15KP100

TVS - Diodes

Transient voltage suppression (TVS) diodes, also known as transorbs, are electronic components designed to protect sensitive electronics from transient high voltage surges. While various types of TVS diodes are used for different applications, the most common type of TVS diode is used for protecting against electrostatic discharge (ESD).

Application Field of 15KP100

The 15KP100 TVS diode is one of the most widely used TVS diodes in the industry. This device is well-suited for use in consumer electronics and industrial devices, as it is designed to protect against ESD events up to 8kV, and to provide an operating voltage of 15V. It is also capable of handling high pulse current, which makes it ideal for high-speed data communication lines and telecommunications equipment.

Working Principle of 15KP100

The 15KP100 TVS diode works by clamping the voltage of a surge to a safe voltage level, thus protecting the sensitive electronics connected to it. A surge is typically an increase in voltage that can damage the connected electronics, and the TVS diode works by intercepting this surge and diverting the surge current away from the protected components. This is done by connecting the diode in parallel between the protected components and the ground line. The diode then works by turning on and acting as a shunt when the voltage of the incoming surge exceeds the specified breakdown voltage.

The reverse breakdown voltage of the 15KP100 is typically 15V, and the peak pulse current is typically 100A. When the surge voltage exceeds 15V, the diode will quickly turn on and start diverting the surge current away from the protected components. Once the surge is over, the diode automatically turns off, resetting to its original state and allowing the circuit to continue working normally.

Conclusion

The 15KP100 TVS diode is a versatile and versatile protection device used for a variety of applications. Its reliable protection against ESD events makes it an invaluable component for any device or system that needs to be protected against high voltage surges. Additionally, its ability to handle high pulse current and its operating voltage of 15V makes it a great choice for communications and telecom equipment.