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    SPRAGUE 1977 Search Results

    SPRAGUE 1977 Result Highlights (5)

    Part ECAD Model Manufacturer Description Download Buy
    F1977NBGI8 Renesas Electronics Corporation 7-bit 0.25 dB, 75Ω, Glitch-Free™ Digital Step Attenuator Visit Renesas Electronics Corporation
    F1977EVS Renesas Electronics Corporation Evaluation Board for F1977, 7-bit, 75Ω, Digital Step Attenuator Visit Renesas Electronics Corporation
    F1977EVBI Renesas Electronics Corporation Evaluation Board for F1977, 7-bit, 75Ω, Digital Step Attenuator Visit Renesas Electronics Corporation
    F1977NBGI Renesas Electronics Corporation 7-bit 0.25 dB, 75Ω, Glitch-Free™ Digital Step Attenuator Visit Renesas Electronics Corporation
    71977-308LF Amphenol Communications Solutions Dubox® 2.54mm, Wire to Board Connector, Shrouded Vertical Header, Throug Hole, Double row, Top Entry, 4 Walls, 16 Positions, 2.54mm (0.100in) Pitch. Visit Amphenol Communications Solutions

    SPRAGUE 1977 Datasheets Context Search

    Catalog Datasheet MFG & Type PDF Document Tags

    N140 ALLEGRO

    Abstract: Ultrasonic welding generator Allegro Hall-Effect ICs GH SC-59 Loctite 406 pressure low die bond sensor RTV HALL-EFFECT DEVICES SOLDERING, GLUING, POTTING, E FLEX THERMOSET COMPOUND TO-236A TRA-CON
    Text: Application Note 27703.1‡ GENERAL INFORMATION HALL-EFFECT DEVICES: SOLDERING, GLUING, POTTING, ENCAPSULATING, and LEAD FORMING by Peter J. Gilbert Introduction The Hall effect, discovered by E. F. Hall in 1879, is the basis for all Hall-effect devices. When this physical


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    HALL-EFFECT DEVICES SOLDERING, GLUING, POTTING, E

    Abstract: GH sc-59 to-92 hall sensor ultrasonic range meter IC Ultrasonic welding circuit transistor Common collector configuration thermoset plastics Application Note 27703 HALL EFFECT TO 92 leadframe
    Text: GENERAL INFORMATION HALL-EFFECT DEVICES: SOLDERING, GLUING, POTTING, ENCAPSULATING, and LEAD FORMING by Peter J. Gilbert Introduction The Hall effect, discovered by E. F. Hall in 1879, is the basis for all Hall-effect devices. When this physical effect is combined with modern integrated circuit IC


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    HALL-EFFECT DEVICES SOLDERING, GLUING, POTTING, E

    Abstract: hall effect sensor GH SC-59 HALL EFFECT Loctite 406 LT HALL SENSOR to-92 hall sensor Ultrasonic welding circuit
    Text: GENERAL INFORMATION HALL-EFFECT DEVICES: SOLDERING, GLUING, POTTING, ENCAPSULATING, and LEAD FORMING by Peter J. Gilbert Introduction The Hall effect, discovered by E. F. Hall in 1879, is the basis for all Hall-effect devices. When this physical effect is combined with modern integrated circuit IC


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    Loctite 406

    Abstract: HALL-EFFECT DEVICES SOLDERING, GLUING, POTTING, E Injection mold foam Ultrasonic welding generator FLEX THERMOSET COMPOUND N140 AH010 N140 ALLEGRO
    Text: Application Note 27703.1† GENERAL INFORMATION HALL-EFFECT DEVICES: SOLDERING, GLUING, POTTING, ENCAPSULATING, and LEAD FORMING by Peter J. Gilbert Introduction The Hall effect, discovered by E. F. Hall in 1879, is the basis for all Hall-effect devices. When this physical


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    sangamo capacitor

    Abstract: SPRAGUE 622d MEPCO CAPACITOR 3120 MALLORY CAPACITORS cgs series 32DR SPRAGUE Sangamo Aluminum Electrolytic Capacitor sangamo capacitor type 500 MALLORY CAPACITORS TT series 3475GD681M6P3JMBS MEPCO electra
    Text: National Semiconductor Application Note 343 September 1983 INTRODUCTION The LH1605 is the first in a family of high-efficiency switching regulators designed to simplify power conversion while minimizing power losses It can deliver 5 amps continuous output current and operate over a wide range of input and


    Original     		PDF LH1605 sangamo capacitor SPRAGUE 622d MEPCO CAPACITOR 3120 MALLORY CAPACITORS cgs series 32DR SPRAGUE Sangamo Aluminum Electrolytic Capacitor sangamo capacitor type 500 MALLORY CAPACITORS TT series 3475GD681M6P3JMBS MEPCO electra

    eprom 92112

    Abstract: SPRAGUE 11Z-2003 AN3030 MALLORY CAPACITOR CATALOG hp5082-2810 STANCOR 11Z-2003 pe-6197 2N4391 MOTOROLA P50N05E stancor rectifier transformer
    Text: Application Note 30 February 1989 Switching Regulator Circuit Collection John Seago Switching regulators are of universal interest. Linear Technology has made a major effort to address this topic. A catalog of circuits has been compiled so that a design engineer can swiftly determine which converter type is


    Original     		PDF 2N2222 1N4148 LT1072CN8 VN2222LL 2N3906 5V-35V LT317AH MBR1535 eprom 92112 SPRAGUE 11Z-2003 AN3030 MALLORY CAPACITOR CATALOG hp5082-2810 STANCOR 11Z-2003 pe-6197 2N4391 MOTOROLA P50N05E stancor rectifier transformer

    N140 ALLEGRO

    Abstract: HALL-EFFECT DEVICES SOLDERING, GLUING, POTTING, E Allegro Hall-Effect ICs Ultrasonic welding generator GTS2000
    Text: Application Note 27703.1B GENERAL INFORMATION HALL-EFFECT DEVICES: SOLDERING, GLUING, POTTING, ENCAPSULATING, and LEAD FORMING Introduction The Hall effect, discovered by E. F. Hall in 1879, is the basis for all Hall-effect devices. When this physical effect is combined with modern integrated circuit IC


    Original     		PDF 1-508-ALLEGRO N140 ALLEGRO HALL-EFFECT DEVICES SOLDERING, GLUING, POTTING, E Allegro Hall-Effect ICs Ultrasonic welding generator GTS2000

    type k thermocouple input characteristics profile

    Abstract: thermal resistance Thermocouple circuit type t Thermocouple Type K material TCI model 571 electronic oven control oven temperature sensors transistor subtitution ULN2003A ULN2068B
    Text: THERMAL RESISTANCE— A RELIABILITY CONSIDERATION by Kenneth E. Manchester & Donald W. Bird More and more the semiconductor component supplier and the ultimate system user are becoming aware of the need for reliable components. Most failure mechanisms responsible for reliability


    Original     		PDF TP72-7, 79CH1425-8 type k thermocouple input characteristics profile thermal resistance Thermocouple circuit type t Thermocouple Type K material TCI model 571 electronic oven control oven temperature sensors transistor subtitution ULN2003A ULN2068B

    ULN2003A

    Abstract: ULN2068B
    Text: THERMAL RESISTANCE— A RELIABILITY CONSIDERATION by Kenneth E. Manchester & Donald W. Bird More and more the semiconductor component supplier and the ultimate system user are becoming aware of the need for reliable components. Most failure mechanisms responsible for reliability


    Original     		PDF TP72-7, 79CH1425-8 ULN2003A ULN2068B

    oven temperature sensors

    Abstract: thermal resistance measurement ULN2003A ULN2068B ALLEGRO MICROSYSTEMS
    Text: APPLICATIONS INFORMATION THERMAL RESISTANCE— A RELIABILITY CONSIDERATION THERMAL RESISTANCE— A RELIABILITY CONSIDERATION More and more the semiconductor component supplier and the ultimate system user are becoming aware of the need for reliable components. Most failure mechanisms responsible for reliability


    Original     		PDF TP72-7, 79CH1425-8 oven temperature sensors thermal resistance measurement ULN2003A ULN2068B ALLEGRO MICROSYSTEMS

    iron constantan temperature sensor

    Abstract: ULN2003A ULN2068B
    Text: Technical Paper TP 80-2 GENERAL INFORMATION THERMAL RESISTANCE— A RELIABILITY CONSIDERATION by Kenneth E. Manchester & Donald W. Bird More and more the semiconductor component supplier and the ultimate system user are becoming aware of the need for reliable


    Original     		PDF TP72-7, 79CH1425-8 iron constantan temperature sensor ULN2003A ULN2068B

    SLVA061

    Abstract: SLVU004 Texas Instruments Literature Number SLVU004 SLVP088 analysis of PWM converters using model of PWM switch power dissipation in power stage schematic boost PWM converter Modeling Average Current Mode Control SLVA059 a boost dc to ac converter
    Text: Understanding Boost Power Stages in Switchmode Power Supplies Application Report March 1999 Mixed Signal Products SLVA061 IMPORTANT NOTICE Texas Instruments and its subsidiaries TI reserve the right to make changes to their products or to discontinue any product or service without notice, and advise customers to obtain the latest version of relevant information


    Original     		PDF SLVA061 SLVA061 SLVU004 Texas Instruments Literature Number SLVU004 SLVP088 analysis of PWM converters using model of PWM switch power dissipation in power stage schematic boost PWM converter Modeling Average Current Mode Control SLVA059 a boost dc to ac converter

    SLVA059

    Abstract: circuit diagram of mosfet buck boost DCM flyback transfer function vorperian Buck-Boost Converter advantages pwm schematic buck converter PWM SWITCH MODE schematic buck converter mosfet dc to dc boost converter two switch coupled inductor buck-boost converter slva034
    Text: Understanding BuckĆBoost Power Stages in Switchmode Power Supplies Application Report March 1999 Mixed Signal Products SLVA059 IMPORTANT NOTICE Texas Instruments and its subsidiaries TI reserve the right to make changes to their products or to discontinue


    Original     		PDF SLVA059 spe26, SLVA059 circuit diagram of mosfet buck boost DCM flyback transfer function vorperian Buck-Boost Converter advantages pwm schematic buck converter PWM SWITCH MODE schematic buck converter mosfet dc to dc boost converter two switch coupled inductor buck-boost converter slva034

    two switch coupled inductor buck-boost converter

    Abstract: SLUA059A schematic power supply circuit diagram using ic switch mode power supply Pulse Transformer VAC circuit diagram of mosfet based power supply schematic boost PWM converter circuit diagram of mosfet buck boost DCM flyback transfer function vorperian Buck-Boost Converter advantages
    Text: Application Report SLUA059A - March 1999 – Revised November 2002 Understanding Buck-Boost Power Stages in Switch Mode Power Supplies Everett Rogers System Power ABSTRACT A switching power supply consists of the power stage and the control circuit. The power stage


    Original     		PDF SLUA059A two switch coupled inductor buck-boost converter schematic power supply circuit diagram using ic switch mode power supply Pulse Transformer VAC circuit diagram of mosfet based power supply schematic boost PWM converter circuit diagram of mosfet buck boost DCM flyback transfer function vorperian Buck-Boost Converter advantages

    SLVA059A

    Abstract: Understanding Buck-Boost Power Stages Switch Mode DCM flyback transfer function vorperian slva034 593D SLVA057 TL5001 Pulse Transformer VAC
    Text: Application Report SLVA059A - March 1999 − Revised November 2002 Understanding Buck-Boost Power Stages in Switch Mode Power Supplies Everett Rogers System Power ABSTRACT A switching power supply consists of the power stage and the control circuit. The power stage


    Original     		PDF SLVA059A Understanding Buck-Boost Power Stages Switch Mode DCM flyback transfer function vorperian slva034 593D SLVA057 TL5001 Pulse Transformer VAC

    M38510/14103BEC

    Abstract: 7901101ca 883C4582BC 7704501EA ucs5801
    Text: SPRAGUE/SEMICOND GROUP 14E D • Ö513fl50 00050QM 1 ■ 7^3-0/ €# SPRAGUE THE MARK OF RELIABILITY MIUTfìRV INTCGRAT6D CIRCUITS WR-219 CMOS BIPOLAR BiMOS S P R A G U E / S E M I C O N D GROU P 14E D ■ Ö513ÖSG □□OSGÜS 0 ■ ~J~- MIUTflRV ICS INDEX


    OCR Scan     		PDF 513fl50 00050QM WR-219 MIL-M-38510. MIL-STD-883 MIL-M-38510 M38510/14103BEC 7901101ca 883C4582BC 7704501EA ucs5801

    2332 rom

    Abstract: 7704501EA SPRAGUE SEMICONDUCTOR ic 4026 down counter UCS4801 UCS4801H 4000 series CMOS Logic ICs 4801h 8102001EA UDS2595H
    Text: SPKMSUE/SEMICON» GROUP ME t • 6513SSD 000S004 1 ■ á ífiS * W Æ W X-f3 "0 / SPRAGUE THE MARK OF RELIABILITY MIUTfìRV INT€GfìfìT€D CIRCUITS WR-219 CMOS by/ ICminer.com Electronic-Library Service CopyRight 2003 BIPOLAR BiMOS — SPR AGUE/SEÌ1IC0ND GROU P


    OCR Scan     		PDF flS13flSD WR-219 MIL-M-38510. MIL-STD-883 MIL-M-38510 2332 rom 7704501EA SPRAGUE SEMICONDUCTOR ic 4026 down counter UCS4801 UCS4801H 4000 series CMOS Logic ICs 4801h 8102001EA UDS2595H

    LP88A1A155K

    Abstract: No abstract text available
    Text: Bulletin 1541 Sprague File No. 2085A EN G IN EER IN G BU LLETIN Type LP88 'LP' Metallized Polycarbonate Capacitors In Wrap-and-Fill Tubular Construction Deltafilm n n Y P E LP88 capacitors are metallized p o ly c a rb o n nate devices which feature the su pe rior electrical


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    equivalent data book of 10N60 mosfet

    Abstract: MC14016CP GD4511 an-6466 CX 2859 SMD 74AC14 spice 6120* harris HCF4018be 7028 SMD Transistor spice irfbc40
    Text: $5.00 S E M I C O N D U C T O R TECHNICAL ASSISTANCE Harris Marketing Support Services HMSS , 1-800-4HARRIS HMSS provides world-class service to customers requiring information on all products offered by Harris Semiconductor. Ask Harris Marketing Support Services for answers concerning:


    OCR Scan     		PDF 1-800-4HARRIS equivalent data book of 10N60 mosfet MC14016CP GD4511 an-6466 CX 2859 SMD 74AC14 spice 6120* harris HCF4018be 7028 SMD Transistor spice irfbc40

    qn2222

    Abstract: pe-6197 PE6197 eprom 92112 Pulse Engineering pe-6197 VICTOREEN resistor 48V to 12V buck boost converter p50n05 flyback converter 12v to 18v r-QN2222
    Text: r r i m Application Note 30 m TECHNOLOGY February 1989 Switching Regulator Circuit Collection Brian H uffm an Switching regulators are of universal interest. Linear Technology has made a major effort to address this topic. A catalog of circuits has been compiled so that a design


    OCR Scan     		PDF CM55-T13 PE-52645 5V-35V 2N3906 2N390 100/tF LT317AH LT1072CN8 LT1004-2 2N2222 qn2222 pe-6197 PE6197 eprom 92112 Pulse Engineering pe-6197 VICTOREEN resistor 48V to 12V buck boost converter p50n05 flyback converter 12v to 18v r-QN2222

    TCA965 equivalent

    Abstract: ULN2283 capacitor 473j 100n UAF771 transistor GDV 65A pbd352303 cm2716 TAA2761 TAA4761 ULN2401
    Text: veryimpressivePrice. power drain. For the same low price astheTTL-compatible DG211. Very Impressive Performance. Low power, low source-drain ON resistance, low switching times, low current, low price. It all adds up to superstar performance for portable and battery-operated


    OCR Scan     		PDF DG211. DG300 DG308 DG211 TCA965 equivalent ULN2283 capacitor 473j 100n UAF771 transistor GDV 65A pbd352303 cm2716 TAA2761 TAA4761 ULN2401

    triac tag 8518

    Abstract: 70146 DS3654 X2864AD 7 segment display RL S5220 TC9160 la 4440 amplifier circuit diagram 300 watt philips ecg master replacement guide vtl 3829 A-C4 TCA965 equivalent
    Text: 1985 0 / 0 / CONTENTS VOLUME I Introduction to IC MASTER 3 Advertisers’ Index 8 Master Selection Guide Function Index I0 Part Number Index 40 Part Number Guide 300 Logo Guide 346 Application Note Directory 349 Military Parts Directory 50I Testing 506 Cross Reference


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    panasonic inverter dv 707 manual

    Abstract: al 12 fc battery drill charger panasonic inverter manual dv 707 cd 1619 CP fm radio Sharp amplifier SM 30 panasonic inverter dv 707 panasonic parameter inverter dv 707 manual LM 358 battery charger schematic 12v 10A lithium ion car battery charger wiring diagram 220v ac to 5V dc power supply using 7805 regulato
    Text: PRACTICAL DESIGN TECHNIQUES FOR POWER AND THERMAL MANAGEMENT BOOST V IN O ^ SWITCH V|N +7V TO +24V +5V @ 1A A D P3050-5 BIAS ON FB GND COMP 22|xF 4 k il 1nF 100|xF * V|N anyCAP LDO TOPOLOGY C COMP NONINVERTING W IDEBAND DRIVER Rl 3415 American Drive Mississauga, Ontario,LAV TT4


    OCR Scan     		PDF P3050-5 P3603/4/5 ADM869X, OP113, OP176, P181/281/481, P191/291/491, P192/293/493, OP193, P196/296/496, panasonic inverter dv 707 manual al 12 fc battery drill charger panasonic inverter manual dv 707 cd 1619 CP fm radio Sharp amplifier SM 30 panasonic inverter dv 707 panasonic parameter inverter dv 707 manual LM 358 battery charger schematic 12v 10A lithium ion car battery charger wiring diagram 220v ac to 5V dc power supply using 7805 regulato

    mikroelektronik Heft 12

    Abstract: Mikroelektronik Information Applikation information applikation mikroelektronik information applikation applikation heft A302D Kombinat VEB A 902 Kombinat VEB A 281 mikroelektronik Heft VEB mikroelektronik
    Text: m a tk a r ^ m ie le l- c te n o n ik Information Applikation Informations- und Applikationshefte „M IK R O E L E K T R O N IK " Bisher erschienen: Heft Heft Heft Heft Heft Heft Heft Heft Heft 1: 2: 3: 4: 5: 6: 7: 8: 9: A 210 und 211 A301 A 290 A202 A 244 und A 281


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