In this blog we will be discussing about different types of diode and symbol. A diode is basically two terminal electronic device which allows current to flow in one direction while it blocks the current in other direction.
It is made of two types of semiconductor materials namely p-type and n-type. By varying the properties of these materials different types of of diode are manufactured. Here are some different type of diodes described as follow.
Schottky diode
PN junction diode
Avalanche diode
Zener diode
Light Emitting Diode
Photodiode
Laser diode
A Zener diode voltage regulator circuit is one of the simplest and most widely used voltage regulator in electronics. It employs a reverse-biased Zener diode operating in its breakdown region to maintain a nearly constant output voltage, even when the input supply voltage or load current changes within specified limits. Electronic circuits such as microcontrollers, […]
A Zener diode is a specially designed silicon semiconductor diode that is intended to operate in the reverse breakdown region. Unlike an ordinary PN junction diode, which is normally damaged when subjected to excessive reverse voltage, a Zener diode is manufactured with carefully controlled doping concentrations that allow it to safely operate in the breakdown […]
A rectifier is an electronic circuit that converts alternating current (AC) into direct current (DC). Depending on the circuit configuration and number of diodes used, rectifiers are classified into three major types: Half-Wave Rectifier, Center-Tapped Full-Wave Rectifier, and Bridge Rectifier. Although all three perform the same basic function of AC-to-DC conversion, they differ significantly in […]
In this article, we will study the circuit design, construction, working principle, mathematical analysis, performance parameters, advantages, disadvantages, and practical applications of the Bridge Rectifier Circuit in detail. Most electronic circuits such as computers, televisions, communication systems, battery chargers, industrial automation equipment, power supplies, embedded systems, and consumer electronics require a stable direct current (DC) […]
In this article, we will study the circuit design, construction, working principle, mathematical analysis, performance parameters, advantages, disadvantages, and practical applications of the Centre-Tap Full-Wave Rectifier in detail. Most electronic circuits such as computers, televisions, communication systems, battery chargers, industrial automation equipment, power supplies, and embedded systems require a direct current (DC) source for proper […]
In this article, we will study the circuit design, working principle, mathematical analysis, performance parameters, advantages, disadvantages, and practical applications of the Half-Wave Rectifier in detail. Electronic circuits such as computers, televisions, communication equipment, battery chargers, and industrial control systems require a direct current (DC) supply for proper operation. However, the electrical power available from […]
