32 research outputs found

    Advanced Converter-level Condition Monitoring for Power Electronics Components

    Get PDF

    A Self-Power Method for a Converter-Level on-State Voltage Measurement Concept

    Get PDF

    A Simplified On-state Voltage Measurement Circuit for Power Semiconductor Devices

    Get PDF

    A Digital Twin based Estimation Method for Health Indicators of DC-DC Converters

    Get PDF

    A Converter-level On-state Voltage Measurement Method for Power Semiconductor Devices

    Get PDF

    An On-line Calibration Method for TSEP-based Junction Temperature Estimation

    Get PDF

    Parasitic Effect Compensation Method for IGBT ON-State Voltage Measurement in Traction Inverter Application

    Get PDF

    Thermal Mapping of Power Semiconductors in H-Bridge Circuit

    Get PDF
    In this paper, a universal H-bridge circuit is used as a loading emulator to investigate the loss and thermal models of the power semiconductor. Based on its operation principle and modulation method, the dominating factors’ (e.g., power factor, loading current, fundamental frequency, and switching frequency) impact on the thermal stress of power semiconductors is considerably evaluated. The junction temperature in terms of the mean value and its swing is verified by using Piecewise Linear Electrical Circuit Simulation (PLECS) simulation and experimental setup. It helps to allocate the loading condition in order to obtain the desired thermal stress
    corecore