The bidirectional DC power supply employs full digital control, featuring fast response time, high control precision, and a wide output adjustment range. Its output function is programmable and can be used in various applications through different control software. The FTD simulates the overload capacity, output current, input power, voltage resistance, motor power, speed, overspeed, stall current, and power supply functions of electric vehicle motor controllers. It can real-time feedback the counter-electromotive force energy during motor overspeed tests to the grid, preventing damage to the controller. Operations are divided into local operations and host remote operations: bidirectional operation refers to the power supply having two independent outputs, hence the name bidirectional DC voltage regulator. It is primarily targeted for testing automotive controllers and motors. The DC connected to the testing platform will power the controllers and motors, and will undergo bidirectional energy conversion. Aviation Power Supply
The bidirectional DC power supply features programmable capabilities and can be applied to various scenarios through different control software. Its primary applications are in the testing of automotive drive motors and bidirectional motors for electric vehicles. It can simulate battery input for testing the input power, overload response, output current, voltage withstand, and motor power of automotive motors, and can also feedback reverse electromotive force energy to the grid during overspeed tests. 400HZ power supply
