Currency
USD
  • Language
    English
    • Toggle Nav
    Cart 0
    Search
    Advanced Search
    Menu
    Account
    Settings
  • Language
    English
    • Currency
    USD

    📢 Special June promo: $5.99 worldwide delivery until June 30th! No code or minimum order required. Shop now! 🛒

    main product photo

    EVAL-L9963E-MCU

    Active

    L9963E Evaluation Board with on board MCU with preloaded firmware (GUI)
    Learn More about EVAL-L9963E-MCU

    Quantity $ per Unit Savings
    1$222.950%
    1 + Contact Sales
    Save to My List Compare
    In stock
    $222.95
    Parameter NameParameter Value
    Operating RangeAutomotive
    Target ApplicationAutomotive Battery Management System (BMS)
    Core ProductL9963E
    ECCN USEAR99
    ECCN EUNEC
    Packing TypeNot Applicable
    RoHs compliantNot compliant
    GradeIndustrial
    Package NameCARD

    The EVAL-L9963E-MCU is a hardware tool for evaluation of L9963E, automotive chip for battery management applications. It can be used for the development of a 48 V battery management system (BMS) or as lower stage of a distributed BMS (depending on total battery voltage. Additional stages can be added thanks to EVAL-L9963E-NDS).


    EVAL-L9963E-MCU allows the user to connect up to 14 channels for cell voltage sensing, one channel for current sensing, and up to 4 analog input for temperature sensing (plus an additional on-board NTC to sense PCB temperature). The board provides an onboard microcontroller with preloaded GUI (graphical user interface) firmware intended to be used with STSW-L9963E PC GUI.

    Key features
    • Measures from 4 to 14 cells in series, with 0 μs desynchronization delay between samples. Supports also busbar connection without altering cell results
    • Coulomb counter supporting pack overcurrent detection in both ignition on and off states
    • Fully synchronized current and voltage samples
    • 16-bit voltage measurement
    • 2.66 Mbps isolated serial communication with regenerative buffer, supporting dual access ring
    • Transformer based isolation
    • Up to 4 analog inputs for NTC sensing, plus PCB temperature sensing
    • Onboard microcontroller SPC574S64E3 with 32-bit Power Architecture MCU for automotive chassis and safety applications
    • Onboard L9001 regulator as microcontroller power supply
    • Hot plug dedicated circuit
    Associated Products