P0640SBRP

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 P0640SBRP, or Programmable Overvoltage Protection(POV) Thyristor, is a type of voltage sensing thyristor specially designed for applications where fast, accurate and reliable overvoltage protection is needed. It can be used in a variety of applications in the automotive, industrial and consumer electronics sectors. The P0640SBRP is also used in other medical, military and power supply equipment.

The P0640SBRP utilizes a voltage sensing thyristor, which is a four-layer semiconductor device. It has a cathode or anode connected to a gate. When the voltage across the gate exceeds a certain threshold, it turns on. This provides the user with a reliable and accurate protection limit.

The working principle of the P0640SBRP involves the electrical current being applied to the anode and cathode. When the voltage across the gate reaches the equivalent of a configured voltage, the gates conduct and the voltage bursts occur. This is similar to an SCR\'s latching action.

The main advantage of the P0640SBRP is its ability to provide fast and accurate overvoltage protection in an extremely low quiescent current package. Also, the P0640SBRP has a superior dielectric strength compared to similar thyristors, enabling it to more effectively handle higher voltages.

In addition, the P0640SBRP features an adjustable delay time, allowing it to be adjusted to meet the specific needs of the application. The adjustable delay time also reduces the possibility of the thyristor being activated prematurely due to a short-term surge.

The P0640SBRP is also designed with an open-frame construction, which makes it easy to install and maintain. Furthermore, the P0640SBRP can also be configured to operate in both normal and reverse modes for specific requirements.

With its reliable, accurate and efficient performance, the P0640SBRP is an ideal choice for applications in the automotive, industrial and consumer electronics sectors. As such, it is an excellent choice for designers tasked with providing efficient and cost-effective overvoltage protection solutions.

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