1N6282AHE3_A/D

TVS diodes, or Transient Voltage Suppression Diodes, are components that are placed in electrical circuits to provide protection against power transients and over-voltage events. The 1N6282AHE3_A/D is a type of TVS diode, commonly used in communications and industrial applications. In this article, we will look at the application field of the 1N6282AHE3_A/D and its working principle to understand how it can be used to protect equipment.

1N6282AHE3_A/D Application Field

The 1N6282AHE3_A/D is typically used in industrial applications such as power supplies, AC blocks, or inverters. It is also used in a variety of communication applications such as Ethernet switches, DSL modems, and network access points. It can be used to provide protection against surges in electrical circuits from Electrostatic Discharge (ESD) or other sources. It is also used for over-voltage protection of any device that is connected to an AC mains power supply.

1N6282AHE3_A/D Working Principle

The 1N6282AHE3_A/D is a silicon-based integrated circuit component that operates on the avalanche effect. A TVS diode consists of a zener diode, which acts as an open circuit when exposed to a particular voltage. When a surge of electrical current exceeds the rated breakdown voltage of the 1N6282AHE3_A/D, the device turns into an conductive path and absorbs the excess current until the voltage drops below the breakdown voltage. This prevents an over-voltage condition that can damage other components in the circuit.

The 1N6282AHE3_A/D is designed to protect against over-voltage transients up to 30V, and it is also effective against surges up to 40V. It also has an Effective Differential Mode Capacitance rating of 200pF, which helps to keep high frequency surges from penetrating the device. The device also has a low Clamping Voltage rating of 17V, which allows the device to perform its protection function more efficiently.

Conclusion

The 1N6282AHE3_A/D is a popular and reliable TVS diode, commonly used in industrial and communication applications for surge and over-voltage protection. Its integrated circuit-based design ensures it is reliable and can stand up to the toughest of conditions. Its low Clamping Voltage rating and high current handling capability make it the perfect choice for protecting sensitive electronic components from the dangers of electrical transients.