PLZ12B-G3/H

Introduction

PLZ12B-G3/H is a silicon planar power Zener Diode with a single forward junction. It has high stability, low noise, wide temperature range, wide dynamic range and breakdown voltage range. It is designed for high-end applications, including integrated circuits, embedded systems and industrial applications.

Applications

PLZ12B-G3/H can be used in industrial, medical and automotive applications. It can be used for a variety of different types of applications, including:

• Reverse DC motor speed control
• Power regulation and control
• Switch power supply
• Automotive electronic application
• Lighting and consumer electronic products
• Data communication applications

Working Principle

A Zener diode is an electronic device that is used in circuit applications to maintain a constant voltage level. It is a two-terminal device and works by using the physical properties of a junction between a semiconductor material and a metal. When a reverse bias voltage is applied to the diode, it allows the flow of current in both directions. When a forward bias voltage is applied, it allows current to flow in only one direction. The Zener diode works by allowing the reverse current to flow through the diode and maintaining a constant voltage level.

The PLZ12B-G3/H is a regulated Zener diode, meaning that it has a higher reverse current capability than a standard Zener diode. The PLZ12B-G3/H has a breakdown voltage of 12V and a maximum steady state current of 150mA. The device has an operating temperature range of -55 to +150°C and can be used in an environment where the temperature varies greatly.

Conclusion

The PLZ12B-G3/H is an ideal choice for applications that require a stable voltage level and a wide temperature range. It is suitable for industrial, medical and automotive applications, as well as other embedded applications. The device is also relatively stable, low noise and wide dynamic range. By using the principle of reverse current flow, the Zener diode can maintain a constant voltage level.