What is the Discrete Semiconductors?

Discrete devices refer to individual semiconductors such as diodes or transistors. Among them, power transistors hold significance and find application in various scenarios, regulating voltages, curbing power consumption, and minimizing heat generation. Their role is crucial in circuits designed to prolong battery life in portable electronics. The emergence of wide-bandgap power devices like GaN and SiC caters to both low- and high-power demands, especially at elevated frequencies. They address needs across consumer electronics, as well as high-power requirements in sectors like power grids, energy, transportation, and automotive industries. Key power devices, whether based on silicon or wide-bandgap materials, encompass power diodes, thyristors, power metal-oxide semiconductor field-effect transistors (MOSFETs), and insulated gate bipolar transistors (IGBTs). These specialized devices mandate cost-effective manufacturing methods, relying on dependable, high-efficiency equipment for production.