Plastic Module
A Plastic Module thyristor alludes to a thyristor semiconductor gadget that is epitomized in a plastic module for security and simplicity of reconciliation into electronic circuits. This kind of bundling joins the vigor of module-style bundling with the advantages of a plastic nook. Here are key elements and qualities of a Plastic Module thyristor
Construction of Plastic Module
Semiconductor Layers: Like other thyristor s, a Plastic Module thyristor comprises of layers of p-type and n-type semiconductor materials organized in a P-N-P-N structure.
Gate Structure: The thyristor module incorporates a door structure, frequently made of metal or one more conductive material, situated between the anode and cathode for controlling conduction.
Packaging of Plastic Module
- Plastic Module Enclosure: The semiconductor gadget is housed in a module-style plastic bundle that gives security against ecological variables, mechanical burdens, and electrical protection.
- Lead Design: The module normally includes terminal leads or pins that work with simple association with outside circuits. The lead setup relies upon the particular module plan.
- Module Size and Form Factor: The plastic module bundling can differ in size and structure factor, contingent upon the power rating, expected application, and industry norms.
What is Thyristors in Power Electronics ?
Thyristors in Power Electronics are used as power semiconductor devices which are used as on/off switches in power control circuits. A power semiconductor device is a semiconductor device used as a switch or rectifier in power electronics for example in a switch-mode power supply. A thyristor is the most important type of power semiconductor device. They are extensively used in power electronic circuits. They are operated as bi-stable switches from non-conducting to conducting state. Thyristors are high speed switches that can be used to replace electromechanical relays in many circuits as they have no moving parts, no contact arcing, or suffer from corrosion or dirt. But in addition to simply switching large currents “ON” and “OFF”, thyristors can be made to control the mean value of an AC load current without dissipating large amounts of power.
Table of Content
- What is a Thyristor?
- Properties of Thyristors
- Construction of Thyristor
- Working of Thyristor
- V-I characteristics of thyristor
- Types of Thyristors in Power Electronics
- Examples of Thyristors in Power Electronics