1M200ZHR1G

Introduction

The 1M200ZHR1G Zener diode is a single component with multiple applications. It is a small, reliable, and low-voltage component made for use in circuits with multiple diodes. This single component is designed with a low breakdown voltage, making it ideal for use in applications requiring a low voltage. This diode can be used in high-power circuits and as a voltage regulator in applications with high voltage requirements. It can also be used in thermal protection circuits and other applications where a low-voltage diode is necessary. The working principle of this Zener diode is based on a semiconductor’s ability to produce a low-voltage breakdown when the voltage is increased beyond a certain point.

Working Principle

The 1M200ZHR1G’s working principle is based on the principle of avalanche breakdown. This type of diode is made with a p-n junction, and when the voltage across the junction exceeds a certain threshold, a large current spike occurs due to the avalanche effect. As a result, the voltage across the junction quickly drops to a safe level, providing overvoltage protection. This type of diode has a relatively low forward voltage drop, making it a good choice for circuits that operate in high-power conditions. Additionally, the device’s breakdown voltage is also relatively low, making it more versatile in low-voltage applications.

Application Field

The 1M200ZHR1G Zener diode has multiple applications. It can be used in circuits where a low-voltage, low-power solution is needed. The device is particularly useful for use in high-power circuits, such as those used in motor controllers, electronic ignitions, and other vital systems. This device can also be used in thermal protection circuits, as the device will quickly dissipate the excess heat, preventing damage to other components. Additionally, the diode can be used in any application where a low-voltage, reliable solution is needed.

Conclusion

The 1M200ZHR1G Zener diode is a single component with multiple applications. It is a low-voltage, low-power component, making it a suitable choice for use in high-power circuits. The device has a low breakdown voltage, and it can be used in thermal protection circuits, as well as any application requiring a low-voltage diode. The diode’s working principle is based on avalanche breakdown, which occurs when the voltage across the p-n junction exceeds a certain threshold. By providing overvoltage protection, this diode can help protect other components in any power system.