JAN1N6132A 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(Transient Voltage Suppressors)

TVS diodes, also known as Transient Voltage Suppressors, are designed to protect the electrical circuits from high-energy transients, such as those created by inductive kick-back voltage, ESD (electrostatic discharge), and lightning surges. The JAN1N6132A is a 600W unidirectional TVS diode commonly used in automotive and industrial applications.

Overview:
TVS diodes are similar to standard diodes in that they are made from semiconductor materials and are designed to function in the same way as standard diodes. The main difference between the two is that TVS diodes are designed to handle higher voltage and current levels and can absorb and dissipate in a safe manner high-frequency transients.

Application Field:
The JAN1N6132A TVS diode is specially designed for use in automotive and industrial applications, as well as many other electrical transient protection applications. The JAN1N6132A provides protection from transients in excess of 1000V at 600W peak power. The device can handle up to 100A of steady DC current and reduce voltage transients and surges to as low as 5V.

Working Principle:
When a high-voltage transient is applied to the JAN1N6132A TVS diode, it quickly begins to conduct current. This current is limited by the TVS diode’s internal resistance, which helps to reduce the transient voltage to a safe level. This prevents the circuit from becoming damaged by the high-voltage transients. The JAN1N6132A also features a fast response time, allowing it to protect against fast-rise transients.

TVS diodes help to protect electronic circuitry by limiting the voltage or current to some maximum safe level. This helps to prevent the circuit from becoming damaged or malfunctioning due to high-energy transients. The JAN1N6132A is a 600W unidirectional TVS diode used to protect automotive and industrial applications from voltage transients and surges.

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