SUMIDA
Abstract: T1A 68 t1b diode SPRAGUE SEMICONDUCTOR GRM42-6 MIC4684BM SS24
Contextual Info: Application Hint 40e Micrel Application Hint 40e ±1.8V/0.5A Split Power Supply by Jeff Dixon VIN 4.85V to 30V 3 C1 15 F 35V 8 U1 MIC4684BM VIN BS EN 4 SW 1 FB 5 C5 0.33 F 50V 68 H R1 3.01k D1 2A/40V GND SOP-8 VOUT +1.8V @ 0.5A T1A 2, 6, 7 C2 330 F 6.3V R2
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mic4684bma/40v594d156x0035d2t594d337x06r3dt2+6cross sumidat1a 68t1b diodesprague semiconductorgrm42-6ss24
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SS24 DIODE schottky
Abstract: MIC4684BM C2330 t1b diode SPRAGUE SEMICONDUCTOR GRM42-6 SS24 t1a 68 ss24 diode
Contextual Info: Application Hint 40c Micrel Application Hint 40c ±2.5V/0.5A Split Power Supply by Jeff Dixon VIN 4.85V to 30V 3 C1 15 F 35V 8 U1 MIC4684BM VIN BS EN 4 SW 1 FB 5 C5 0.33 F 50V 68 H R1 3.01k D1 2A/40V GND SOP-8 VOUT +2.5V @ 0.5A T1A 2, 6, 7 C2 330 F 6.3V R2
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mic4684bma/40v594d156x0035d2t594d337x06r3dt2+8ss24 diode schottkyc2330t1b diodesprague semiconductorgrm42-6ss24t1a 68ss24 diode
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RJ-45 poe ethernet
Abstract: DA2343 TPS2377 tps23751
Contextual Info: Application Report SLVA225 – February 2006 High-Power PoE PD Using TPS2375/77-1 Martin Patoka . PMP Systems Power ABSTRACT Some specialized applications require more power than the 12.95 W allowed by the
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slva225tps2375/77-1ieee802rj-45 poe ethernet+3da2343tps2377tps23751
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FAN4800IN
Abstract: KBL06 AC FAN48001 tds-1047 FAN4800 TSO-735 1N5401 equivalent PMGO-03 FQPF9N50 R14 fP 845
Contextual Info: www.fairchildsemi.com Application Note AN6032 FAN4800 Combo Controller Applications General Description The PFC Stage This application note shows the step-by-step process to design a high-performance supply. The equations shown in this document can also be used for different output voltages
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an6032fan4800380vdc265vac+9fan4800inkbl06 acfan48001tds-1047tso-7351n5401 equivalentpmgo-03fqpf9n50r14 fp 845
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SS14 DIODE schottky
Abstract: 24v to 5V 2A SW regulator ss14 diode t1b diode B140 B260A CRCW08053011FRT1 CTX68-4P MIC4680BM SS14
Contextual Info: Application Hint 37c Micrel Application Hint 37c ±5V/0.5A Split Power Supply by Jeff Dixon Circuit Performance • Simple solution for 2 outputs: ±5V/0.5A • Off-the-shelf magnetics • 80% efficient at 12V input +11V to +34V C1 33µF 35V 2 U1 MIC4680BM
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mic4680bmctx68-4pss14 diode schottky24v to 5v 2a sw regulator+6ss14 diodet1b diodeb140b260acrcw08053011frt1ss14
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SS14 DIODE schottky
Abstract: SS14 DIODE transformer 220 12v TPSE227010R0060 t1b diode 24v to 5V 2A SW regulator 24v to 5V 1A SW regulator CRCW08053011FRT1 DIODE ss14 SS14
Contextual Info: Application Hint 37c Micrel Application Hint 37c ±5V Split Power Supply by Jeff Dixon Circuit Performance • Simple solution for 2 outputs: ±5V • Off-the-shelf magnetics • 80% efficient at 12V input +11V to +34V C1 33 F 35V 2 U1 MIC4680BM IN SW 2 3
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mic4680bmctx68-4pss14 diode schottkyss14 diode+8transformer 220 12vtpse227010r0060t1b diode24v to 5v 2a sw regulator24v to 5v 1a sw regulatorcrcw08053011frt1diode ss14ss14
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LSE B10 transformer
Abstract: 001H 007H PM4351 Nippon capacitors
Contextual Info: PM4351 COMET PRELIMINARY DATA SHEET PMC-970624 ISSUE 4 COMBINED E1/T1 TRANSCEIVER PM4351 COMET COMBINED E1/T1 TRANSCEIVER/FRAMER DATA SHEET PRELIMINARY ISSUE 4: SEPTEMBER 1998 PMC-Sierra, Inc. 105 - 8555 Baxter Place Burnaby, BC Canada V5A 4V7 604 .415.6000
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pm4351pmc-970624pmc970624pmc-961273+4lse b10 transformer001h007hnippon capacitors
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capacitor 100nf 50v 0805
Abstract: KMG 400V Nippon Chemi-Con KME fi324 Chemi-Con LXY vogt transformer NIPPON KME nippon kmg Vogt Ferrite nippon lxY
Contextual Info: STEVAL-ISA020V1 Item 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 Reference C2,C1 C3 C4 C5,C13 C6 C8 C9,C10 C11 C12 D1 D3,D2 D5 D7 L1 Q1 R1 R3 R5 R8 R10,R9 R11 R12 R13 R14 R15 R16 R18,R17 R20 R21 T1 U1 U2 U3 Qty Variant Value
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steval-isa020v1220uf100pf100nf+14ll4148stps160abav103330uhcapacitor 100nf 50v 0805kmg 400vnippon chemi-con kmefi324chemi-con lxyvogt transformernippon kmenippon kmgvogt ferritenippon lxy
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rold rotary switches RC Series
Abstract: MM74HC4016 National Semiconductor COP888BC Deutsch Relays E215 endless rotary potentiometer COP800 COP884BC COP888CG COP888EK E215
Contextual Info: COP8 Microcontroller COP888 Feature Family User’s Manual Literature Number 620897-003 September 1996 REVISION RECORD ii REVISION RELEASE DATE A 03/89 First Release COP888 User’s Manual NSC Publication Number 420411060-001A B 07/94 Reformatted and updated manual to include information on new devices added to the COP888 Feature
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cop88820411060-001acop888ekrold rotary switches rc series+8mm74hc4016 national semiconductorcop888bcdeutsch relays e215endless rotary potentiometercop800cop884bccop888cge215
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hp 5082-4204 pin photodiode
Abstract: anemometer circuitry 50hz wien oscillator yellow springs thermistors amplitude controlled Wien Bridge Oscillator low distortion Wien Bridge Oscillator hp pin diode 5082-4200 series anemometer HP5082-4204 ysi thermistor network 44201
Contextual Info: /TLin tA fc J L f / Application Note 5 TECHNOLOGY December 1984 Thermal Techniques in Measurement and Control Circuitry Jim Williams Designers spend much time combating thermal effects in circuitry. The close relationship between temperature and electronic devices is the source of more design head
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hp 5082-4204 pin photodiodeanemometer circuitry50hz wien oscillatoryellow springs thermistors+6amplitude controlled wien bridge oscillatorlow distortion wien bridge oscillatorhp pin diode 5082-4200 seriesanemometerhp5082-4204ysi thermistor network 44201
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DC-DC REGULATOR
Abstract: PA2367NL AN1724 PA2194NL LM5015 HMK325BJ225KN-T CMHD4448 CA2983 T1A SOT23 100Y inductor
Contextual Info: National Semiconductor Application Note 1724 Youhao,Xi October 2007 Introduction DC-DC Regulator Evaluation Board www.national.com/an/ AN/AN1725.pdf . The evaluation board features: • Input Voltage: 36V to 72V • Isolated Output Voltage: 5V • Output Current: 0A minimum, 2.5A nominal, and 3A
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an/an1725lm5015an-1724dc-dc regulator+8pa2367nlan1724pa2194nlhmk325bj225kn-tcmhd4448ca2983t1a sot23100y inductor
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rold rotary switches RC Series
Abstract: del Transistor A614 COP888BC National semiconductor microcontroller F615 COP888CF COP888CG COP888CL COP888EB COP888EK
Contextual Info: COP8 Microcontroller COP8 Feature Family User’s Manual Literature Number 620897-005 March 1999 REVISION RECORD ii REVISION RELEASE DATE A 03/89 First Release COP888 User’s Manual NSC Publication Number 420411060-001A B 07/94 Reformatted and updated manual to include information on
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cop88820411060-001acop888ekcop888gw+9rold rotary switches rc seriesdel transistor a614cop888bcnational semiconductor microcontrollerf615cop888cfcop888cgcop888clcop888eb
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