MP6960 8-24V, 400kHz Fast Turn-Off Intelligent Controller With CC/CV Controller SOIC8
MP6960 8-24V, 400kHz Fast Turn-Off Intelligent Controller With CC/CV Controller SOIC8

MP6960 8-24V, 400kHz Fast Turn-Off Intelligent Controller With CC/CV Controller SOIC8

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pMPS MP6960 — Fast Turn-Off Intelligent Controller With CC/CV Controller, 8-24V input, SOIC8./p
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    MP6960 8-24V, 400kHz Fast Turn-Off Intelligent Controller With CC/CV Controller SOIC8

    The MPS MP6960 is a Fast Turn-Off Intelligent Controller With CC/CV Controller. It operates from a 8 V to 24 V input and switches at 400 kHz. It is supplied in a SOIC8 package.

    The MP6960 is a synchronous rectified controller for a high-efficiency flyback converter circuit.

    Key Specifications

    Part NumberMP6960
    FunctionFast Turn-Off Intelligent Controller With CC/CV Controller
    Input Voltage8 V to 24 V
    Switching Frequency400 kHz
    Quiescent Current400 µA
    InterfacePWM
    PackageSOIC8
    Ordering CodesMP6960

    Features

    • Works with 12V Standard and 5V Logic- Level FETS
    • Compatible with Energy Star 1W Standby Requirements
    • VDD to VSS Range from 8V to 24V
    • VD to GND Range from 4.5V to 36V
    • Fast Turn-Off Total Delay of 20ns
    • Max. 400kHz Switching Frequency
    • <400μA Quiescent Current in Light-Load Mode
    • Supports CCM, DCM and Quasi-Resonant Topologies
    • Supports High-Side and Low-Side Rectification
    • Power Savings of up to 1.5W in a Typical Notebook Adapter

    Typical Application Circuit

    MP6960 typical application circuit
    MP6960 typical application circuit, as published in the MPS datasheet.

    Applications

    • Industrial Power Systems
    • Distributed Power Systems
    • Battery Powered Systems

    Design Notes

    • The PFC inductor must support the maximum duty cycle at the lowest line voltage, which is where saturation risk peaks.
    • High-voltage startup and X-capacitor discharge paths dominate no-load standby loss; verify them against the efficiency target.
    • Leakage inductance and the RCD clamp set the turn-off loss — snubber values are a thermal trade-off, not a fixed recipe.
    • Synchronous rectification timing must track the primary switching; a mistimed SR FET conducts through its body diode and fails hot.

    Common Questions

    What input voltage does the MP6960 support?
    8 V to 24 V.
    Which package and ordering codes apply to the MP6960?
    SOIC8; order codes include MP6960.
    What are the defining features of the MP6960?
    Works with 12V Standard and 5V Logic- Level FETS Compatible with Energy Star 1W Standby Requirements

    Shenzhen Gaorunxin Technology Co., Ltd

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    Shenzhen Gaorunxin Technology Co., Ltd

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