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    BC327 EQUIVALENT Search Results

    BC327 EQUIVALENT Result Highlights (5)

    Part ECAD Model Manufacturer Description Download Buy
    TMP89FS60AUG Toshiba Electronic Devices & Storage Corporation 8-bit Microcontroller/Processing Performance Equivalent to a 16-bit MCU/LQFP64-P-1010-0.50E Visit Toshiba Electronic Devices & Storage Corporation
    TMP89FS63AUG Toshiba Electronic Devices & Storage Corporation 8-bit Microcontroller/Processing Performance Equivalent to a 16-bit MCU/LQFP52-P-1010-0.65 Visit Toshiba Electronic Devices & Storage Corporation
    TMP89FS60BFG Toshiba Electronic Devices & Storage Corporation 8-bit Microcontroller/Processing Performance Equivalent to a 16-bit MCU/P-LQFP64-1414-0.80-002 Visit Toshiba Electronic Devices & Storage Corporation
    TMP89FS63BUG Toshiba Electronic Devices & Storage Corporation 8-bit Microcontroller/Processing Performance Equivalent to a 16-bit MCU/P-LQFP52-1010-0.65-002 Visit Toshiba Electronic Devices & Storage Corporation
    TMP89FS62AUG Toshiba Electronic Devices & Storage Corporation 8-bit Microcontroller/Processing Performance Equivalent to a 16-bit MCU/LQFP44-P-1010-0.80A Visit Toshiba Electronic Devices & Storage Corporation

    BC327 EQUIVALENT Datasheets Context Search

    Catalog Datasheet MFG & Type PDF Document Tags

    bc327 replacement

    Abstract: equivalent components for transistor bc328 BC237 bf391 t Motorola MVAM125 bc327 equivalent SOT23 BC327-25
    Text: MOTOROLA SEMICONDUCTOR TECHNICAL DATA Amplifier Transistors PNP Silicon BC327,-16,-25 BC328,-16,-25 COLLECTOR 1 2 BASE 3 EMITTER 1 MAXIMUM RATINGS 2 Rating Symbol BC327 BC328 Unit Collector – Emitter Voltage VCEO –45 –25 Vdc Collector – Base Voltage


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    PDF BC327 BC328 BC327 BC328 226AA) t218A MSC1621T1 MSC2404 MSD1819A MV1620 bc327 replacement equivalent components for transistor bc328 BC237 bf391 t Motorola MVAM125 bc327 equivalent SOT23 BC327-25

    XL1225 equivalent

    Abstract: 2N3053 equivalent BF422 EQUIVALENT bc238 equivalent 2N6397 equivalent 2N5551 equivalent 2SB772 equivalent BC109 BC184 BC549 2sd880 equivalent BT169 equivalent
    Text: Transistors, SCR, IC CROSS REFERENCE / EQUIVALENT TABLE R Cross Reference Table 1 / 13 INDUSTRY TYPE No. DC COMP. TYPE No. Cross Reference Table 2 / 13 PACKAGE INDUSTRY TYPE No. DC COMP. TYPE No. PACKAGE 2N2955 2N2955 TO-3 2SA952 2SA952 TO-92 2N3055 2N3055


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    PDF 2N2955 2SA952 2N3055 2SB1426 2N3417 XL1225 equivalent 2N3053 equivalent BF422 EQUIVALENT bc238 equivalent 2N6397 equivalent 2N5551 equivalent 2SB772 equivalent BC109 BC184 BC549 2sd880 equivalent BT169 equivalent

    bc327 pinout

    Abstract: BC337 pinout bc327 equivalent LM339 equivalent 330uF-25V BC327 BC337 noise figure BC327 noise figure LM339 application note T38-52 12v 30A regulator
    Text: AN908 APPLICATION NOTE  HIGH PERFORMANCE VRM USING L4990A, FOR Pentium Pro PROCESSOR by Nicola Tricomi SYSTEM DESCRIPTION The actual generation of Pentium Pro microprocessors, requires a power supply with a programmable output voltage that decreases with the increasing of the processor internal clock. At the same time


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    PDF AN908 L4990A, bc327 pinout BC337 pinout bc327 equivalent LM339 equivalent 330uF-25V BC327 BC337 noise figure BC327 noise figure LM339 application note T38-52 12v 30A regulator

    BC107 equivalent transistors

    Abstract: 2n5401 equivalent BC557 equivalent 2N2907 equivalent 2n2905 replacement bc327 equivalent bc237 equivalent MPSa06 equivalent equivalent for BC337 bc327 replacement
    Text: Philips Semiconductors Small-signal Transistors DISCONTINUED TYPE Replacement list REASON FOR DELETION REMARKS 2N1613 Discontinued 2N1711 Discontinued 2N1893 Discontinued 2N2219 Discontinued 2N2219A Discontinued 2N2222/A Discontinued 2N2369/A Discontinued


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    PDF 2N1613 2N1711 2N1893 2N2219 2N2219A 2N2222/A 2N2369/A 2N2484 2N2905 2N2905A BC107 equivalent transistors 2n5401 equivalent BC557 equivalent 2N2907 equivalent 2n2905 replacement bc327 equivalent bc237 equivalent MPSa06 equivalent equivalent for BC337 bc327 replacement

    transistors

    Abstract: bc337 TRANSISTOR equivalent BC337 hie hre hfe EQUIVALENT TRANSISTOR bc547 bc547 sot 23 transistor BC547 equivalent bc337 hie bc338 equivalent bc327 equivalent BC547 sot23
    Text: Application Applikation Bipolar Transistors Bipolartransistoren Nomenclature: Benennung: B – Silicon Transistor C – LF Low Power Transistor nnn – Serial Number X or -nn – hFE Group B – Siliziumtransistor C – NF Kleinleistungstransistor nnn – Serien-Nummer


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    PDF BC807 BC808 BC817 BC818 BC846 BC847 BC848 BC849 BC850 BC856 transistors bc337 TRANSISTOR equivalent BC337 hie hre hfe EQUIVALENT TRANSISTOR bc547 bc547 sot 23 transistor BC547 equivalent bc337 hie bc338 equivalent bc327 equivalent BC547 sot23

    Transistor BC327 Q1

    Abstract: STP60N03 STP80N03 bc327 pinout BC327 Q1 3A-12 AN908 BC337 L4990A M74HC125
    Text: AN908 Application note High performance VRM using L4990A, for Pentium Pro processor Introduction The actual generation of Pentium Pro® microprocessors, requires a power supply with a programmable output voltage that decreases with the increasing of the processor internal


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    PDF AN908 L4990A, Transistor BC327 Q1 STP60N03 STP80N03 bc327 pinout BC327 Q1 3A-12 AN908 BC337 L4990A M74HC125

    20L25CT

    Abstract: AN908 LM339 equivalent M74HC125 BC337 equivalent equivalent for BC337 T3852 T38-52 3A-12 BC327
    Text: AN908 APPLICATION NOTE HIGH PERFORMANCE VRM USING L4990A, FOR Pentium Pro PROCESSOR by Nicola Tricomi SYSTEM DESCRIPTION The actual generation of Pentium Pro® microprocessors, requires a power supply with a programmable output voltage that decreases with the increasing of the processor internal clock. At the same time


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    PDF AN908 L4990A, 20L25CT AN908 LM339 equivalent M74HC125 BC337 equivalent equivalent for BC337 T3852 T38-52 3A-12 BC327

    20L25CT

    Abstract: BC327 BC337 noise figure M74HC125 equivalent for BC337 532956-7 BC337 figure AN908 3A-12 BC327 L4990A
    Text: AN908 APPLICATION NOTE HIGH PERFORMANCE VRM USING L4990A, FOR Pentium Pro PROCESSOR by Nicola Tricomi SYSTEM DESCRIPTION The actual generation of Pentium Pro microprocessors, requires a power supply with a programmable output voltage that decreases with the increasing of the processor internal clock. At the same time


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    PDF AN908 L4990A, 20L25CT BC327 BC337 noise figure M74HC125 equivalent for BC337 532956-7 BC337 figure AN908 3A-12 BC327 L4990A

    VIPER22A EQUIVALENT

    Abstract: optocoupler IC PC817 VIPer22A circuit diagram VIPER22A EEL22 VIPER22A Application Note VIPER22A not isolated PC817 footprint viper22a 3.3v 5v 12v EEL22 PF0171
    Text: AN1585 APPLICATION NOTE PC Stand-by Power Supply with VIPer22A A. BAILLY - G. AUGUSTONI A desktop PC power supply is generally made of two power supplies: the main one built around a forward structure and able to deliver a few hundreds of Watt and switched off in standby mode; the second one


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    PDF AN1585 VIPer22A VIPer22A VIPER22A EQUIVALENT optocoupler IC PC817 VIPer22A circuit diagram EEL22 VIPER22A Application Note VIPER22A not isolated PC817 footprint viper22a 3.3v 5v 12v EEL22 PF0171

    L6565B

    Abstract: L6565D
    Text: L6565 QUASI-RESONANT SMPS CONTROLLER QUASI-RESONANT QR ZERO-VOLTAGESWITCHING (ZVS) TOPOLOGY • LINE FEED FORWARD TO DELIVER CONSTANT POWER vs. MAINS CHANGE ■ FREQUENCY FOLDBACK FOR OPTIMUM STANDBY EFFICIENCY ■ PULSE-BY-PULSE & HICCUP-MODE OCP ■ ULTRA-LOW START-UP (< 70µA) AND


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    PDF L6565 400mA L6565N L6565D L6565 L6565B L6565D

    pc817 Ringing Choke Converter

    Abstract: L6565B STP7NB80FI IC L6565 equivalent Self-Oscillating Flyback mosfet bc337 darlington equivalent STP7NB80FI mosfet equivalent L6565 STP4NA80FP 12V 2A SMPS circuit diagram
    Text: L6565 QUASI-RESONANT SMPS CONTROLLER QUASI-RESONANT QR ZERO-VOLTAGESWITCHING (ZVS) TOPOLOGY • LINE FEED FORWARD TO DELIVER CONSTANT POWER vs. MAINS CHANGE ■ FREQUENCY FOLDBACK FOR OPTIMUM STANDBY EFFICIENCY ■ PULSE-BY-PULSE & HICCUP-MODE OCP ■ ULTRA-LOW START-UP (< 70µA) AND


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    PDF L6565 400mA L6565N L6565D L6565 006inch) pc817 Ringing Choke Converter L6565B STP7NB80FI IC L6565 equivalent Self-Oscillating Flyback mosfet bc337 darlington equivalent STP7NB80FI mosfet equivalent L6565 STP4NA80FP 12V 2A SMPS circuit diagram

    optocoupler IC PC817

    Abstract: VIPER22A EQUIVALENT eel22 pc817 equivalent optocoupler IC PC817 pin details viper22a 5v 3a power supply design VIPer22A circuit diagram VIPER22A not isolated viper22a transformer design VIPER22A Application Note
    Text: AN1585 APPLICATION NOTE PC Stand-by Power Supply with VIPer22A A. BAILLY - G. AUGUSTONI A desktop PC power supply is generally made of two power supplies: the main one built around a forward structure and able to deliver a few hundreds of Watt and switched off in standby mode; the second one


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    PDF AN1585 VIPer22A VIPer22A optocoupler IC PC817 VIPER22A EQUIVALENT eel22 pc817 equivalent optocoupler IC PC817 pin details viper22a 5v 3a power supply design VIPer22A circuit diagram VIPER22A not isolated viper22a transformer design VIPER22A Application Note

    IC L6565 equivalent

    Abstract: IC L6565 equivalent L6565 L6565 L6565B bc337 darlington equivalent Self-Oscillating Flyback flyback l6565 UA317 tl431 feedback voltage pc817
    Text: L6565 QUASI-RESONANT SMPS CONTROLLER QUASI-RESONANT QR ZERO-VOLTAGESWITCHING (ZVS) TOPOLOGY • LINE FEED FORWARD TO DELIVER CONSTANT POWER vs. MAINS CHANGE ■ FREQUENCY FOLDBACK FOR OPTIMUM STANDBY EFFICIENCY ■ PULSE-BY-PULSE & HICCUP-MODE OCP ■ ULTRA-LOW START-UP (< 70µA) AND


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    PDF L6565 400mA L6565N L6565D L6565 IC L6565 equivalent IC L6565 equivalent L6565 L6565B bc337 darlington equivalent Self-Oscillating Flyback flyback l6565 UA317 tl431 feedback voltage pc817

    L6565B

    Abstract: IC L6565 equivalent equivalent L6565 STP7NB80FI IC L6565 STP4NA80FP pc817 Ringing Choke Converter ETD29x16x10 kpc817 tl431 feedback voltage pc817
    Text: L6565 QUASI-RESONANT SMPS CONTROLLER QUASI-RESONANT QR ZERO-VOLTAGESWITCHING (ZVS) TOPOLOGY • LINE FEED FORWARD TO DELIVER CONSTANT POWER vs. MAINS CHANGE ■ FREQUENCY FOLDBACK FOR OPTIMUM STANDBY EFFICIENCY ■ PULSE-BY-PULSE & HICCUP-MODE OCP ■ ULTRA-LOW START-UP (< 70µA) AND


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    PDF L6565 400mA L6565N L6565D L6565 L6565DTR L6565B IC L6565 equivalent equivalent L6565 STP7NB80FI IC L6565 STP4NA80FP pc817 Ringing Choke Converter ETD29x16x10 kpc817 tl431 feedback voltage pc817

    HICCUP

    Abstract: l5991 L5993 12 pulse ac-dc converter 1N4148 AN1134 AN1215 BC327 L5991 equivalent
    Text: AN1215 APPLICATION NOTE HOW TO HANDLE SHORT CIRCUIT CONDITIONS WITH ST’s ADVANCED PWM CONTROLLERS by Claudio Adragna & Giuseppe Gattavari Purpose of this note is to provide some advice on how to manage a short circuit condition for a switching converter controlled by ST's advanced PWM controllers L5991 and L5993.


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    PDF AN1215 L5991 L5993. L5993 HICCUP L5993 12 pulse ac-dc converter 1N4148 AN1134 AN1215 BC327 L5991 equivalent

    VOICE ACTIVATED HOME AUTOMATION SYSTEM

    Abstract: fly back uc3845 flyback smps uc3845 ir tx rx pair 2n2222 Sigma SC10 triac dimmer microcontroller with zero crossing c AUTOMATIC ROOM LIGHT CONTROLLER application 2N2907 uc3845 application smps ST7537HS1
    Text: APPLICATION NOTE A PLUG & PLAY DEMONSTRATOR OF THE EUROPEAN HOME SYSTEMS NETWORK: EHSNODE by R. Girard This note describes a home automation application. The first part is a summary of the European Home Systems network for home and building trade. The specification of


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    l5991

    Abstract: L5991 equivalent 1N4148 AN1134 AN1215 BC327 L5993 design SMPS L5991
    Text: AN1215 APPLICATION NOTE HOW TO HANDLE SHORT CIRCUIT CONDITIONS WITH ST’s ADVANCED PWM CONTROLLERS by Claudio Adragna & Giuseppe Gattavari Purpose of this note is to provide some advice on how to manage a short circuit condition for a switching converter controlled by ST’s advanced PWM controllers L5991 and L5993.


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    PDF AN1215 L5991 L5993. L5993 L5991 equivalent 1N4148 AN1134 AN1215 BC327 L5993 design SMPS L5991

    bc327 equivalent SMD

    Abstract: bc327 equivalent SOT23 t8 smd transistor P-N-P CURRENT MIRROR 330 smd current mirror TRANSISTOR SMD y-1 smd transistor K2 pnp digital bc327 smd BC327 011
    Text: AN-634 APPLICATION NOTE One Technology Way • P.O. Box 9106 • Norwood, MA 02062-9106, U.S.A. • Tel: 781.329.4700 • Fax: 781.461.3113 • www.analog.com Using the ADN2830 Evaluation Board by Dongfeng Zhao Because a laser emanates an optical average power when a


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    PDF AN-634 ADN2830 1N4001 OT-23 BC327 bc327 equivalent SMD bc327 equivalent SOT23 t8 smd transistor P-N-P CURRENT MIRROR 330 smd current mirror TRANSISTOR SMD y-1 smd transistor K2 pnp digital bc327 smd BC327 011

    IC L6565

    Abstract: equivalent L6565 IC L6565 equivalent L6565 Self-Oscillating Flyback mosfet Self-Oscillating Flyback Converters STP7NB80FI optocoupler PC817 pc817 Ringing Choke Converter smps with tl431 and pc817
    Text: L6565 QUASI-RESONANT SMPS CONTROLLER QUASI-RESONANT QR ZERO-VOLTAGESWITCHING (ZVS) TOPOLOGY • LINE FEED FORWARD TO DELIVER CONSTANT POWER vs. MAINS CHANGE ■ FREQUENCY FOLDBACK FOR OPTIMIUM STANDBY EFFICIENCY ■ PULSE-BY-PULSE & HICCUP-MODE OCP ■ ULTRA-LOW START-UP (< 70µA) AND


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    PDF L6565 400mA L6565N L6565D L6565 IC L6565 equivalent L6565 IC L6565 equivalent Self-Oscillating Flyback mosfet Self-Oscillating Flyback Converters STP7NB80FI optocoupler PC817 pc817 Ringing Choke Converter smps with tl431 and pc817

    L6565B

    Abstract: IC L6565 stp7nb80fi IC L6565 equivalent N57T L6565 equivalent L6565 5v L6565D STP7NB80FI mosfet ETD29x16x10
    Text: L6565 QUASI-RESONANT SMPS CONTROLLER QUASI-RESONANT QR ZERO-VOLTAGESWITCHING (ZVS) TOPOLOGY • LINE FEED FORWARD TO DELIVER CONSTANT POWER vs. MAINS CHANGE ■ FREQUENCY FOLDBACK FOR OPTIMIUM STANDBY EFFICIENCY ■ PULSE-BY-PULSE & HICCUP-MODE OCP ■ ULTRA-LOW START-UP (< 70µA) AND


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    PDF L6565 400mA L6565N L6565D L6565 L6565B IC L6565 stp7nb80fi IC L6565 equivalent N57T equivalent L6565 5v L6565D STP7NB80FI mosfet ETD29x16x10

    equivalent L6565

    Abstract: L6565 L6565B optocoupler PC817 IC L6565 mosfet discrete totem pole CIRCUIT L6565N BC337 flyback l6565 Self-Oscillating Flyback
    Text: L6565 QUASI-RESONANT SMPS CONTROLLER QUASI-RESONANT QR ZERO-VOLTAGESWITCHING (ZVS) TOPOLOGY • LINE FEED FORWARD TO DELIVER CONSTANT POWER vs. MAINS CHANGE ■ FREQUENCY FOLDBACK FOR OPTIMIUM STANDBY EFFICIENCY ■ PULSE-BY-PULSE & HICCUP-MODE OCP ■ ULTRA-LOW START-UP (< 70µA) AND


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    PDF L6565 400mA L6565N L6565D L6565 equivalent L6565 L6565B optocoupler PC817 IC L6565 mosfet discrete totem pole CIRCUIT L6565N BC337 flyback l6565 Self-Oscillating Flyback

    Untitled

    Abstract: No abstract text available
    Text: L6565 QUASI-RESONANT SMPS CONTROLLER QUASI-RESONANT QR ZERO-VOLTAGESWITCHING (ZVS) TOPOLOGY • LINE FEED FORWARD TO DELIVER CONSTANT POWER vs. MAINS CHANGE ■ FREQUENCY FOLDBACK FOR OPTIMIUM STANDBY EFFICIENCY ■ PULSE-BY-PULSE & HICCUP-MODE OCP ■ ULTRA-LOW START-UP (< 70µA) AND


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    PDF L6565 400mA L6565N L6565D L6565

    sx3704

    Abstract: BRC157 BRC-116 Germanium Diode aa143 1n4148 ITT TRANSISTOR BC147 BC107/spice model bf199 BY238 SN76226DN tungsram
    Text: rh is Booklet • • • ue to fluctuations in availability, some types of semiconductors used in Thorn products have >f necessity changed from those originally specified and quoted in service literature. This )lus the fact that some service replacements are


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    PDF ircD376 BD234 VT854, VT855â VT854* iTT44, BZX79-C24, BZX83-C24, BZX88-C24 sx3704 BRC157 BRC-116 Germanium Diode aa143 1n4148 ITT TRANSISTOR BC147 BC107/spice model bf199 BY238 SN76226DN tungsram

    AL102 ATES

    Abstract: 2N2222A mps KR206 AD149 TIS58 TIS88 SFT353 2N2431 2N4265 BFY29
    Text: SECOND BOOK OF TRAISKTIR EQUIVALENTS AIR SPIRTITOTER IT I.I.OMMI BERNARD BABANI publishing LTD The Grampians Shepherds Bush Road London W67NF England. Although every care Is taken with the preparation of this book, the publishers will not be responsible


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    PDF Trans-611 DT1521 2N2270 BC107-182KS ESC182KAS ESC182KBS ESC1Q8-183KS EiC183KBS 8C183KCS BC109-184KS AL102 ATES 2N2222A mps KR206 AD149 TIS58 TIS88 SFT353 2N2431 2N4265 BFY29