V10P35P

TVS (Transient Voltage Suppressor) is a common device that can effectively protect the equipment circuit from destructive overvoltage due to electrostatic discharge (ESD) and lightning surges, and its commonly used devices include varistors, MOVs (Metal Oxide Varistors). The V10P35P is a type of MOV, whose performance we will examine in this article.

The V10P35P is a type of bistable transient voltage suppressor specifically designed for critical systems requiring high durability and accurate over-voltage protection. This device features an insulation capacity of up to 8Kv, and can rapidly respond to transient overvoltage and correctly reset for the next transient. It is widely used to protect devices and circuits from destructive overvoltage caused by lightning, surge, ESD and other electrical transients.

V10P35P application fields

This device is suitable for high integration and highly reliable applications, such as:

• Data storage device
• Industrial automation device
• IT Asset
• Wireless communication device
• Network equipment
• Protection of sensitive equipment
• Power supply device

Working principle of V10P35P

The working principle of V10P35P is quite simple. It is a bistable device, designed to react rapidly and resets within nanoseconds to protect the circuits from destructive transientvoltages. The device works like this: A thyristor is formed when the voltage at the MOV exceeds the specified breakover voltage, which causes the gate turn-on voltage to drop to nearly zero. This blocks any further voltage increases from the MOV. When the surge voltage is gone, the thyristor will reset itself, preventing the circuit from permanent damage.

The bistable mode of operation should be considered when selecting the proper device. For applications requiring tighter tolerance, the monostable type is preferred. The monostable devices should be chosen for higher than rated voltages or larger transients.

Conclusion

The V10P35P is an important device in the electrical and electronic industry, and it has a wide range of applications. It is especially suitable for high reliability and high integration applications, such as data storage device, industrial automation device, IT asset, wireless communication device, network equipment, protection of sensitive equipment and power supply device. Its working principle is quite simple, relying on the thyristor equipment to block the increasing voltage and reset to the initial state.