V660LA80CPX10

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 - Varistors, MOVs, are designed to offer protection against Line Transient Voltages, Surge Currents and Electrostatic Discharge (ESD), providing electrical overvoltage protection devices. The V660LA80CPX10 is a Bi-Directional Transient Voltage Suppressor (TVS) with rated breakdown voltage from 600 to 800 volts (VDC). Its quick and soft response characteristics enable it to respond to fast overvoltage transient with low joule rating. This type of device provides circuit protection for high-frequency electronic equipment, electrical systems, and control circuits.

V660LA80CPX10 Application Fields

V660LA80CPX10 has a broad range of applications for high-frequency electronic equipment, electrical systems and control circuits. This type of device offers surge protection for automotive, medical, alternative energy, communications, power supplies and other consumer/industrial equipment. The primary applications are in consumer electronics, data- networks, power semiconductor circuits, industrial systems and telecoms etc..

V660LA80CPX10 Working Principle

The V660LA80CPX10 includes a zinc oxide-based element to provide an avalanche breakdown voltage that is greater than a specified operating voltage. It has ultra-low capacitance constructed to protect sensitive IC’s and microprocessors against destructive transient voltage and surges caused by lightning, automotive or industrial machinery. The voltage breakdown point of the device is typically higher than the operating voltage, thus it will not enter avalanche mode until the operating voltage is exceeded. During an overvoltage transient, a current or voltage pulse will cause a rapid increase in the voltage breakdown point device, resulting in an instantaneous clamping action on the incident pulse.

When the transient voltage exceeds its breakdown voltage, it triggers an avalanche breakdown that induces a clamping action. The conductive oxide element inside absorbs the excess energy of the pulse, ensuring a low clamping voltage even under very high surge current conditions. Once the overvoltage has passed, the device will immediately return to its pre-overvoltage state, providing ultra-fast recovery time and protection.

Conclusion

The V660LA80CPX10 is an ideal protection device for high-frequency electronic equipment and control circuits against surge current, line transients and electrostatic discharges. Its high-voltage breakdown rating offers reliable circuit protection while its low capacitance construction enables effective protection for sensitive IC’s and microprocessors. This type of device is well suited for use in consumer electronics, data-networks, power semiconductor circuits, industrial systems and telecoms applications.

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