5KP20A-E3/54

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

The 5KP20A-E3/54 TVS - Diode is a multifunctional device composed of a zener diode and a transient suppression diode built into one package. It is designed to protect voltage sensitive components against damage caused by the surge of excessive voltage spikes.

5KP20A-E3/54 TVs - Diodes can be used for many applications, including running power signals, protecting electronics from electromagnetic interference (EMI) and radio frequency interference (RFI). This device is effective against high-voltage spikes up to 20 kilovolts and its design helps to reduce stray capacitance and to maximize its suppression capability. It is also suitable for use in high frequency circuits.

The working principle of the TVS diode is simple. When a transient voltage spike occurs, this device becomes highly conductive and the current flows through it. This current serves to dissipate the voltage spike and reduce the voltage that reaches vulnerable components. The momentum generated by the pulse is passed on to the diodes, which act as devices to absorb and dissipate this energy. This helps to protect sensitive components from damage and helps to maintain smooth operation of the device.

The 5KP20A-E3/54 is capable of switching at high speed, allowing for a fast response time and ensuring that transient voltages are eliminated quickly. This device is rated at 5 amperes of stand-off voltage and is suitable for applications that require a maximum operating voltage up to 20 kilovolts. Its reliable performance ensures it can withstand extreme temperatures, dusty or humid environments and more.

With its fast response time and high-speed switching capabilities, 5KP20A-E3/54 TVS - Diodes are undoubtedly a dependable choice for a wide variety of applications. Whether it is running power signals or protecting electronics from EMI or RFI, this device will ensure reliable operation and excellent protection from voltage spikes.

The specific data is subject to PDF, and the above content is for reference