V82ZS4

A TVS, or Transient Voltage Suppressor, is a type of varistor used to protect electrical and electronic devices from voltage spikes generated by lightning, electrostatic discharge (ESD) and other sources. The V82ZS4 is a type of varistor and is used in many applications, such as the protection of high voltage transmission and distribution lines, telephone circuit boards, and motor vehicles. In this article, we will explore the application field and working principle of the V82ZS4.

Application Field of the V82ZS4

The V82ZS4 is a type of varistor that has a wide application field. It can be used in a variety of applications, such as:

• High voltage transmission and distribution lines
• Telephone circuit boards
• Automotive applications
• Surge protectors
• Lightning protection

The V82ZS4 varistor is particularly useful in applications where protection from high voltage electrical and lightning generated surges is needed. It is also capable of handling high frequency and pulse applications.

Working Principle of the V82ZS4

The V82ZS4 works on the principle of a voltage-dependent resistor. It is a semiconductor device that has a voltage-dependent resistance; that is, its resistance changes with changes in voltage. When a voltage spike, such as lightning, is applied, the resistance of the device changes and it acts like a transparent switch, allowing the current to be diverted to a safe location. This protects the equipment and prevents damage to the equipment.

The V82ZS4 is designed to handle a wide range of voltage spikes. It can handle voltage spikes up to 5,000V and 70A, which makes it ideal for protecting against high voltage surges and lightning. The device is also capable of handling high frequency and pulse applications.

Conclusion

The V82ZS4 is a type of varistor that is used to protect electrical and electronic devices from voltage spikes generated by lightning, electrostatic discharge (ESD), and other sources. It is capable of handling voltage spikes up to 5,000V and 70A, making it ideal for surge protection, lightning protection, high voltage transmission and distribution lines, telephone circuit boards, and automotive applications.

The device works on the principle of a voltage-dependent resistor and it is a semiconductor device that has a voltage-dependent resistance; that is, its resistance changes with changes in voltage. This allows a current to be diverted to a safe location when a voltage spike is applied, protecting the equipment and preventing damage.