SET100123

SET100123 Application Field and Working Principle

A SET100123 is a special type of diode rectifier array that is specifically designed for enterprises, industrial and automotive applications. This type of rectifier array is capable of delivering maximum current ratings of 100 amperes with a single switch or ideal diode configuration. In the following section, we will be discussing the application field and working principle of the SET100123 rectifier array.

Application Field

The SET100123 rectifier array excels in applications that require high power, high efficiency and small-sized semiconductor devices. Some of the scenarios that it can be used include in power supplies, chargers, UPS systems, AC and DC converter systems, welding machines, solar power supplies and motor drives. The device’s high power capability and low forward voltage drop also make it suitable for LED lightings. Due to its robustness, it can also withstand high operating temperatures of up to 125 degrees C.

Working Principle

The SET100123 rectifier array is composed of six MOSFETs, configured in a single switch or ideal diode layout. All of these MOSFETs are connected in series, with one of them located at the top of the stack and the remaining five located at the bottom. Each of these six MOSFETs are individually controlled by the control signals that are generated from the internal controller circuit. In turn, the controller circuit will generate the necessary control signals necessary in order to regulate the switching of these MOSFETs. When all six MOSFETs are activated, the SET100123 rectifier array will be able to deliver its full load current rating of 100 amperes.

Conclusion

The SET100123 diode rectifier array is a highly efficient and robust device that can be used in a variety of demanding applications in industrial, automotive and enterprise sectors. Its single switch or ideal diode configuration allows it to deliver its full load current rating of 100 amperes, while its robust construction and low forward voltage drop make it the ideal choice for LED lightings. As such, it is a highly recommended diode rectifier array for applications that require high power, high efficiency and small-sized semiconductor devices.