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    PWM SWITCH MODE POWER SINGLE CHIP Search Results

    PWM SWITCH MODE POWER SINGLE CHIP Result Highlights (5)

    Part ECAD Model Manufacturer Description Download Buy
    GCM32ED70J476KE02L
    Murata Manufacturing Co Ltd Chip Multilayer Ceramic Capacitors for Automotive PDF
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    Murata Manufacturing Co Ltd Chip Multilayer Ceramic Capacitors for General Purpose PDF
    GRM033D70J224ME01D
    Murata Manufacturing Co Ltd Chip Multilayer Ceramic Capacitors for General Purpose PDF
    GRM155R61H334KE01J
    Murata Manufacturing Co Ltd Chip Multilayer Ceramic Capacitors for General Purpose PDF
    GRM2195C2A273JE01J
    Murata Manufacturing Co Ltd Chip Multilayer Ceramic Capacitors for General Purpose PDF

    PWM SWITCH MODE POWER SINGLE CHIP Datasheets Context Search

    Catalog Datasheet Type Document Tags PDF

    UCC3884

    Abstract: DIL-16 PLCC-20 SOIC-16 UCC1884 UCC2884
    Contextual Info: application INFO available Frequency Foldback Current Mode PWM Controller UCC1884 UCC2884 UCC3884 PRELIMINARY FEATURES DESCRIPTION • Frequency Foldback Reduces Operating Frequency Under Fault Conditions The UCC3884 is a high performance current mode PWM controller intended for single ended switch mode power supplies. The chip implements


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    UCC1884 UCC2884 UCC3884 UCC3884 DIL-16 PLCC-20 SOIC-16 UCC1884 UCC2884 PDF

    Contextual Info: application INFO available Frequency Foldback Current Mode PWM Controller UCC1884 UCC2884 UCC3884 PRELIMINARY FEATURES DESCRIPTION • Frequency Foldback Reduces Operating Frequency Under Fault Conditions The UCC3884 is a high performance current mode PWM controller intended for single ended switch mode power supplies. The chip implements


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    UCC1884 UCC2884 UCC3884 UCC3884 PDF

    UCC3884D

    Abstract: DIL-16 PLCC-20 SOIC-16 UCC1884 UCC2884 UCC3884 Depletion-Mode MOSFET
    Contextual Info: application INFO available Frequency Foldback Current Mode PWM Controller UCC1884 UCC2884 UCC3884 PRELIMINARY FEATURES DESCRIPTION • Frequency Foldback Reduces Operating Frequency Under Fault Conditions The UCC3884 is a high performance current mode PWM controller intended for single ended switch mode power supplies. The chip implements


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    UCC1884 UCC2884 UCC3884 UCC3884 UCC3884D DIL-16 PLCC-20 SOIC-16 UCC1884 UCC2884 Depletion-Mode MOSFET PDF

    Contextual Info: UCC1580-1,-2,-3,-4 UCC2580-1,-2,-3,-4 UCC3580-1,-2,-3,-4 Single Ended Active Clamp/Reset PWM FEATURES Provides Auxiliary Switch Activation Complementary to Main Power Switch Drive Programmable deadtime Turn-on Delay Between Activation of Each Switch Voltage Mode Control with


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    UCC1580-1 UCC2580-1 UCC3580-1 UCC3580 PDF

    UCC2580D-4

    Contextual Info: UCC1580-1,-2,-3,-4 UCC2580-1,-2,-3,-4 UCC3580-1,-2,-3,-4 Single Ended Active Clamp/Reset PWM FEATURES Provides Auxiliary Switch Activation Complementary to Main Power Switch Drive Programmable deadtime Turn-on Delay Between Activation of Each Switch Voltage Mode Control with


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    UCC1580-1 UCC2580-1 UCC3580-1 UCC3580 UCC2580D-4 PDF

    Contextual Info: UCC1580-1,-2,-3,-4 UCC2580-1,-2,-3,-4 UCC3580-1,-2,-3,-4 Single Ended Active Clamp/Reset PWM FEATURES Provides Auxiliary Switch Activation Complementary to Main Power Switch Drive Programmable deadtime Turn-on Delay Between Activation of Each Switch Voltage Mode Control with


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    UCC1580-1 UCC2580-1 UCC3580-1 UCC3580 PDF

    Contextual Info: UCC1580-1,-2,-3,-4 UCC2580-1,-2,-3,-4 UCC3580-1,-2,-3,-4 Single Ended Active Clamp/Reset PWM FEATURES Provides Auxiliary Switch Activation Complementary to Main Power Switch Drive Programmable deadtime Turn-on Delay Between Activation of Each Switch Voltage Mode Control with


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    UCC1580-1 UCC2580-1 UCC3580-1 UCC3580 PDF

    Contextual Info: UCC1580-1,-2,-3,-4 UCC2580-1,-2,-3,-4 UCC3580-1,-2,-3,-4 Single Ended Active Clamp/Reset PWM FEATURES Provides Auxiliary Switch Activation Complementary to Main Power Switch Drive Programmable deadtime Turn-on Delay Between Activation of Each Switch Voltage Mode Control with


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    UCC1580-1 UCC2580-1 UCC3580-1 UCC3580 PDF

    Contextual Info: UCC1580-1,-2,-3,-4 UCC2580-1,-2,-3,-4 UCC3580-1,-2,-3,-4 Single Ended Active Clamp/Reset PWM FEATURES Provides Auxiliary Switch Activation Complementary to Main Power Switch Drive Programmable deadtime Turn-on Delay Between Activation of Each Switch Voltage Mode Control with


    Original
    UCC1580-1 UCC2580-1 UCC3580-1 UCC3580 PDF

    Contextual Info: UCC1580-1,-2,-3,-4 UCC2580-1,-2,-3,-4 UCC3580-1,-2,-3,-4 Single Ended Active Clamp/Reset PWM FEATURES Provides Auxiliary Switch Activation Complementary to Main Power Switch Drive Programmable deadtime Turn-on Delay Between Activation of Each Switch Voltage Mode Control with


    Original
    UCC1580-1 UCC2580-1 UCC3580-1 UCC3580 PDF

    Contextual Info: UCC1580-1,-2,-3,-4 UCC2580-1,-2,-3,-4 UCC3580-1,-2,-3,-4 Single Ended Active Clamp/Reset PWM FEATURES Provides Auxiliary Switch Activation Complementary to Main Power Switch Drive Programmable deadtime Turn-on Delay Between Activation of Each Switch Voltage Mode Control with


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    UCC1580-1 UCC2580-1 UCC3580-1 UCC3580 PDF

    HV9112

    Abstract: HV9112NG HV9112NG-G HV9120 HV9123
    Contextual Info: HV9112 High-Voltage Current-Mode PWM Controller General Description Features ► ► ► ► ► ► The Supertex HV9112 is a BiCMOS/DMOS single-output, pulse width modulator IC intended for use in high-speed, high-efficiency switch mode power supplies. It provides all the


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    HV9112 HV9112 MS-012, DSFP-HV9112 A101007 HV9112NG HV9112NG-G HV9120 HV9123 PDF

    S9110S

    Abstract: HV9110 HV9110NG HV9110NG-G HV9120 HV9123
    Contextual Info: HV9110 High-Voltage Current-Mode PWM Controller General Description Features ► ► ► ► ► ► The Supertex HV9110 is a BiCMOS/DMOS single-output, pulse width modulator IC intended for use in high-speed, high-efficiency switch mode power supplies. It provides all the


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    HV9110 HV9110 MS-012, DSFP-HV9110 A101007 S9110S HV9110NG HV9110NG-G HV9120 HV9123 PDF

    Contextual Info: Supertex inc. HV9112 High-Voltage, Current-Mode PWM Controller General Description Features ► ► ► ► ► ► ► The Supertex HV9112 is a BiCMOS/DMOS single-output, pulse width modulator IC intended for use in high-speed, high-efficiency switch mode power supplies. It provides all the functions necessary to


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    HV9112 HV9112 DSFP-HV9112 A031314 PDF

    MC33662

    Abstract: 32-Pin QFN package power dissipation freescale MC33905 alternator LIN protocol 2.0 PSI5 transceiver MC33932 i2c hall effect sensor Alternator regulator lin protocol specification IOS-9141 SPI pwm generator
    Contextual Info: Analog, Mixed Signal and Power Management Quarter 4, 2010 SG1002Q42010 Rev 0 Analog, Mixed Signal and Power Management Power Actuation Network Transceivers Signal Conditioning System Basis Chip Embedded MCU plus Power Audio and Video Power Management Access and Remote Control


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    SG1002Q42010 MC33662 32-Pin QFN package power dissipation freescale MC33905 alternator LIN protocol 2.0 PSI5 transceiver MC33932 i2c hall effect sensor Alternator regulator lin protocol specification IOS-9141 SPI pwm generator PDF

    DH0165

    Abstract: ee1614 817a opto coupler transistor ka431az EE-1614 dh0165 8 pin ic Ringing Choke Converter 817A EE1614 H FSDH0165
    Contextual Info: www.fairchildsemi.com Application Note AN4111 Fairchild Power Switch Single Chip FSDH Series for Charger and Adapter use. 1. Introduction Penetration rates of cellular phones, PCS phones and other battery-powered equipment have increased significantly. Consumers are demanding more


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    AN4111 DH0165 ee1614 817a opto coupler transistor ka431az EE-1614 dh0165 8 pin ic Ringing Choke Converter 817A EE1614 H FSDH0165 PDF

    MC33905

    Abstract: MC33811 MC33730 MC33812 12x12 bga thermal resistance MM908E622 MM912 32-Pin QFN package power dissipation freescale MC33932 ISO-9141
    Contextual Info: Analog, Mixed Signal and Power Management Quarter 4, 2009 SG1002Q42009 Rev 0 Analog, Mixed Signal and Power Management Power Actuation Network Transceivers Signal Conditioning System Basis Chip Embedded MCU plus Power Audio and Video Power Management Linear Regulator


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    SG1002Q42009 MC13783 MC13892 MC33905 MC33811 MC33730 MC33812 12x12 bga thermal resistance MM908E622 MM912 32-Pin QFN package power dissipation freescale MC33932 ISO-9141 PDF

    dh0165

    Abstract: 817A OPTO-coupler opto 817 dh0165 8 pin ic transistor ka431 ic lm358 inverter block diagram comparator circuit using op-amp lm 358 mb6s diode KA4312 opto coupler 817
    Contextual Info: www.fairchildsemi.com Application Note AN 4111 Fairchild Power Switch Shigle Chip FSDH Series for charger and Adapter use Introduction • UVLO with Hysteresis 8.7V/6.7V . • Over Load Protection (typ. 4.5V). • Over Current Protection (typ. 0.6A for the FSDH0165).


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    FSDH0165) dh0165 817A OPTO-coupler opto 817 dh0165 8 pin ic transistor ka431 ic lm358 inverter block diagram comparator circuit using op-amp lm 358 mb6s diode KA4312 opto coupler 817 PDF

    NCP1002P

    Abstract: NCP1000P start-up transformer current limiter cc1ma bsc flyback universal 314P NCP1000 NCP1000T NCP1001 NCP100xP
    Contextual Info: NCP1000, NCP1001, NCP1002 Integrated Off−Line Switching Regulator The NCP1000 through NCP1002 series of integrated switching regulators, combine a fixed frequency PWM controller with an integrated high voltage power switch circuit. This chip allows for simple design and minimal parts count for very low cost applications


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    NCP1000, NCP1001, NCP1002 NCP1000 NCP1002 NCP1000/D NCP1002P NCP1000P start-up transformer current limiter cc1ma bsc flyback universal 314P NCP1000T NCP1001 NCP100xP PDF

    220 volt double pole switch circuit diagram

    Abstract: jfet normally off to220 NCP1000P NCP1002P
    Contextual Info: NCP1000, NCP1001, NCP1002 Integrated Off−Line Switching Regulator The NCP1000 through NCP1002 series of integrated switching regulators, combine a fixed frequency PWM controller with an integrated high voltage power switch circuit. This chip allows for simple design and minimal parts count for very low cost applications


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    NCP1000, NCP1001, NCP1002 NCP1000 r14525 NCP1000/D 220 volt double pole switch circuit diagram jfet normally off to220 NCP1000P NCP1002P PDF

    start-up transformer current limiter

    Abstract: NCP1000P NCP1002P NCP100xP 220 volt ac to 12 volt dc CONVERTER DIAGRAM
    Contextual Info: NCP1000, NCP1001, NCP1002 Integrated Off−Line Switching Regulator The NCP1000 through NCP1002 series of integrated switching regulators, combine a fixed frequency PWM controller with an integrated high voltage power switch circuit. This chip allows for simple design and minimal parts count for very low cost applications


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    NCP1000, NCP1001, NCP1002 NCP1000 AND8019/D start-up transformer current limiter NCP1000P NCP1002P NCP100xP 220 volt ac to 12 volt dc CONVERTER DIAGRAM PDF

    NCP1000P

    Abstract: NCP1000-1002
    Contextual Info: NCP1000, NCP1001, NCP1002 Integrated Off-Line Switching Regulator The NCP1000 through NCP1002 series of integrated switching regulators, combine a fixed frequency PWM controller with an integrated high voltage power switch circuit. This chip allows for simple design and minimal parts count for very low cost applications


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    NCP1000, NCP1001, NCP1002 NCP1000 r14525 NCP1000/D NCP1000P NCP1000-1002 PDF

    NCP100xT

    Abstract: NCP1000P opto counter
    Contextual Info: NCP1000, NCP1001, NCP1002 Integrated Off-Line Switching Regulator The NCP1000 through NCP1002 series of integrated switching regulators, combine a fixed frequency PWM controller with an integrated high voltage power switch circuit. This chip allows for simple design and minimal parts count for very low cost applications


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    NCP1000, NCP1001, NCP1002 NCP1000 r14525 NCP1000/D NCP100xT NCP1000P opto counter PDF

    JESD78

    Abstract: NCP1000 NCP1000PG NCP1001 NCP1001PG NCP1002 NCP1002PG
    Contextual Info: NCP1000, NCP1001, NCP1002 Integrated Off- Line Switching Regulator The NCP1000 through NCP1002 series of integrated switching regulators, combine a fixed frequency PWM controller with an integrated high voltage power switch circuit. This chip allows for simple design and


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    NCP1000, NCP1001, NCP1002 NCP1000 NCP1002 NCP1000/D JESD78 NCP1000PG NCP1001 NCP1001PG NCP1002PG PDF