3KP20C-B

TVS diodes are an important component in many critical power supply applications. They function as a shunt switch and are used to protect the circuit from over-voltage or over-current. One common type of TVS diode is the 3KP20C-B. This diode has a variety of uses in different applications.

The 3KP20C-B TVS diode is designed for high-frequency power supply applications and has a wide range of protection parameters. It is particularly useful for lightning protection and can be used to protect circuits at high voltages with higher current ratings. This diode is also able to suppress surges from being sent back into the circuit, allowing for a more stable power supply.

The 3KP20C-B TVS diode is designed to protect circuits from voltage and current spikes. It operates in two stages. In the first stage, the diode turns on when the voltage increases above its breakdown voltage. This is the stage where the circuit is protected from overvoltage. In the second stage, the diode turns off again when the voltage decreases below its breakdown voltage. This is the stage where the circuit is protected from overcurrent.

The 3KP20C-B TVS diode is an important device in many critical power supply applications. Its ability to protect circuits from overvoltage and overcurrent makes it an ideal solution for many situations. It is also capable of suppressing surges, which results in a more stable power supply. This makes it a versatile component that is suitable for a variety of applications.

In addition to being used in critical power supply applications, the 3KP20C-B TVS diode is also commonly used in lightning protection systems. It can protect circuits from the high peak voltages and currents caused by lightning strikes and power surges. It is also suitable for a wide range of voltages and current ratings, making it ideal for many different applications.

Overall, the 3KP20C-B TVS diode is a versatile and important device in many different applications. Its ability to protect circuits from overvoltage and overcurrent makes it an ideal solution for many critical power supply applications. It is also capable of suppressing surges, allowing for a more stable power supply. Additionally, its ability to protect circuits from lightning strikes and power surges makes it an ideal solution for lightning protection systems.