AK10-430C-BP

TVS-Diodes are semiconductor components designed to provide overvoltage protection from high-intensity electrical surge such as electrostatic discharge (ESD), lightning, and electrical transients. The AK10-430C-BP TVS Diode is a 400W (10/1000μs waveform) uni-directional/bi-directional diode that is designed to protect against high voltage spike and transients. It features a low forward voltage drop, quick recovery time, and low capacitance.

The AK10-430C-BP TVS Diode is most commonly used in industrial, automotive, and medical applications where high current protection is required. This device is also suitable for low voltage, low current applications, making it an excellent choice for protection circuits. Common applications include power supply, interface and signal line protection, and bus line protection.

The AK10-430C-BP TVS Diode works by absorbing and clamping incoming voltage to a safe level. To do this, the diode has two main components – a doped Protolytic capacitor and a pair of back-to-back Zener diodes. When a voltage spike or surge occurs, the doped Protolytic capacitor quickly charges up to clamp the voltage to a safe level. The pair of Zener diodes then limits the voltage to the same voltage as the capacitor and holds it at that level until the surge is over.

The AK10-430C-BP TVS Diode is designed to provide a high level of protection from voltage spikes and transients without sacrificing performance. It features ultra-low capacitance, a low forward voltage drop, a fast recovery time, and rated for Pulse Waveform 10/1000μs. This diode has a low reverse leakage current which eliminates the need for frequent resetting and provides improved temperature stability.

Overall, the AK10-430C-BP TVS Diode is an ideal protection device for a wide range of applications. It is designed to provide superior protection from high voltage spikes and transients, while still providing an excellent performance. With its low forward voltage drop, ultra-low capacitance, and fast recovery time, this device is perfect for low voltage, low current applications.