1V5KE150A Circuit Protection

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

TVS diodes, also known as Transient Voltage Suppressors, are devices that are used to prevent excessive voltages in various types of circuits. Specifically, the 1V5KE150A is a diode designed to protect a circuit against high voltage transient events. This diode is specially designed to protect an integrated circuit, otherwise known as an IC, from electrical overstress due to a surge, ESD, or electrostatic discharge events.

The 1V5KE150A is a 15V bi-directional diode that is capable of dissipating energy up to 600W, while maintaining a minimum breakdown voltage of 14V. This allows the diode to clamp and dissipate transient voltage events, thus providing a layer of protection to the circuit. The energy it can dissipate is what allows it to provide protection against ESD, EFT, and surge events.

The 1V5KE150A has a variety of applications in different kinds of circuits. It can be used in a variety of different ICs and other electronic components as a buffer or surge protector. It has also been used in devices such as laptop computers to protect internal components from over-voltage or transient events. It is also commonly used in automotive applications, to protect the electrical system from voltage transients caused by engine cranking.

The working principle behind the 1V5KE150A is quite simple. When a high voltage transient surge or event occurs, the 1V5KE150A will clamp the voltage and redirect it away from the protected components. The diode is designed to absorb the energy of the surge, and dissipate it through its metal casing and the surrounding circuitry.

The 1V5KE150A diode is a useful tool for protecting circuits from voltage transients. It is capable of absorbing and dissipating energy up to 600W, and it can be used in a variety of applications. It is an affordable and effective solution to protecting circuits from electrical overstress due to ESD, EFT, and surge events.

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