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Roadmap / Applications

Power Electronics

Chargers, inverters, motor drivers: every device that handles real power is power electronics.

Goal Understand switching power circuits and calculate their losses.

  1. 01
    Why switching works3D lab

    How fast on-off switching changes voltage with almost no loss.

    Read the note KR

  2. 02
    Buck converter design

    Calculating duty cycle, inductor ripple and output capacitance.

    Read the note KR

  3. 03
    Boost and buck-boost

    Topologies that step voltage up, or both up and down.

    Read the note KR

  4. 04
    Losses and heat

    Conduction and switching losses, and choosing a heat sink.

    Read the note KR

  5. 05
    Inverters3D lab

    Turning DC into AC. Half bridge and full bridge.

    Read the note KR

  6. 06
    Batteries and BMS

    Lithium cell voltage range, balancing and protection.

    Read the note KR

  7. 07
    Isolation and safety

    Creepage and clearance at high voltage, and isolated gate drivers.

    Read the note KR

  8. 08
    Measuring power circuits

    Viewing switching waveforms safely with differential and current probes.

    Read the note KR