Thyristor- Types & Modes Of Thyristor

The Power of Performance: Thyristors You Can Trust From heavy-duty industrial systems to renewable energy applications, thyristors are the heart of high-voltage switching and rectification. Whether you're upgrading an existing system or designing a new one, our thyristor lineup is engineered for high reliability and maximum output. When you choose a high-voltage thyristor, you’re investing in a component that balances performance, reliability, and cost-effectiveness. Choose thyristors that promise high voltage, high performance, and high reliability—because your system deserves nothing less. Whether you need a thyristor module or a capsule thyristor, find the right fit and buy confidently online.

Light-controlled thyristor, also known as a light-triggered thyristor, uses a certain wavelength of the light signal instead of the electrical signal to trigger the device. The volt-ampere characteristics of the light-controlled thyristor are the same as those of the ordinary thyristor, but its forward turning voltage gradually decreases as the light signal becomes stronger. But its structure is the same as that of an ordinary thyristor, which is composed of 4-layer PNP type devices. Except for the different trigger signals, the light-controlled thyristor is basically the same as the ordinary thyristor. The fast thyristor is a derivative of the ordinary thyristor and is mainly used for induction heating medium frequency power supply devices.

This machine is the stable state equal of thyratron and therefore it's also known as thyristor or thyroid transistor. Actually, SCR (Silicon Controlled Rectifier) is a commerce title given to the thyristor by Normal Electrical Firm. It's seen that a single SCR is a mixture of 1 PNP transistor (Q1) and one NPN transistor (Q2). The gate terminal of the SCR is related to the bottom of Q2, too. Read More:- SCR Thyristor