TT175N16SOFHPSA1

Thyristors - SCRs - Modules

The TT175N16SOFHPSA1 is a semiconductor module designed and developed by Vishay Intertechnology, a company based in Pennsylvania, USA. It is a power transistors, Thyristors – SCRs – Modules. It is designed for electronic power switching, rectifying and protecting applications in the consumer industries, particularly in automotive ignitions and battery chargers.

TT175N16SOFHPSA1 Application Field

The TT175N16SOFHPSA1 module is a low-carbon, low-gate voltage, high-voltage, and high-current computer assembly. It can be used in various applications as a DC/DC converters and power switches for consumer electronics and energy transformation systems. It can also be used for rectifying and protecting general-purpose load switch applications. Additionally, it is suitable for use in DC motor controllers and power supplies for automotive and industrial applications.

TT175N16SOFHPSA1 Working Principle

The TT175N16SOFHPSA1 is a three-terminal thyristor module that conducts current in one direction. The gate and cathode are the control terminal and the anode is the current terminal. When forward voltages are applied to the anode and gate, the current flows through the module because the thyristor was turn on. It is capable of withstanding high peak current and temperature, and provides low thermal resistance, allowing it to withstand high peak current and to have a higher current density and faster response time in consumer industries.

The TT175N16SOFHPSA1 has a built-in protection circuit and a noise suppression circuit. The protection circuit prevents overvoltage, over-current, reverse current, and excess heat. The noise suppression circuit helps reduce the electromagnetic radiation effect of the electronics. Furthermore, it features a fail-safe function that automatically cuts off current when the temperature is too high.

Conclusion

In conclusion, the TT175N16SOFHPSA1 is a three-terminal thyristor module for powers of DC-DC converters, rectifying, and load switching applications. It is suitable for consumer products, automotive ignitions, and battery charging machines. The module has a built-in protection and noise suppression circuit, allowing it to have higher current density and faster response time.