M1.5KE36A

M1.5KE36A TVS - Diodes Application Field and Working Principle

The TVS, or Transient Voltage Suppressor, is a kind of diode that can be used to protect sensitive electronics and other components from overvoltage, transient current, and electrostatic discharge (ESD).M1.5KE36A is one of the most common TVS – diodes, and they are widely used in a variety of industries and applications. In this article, we\'ll explore the application field and working principle of the M1.5KE36A.

M1.5KE36A Application Field

The M1.5KE36A is designed to protect sensitive resources from damage due to overvoltage, and is often used in a range of industries and applications. Some of the more common uses for these diodes include:

• Electronic and electrical systems
• Automated equipment
• Industrial equipment
• Communications equipment
• Electric vehicles

The M1.5KE36A is designed to withstand high surge voltages and can be used for both AC and DC applications. The LED ESD protection and the fast response time make it suitable for protecting high-speed data lines and automotive circuits.

M1.5KE36A Working Principle

The M1.5KE36A is a typical monolithic bi-directional TVS diode which is composed of a PN junction depleted of minority carriers. It works by using the avalanche effect to suppress overvoltage/transient current. The device is designed to clamp the voltage to the breakdown voltage VBR, which is determined by the amount of doping in the P-N junction. When the voltage of an electronic or electrical system exceeds the VBR of the M1.5KE36A, the diode\'s junctions are avalanche broken down and the excess current is quickly diverted away from the system.

The M1.5KE36A has a low leakage current, typically in the nanoampere range, and is capable of withstanding repetitive surge current of up to 1.5kA (8x20μs pulses). It also offers excellent ESD protection with an extremely low capacitance on the order of 0.1pF.

Conclusion

The M1.5KE36A is a widely available and popular bi-directional TVS diode used for overvoltage, transient current, and ESD protection. Its high surge and repetitive surge ratings make it suitable for a variety of applications including electronic and electrical systems, automated equipment, industrial equipment, communications equipment, and electric vehicles. The device works by using the avalanche effect to clamp the voltage to the breakdown voltage.