BZG05C51-HE3-TR

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Introduction

BZG05C51-HE3-TR is a discrete semiconductor component that belongs to the diode-zener-single class of electronic components. It is a voltage regulator diode with a zener that rectifies alternating current (AC) or direct current (DC) energy into a constant and regulated voltage, making it the ideal choice for applications requiring stable power for devices.

Specifications

The BZG05C51-HE3-TR has an operating temperature range of -55°C to +125°C. Its power dissipation rating is over 500mW and its peak power dissipation is 3.2W. It has an ±60mV maximum voltage variation, making it very stable and accurate.

Application Fields

The BZG05C51-HE3-TR is used in a wide range of applications, such as industrial equipment, test instruments, automotive electronics, and telecom applications. It is also used in voltage regulation of low power AC/DC circuits, stabilizers, and test equipment.

Working Principle

The BZG05C51-HE3-TR is a zener diode which works on the principle of resistance to alternating/direct current. It is made up of two elements, usually a semiconductor. In this case, the semiconductor is a monolithic junction attached to two leads. When the voltage across the two leads exceeds the zener voltage, the diode begins to conduct and dissipate current in the form of a voltage regulative effect. This process is known as Zener breakdown. The BZG05C51-HE3-TR works when the external DC power supply reaches the Zener voltage. The breakdown voltage of the BZG05C51-HE3-TR is between 5V and 8V.

Overview

The BZG05C51-HE3-TR is widely used in many electrical circuits due to its high reliability and stability. It is a single zener diode with a Zener break-down voltage between 5V and 8V. It has an operating temperature range of -55°C to +125°C and a power dissipation rating of over 500mW. Its peak power dissipation is 3.2W and the maximum voltage variation is ±60mV, providing accurate and stable power to different applications. It is an ideal choice for voltage control and regulation where low voltage DC signals are required.

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