5SHX14H4502 ABB reverse conduction integrated gate rectifier thyristor

Product Description

5SHX14H4502 ABB reverse conduction integrated gate rectifier thyristor is an electronic component mainly used to control and adjust the phase angle of AC power, thereby achieving rectification and control of AC power.

feature

Reverse conduction capability, achieving efficient power consumption

Quick switching door closing function

High voltage and high current ratings, suitable for demanding applications

Low pass state voltage drop to reduce power loss

Sturdy structure and reliable operation

5SHX14H4502 ABB reverse conduction gate turn off thyristor is a high-performance semiconductor device designed specifically for rectification applications. It combines the advantages of thyristors and diodes in a single package, achieving efficient power conversion and control. With its reverse conduction and gate turn off functions, it provides fast and reliable switching for demanding industrial applications. This product can withstand high voltage and high current levels, ensuring optimal performance and durability.

ABB 5SHX14H4502 reverse conduction integrated gate rectifier thyristor is a high-performance and highly reliable electronic component. It integrates advanced semiconductor technology and unique reverse conduction function, suitable for high-power power control and regulation applications. By precisely controlling the phase angle, this thyristor can achieve efficient AC rectification and control, improving the energy utilization efficiency of the system. Meanwhile, its high voltage resistance and low conduction resistance ensure the long-term stable operation of the equipment.

application area

5SHX14H4502 ABB reverse conduction integrated gate rectifier thyristor is mainly used in high-power power control and regulation fields, such as motor control, high-power power supply, power grid control, etc. By precisely controlling the phase angle of AC power, efficient rectification and control can be achieved, improving energy utilization efficiency and system stability. In addition, its reverse conduction function makes it more widely applicable in certain specific applications.