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It takes time to accumulate hardware, and you need to slowly form your own experience, so you need to have enough patience, which will test your enthusiasm for hardware. To be a go...

Startup capacitance calculation and selection?

It takes time to accumulate hardware, and you need to slowly form your own experience, so you need to have enough patience, which will test your enthusiasm for hardware. To be a good hardware engineer, there are many things to learn;

For example: a deep understanding of components, diodes, MOS tubes, IGBTs (dual pulse testing, desaturation capability, active clamping); Various topologies to understand, flyback, forward, LLC, etc.; Theoretical calculation, transformer selection, inductor selection, capacitor selection, loop analysis and design, magnetic design, thermal design; Simulation software should be able to use Saber,pspise, simplis,LTspice; Layout software should also be used skillfully, AD, Pads,condence; EMC will be rectified, all kinds of standards and test items should be known, industrial standards, medical standards, military standards, automotive standards and conduction, radiation, immunity, environmental testing, mechanical stress testing, reliability testing;


Starting capacitor is an electrical component used to start a single-phase induction motor. The method of calculating the starting capacitance is to determine the required capacitance value according to the rated power and rated voltage of the motor. Factors such as the rated voltage, capacity and operating temperature range of the capacitor need to be considered when selecting the type. According to the starting characteristics and load requirements of the motor, select the appropriate capacitor type, such as electrolytic capacitor, polypropylene film capacitor, etc. At the same time, it is also necessary to consider factors such as the size, installation method and price of the capacitor to meet the starting needs of the motor.