V100ZT4

TVS (transient voltage suppressor) and MOVs (metal oxide varistors) are two important components used in many electronics applications. These components help protect against voltage spikes that can damage sensitive electronics. The V100ZT4 is a TVS product which falls under the category of varistors and MOVs.

A varistor is an electronic component that exhibits nonlinear current-voltage characteristics. It is typically used to protect electronic components from damaging voltage transients. A MOV is a type of varistor which is designed to absorb transient voltage surges and divert them to ground. The V100ZT4 is a varistor/MOV product that is designed to protect against damaging voltage spikes.

The V100ZT4 is a varistor/MOV suitable for many applications. It has a low stray inductance and is internally self-mounted and self-soldered, making it ideal for a variety of applications including power strips, surge protectors, motor control circuits and automation control circuits. It is also used in industrial, commercial and home applications to protect against power surges and spikes.

The V100ZT4 is designed to respond to transient voltages faster than traditional varistors and MOVs. It has a fast response time of 0.5nS, and its maximum operating voltage range is 10-380V AC, with the exception of a maximum 20A peak current capacity. This device is able to quickly dissipate large amounts of energy, making it an ideal choice for applications where high power surges and spikes are present.

The V100ZT4 has several features that make it a reliable and efficient choice for protection against voltage transients. It is designed with an optimized structure which reduces the stray inductance of the device, resulting in a faster response time. The device also utilizes a unique element structure that increases the electrical performance of the varistor. The V100ZT4 offers excellent reliability and has an environmentally friendly circuit design.

The working principle of the V100ZT4 is similar to other MOVs. When a transient voltage surge enters the device, it generates an internal electric current, which produces a magnetic field. This field causes the elements of the varistor to expand to create a dead-short circuit. This shortens the duration of the voltage surge and reduces its intensity. The process of dissipating the energy of the voltage surge continues until the transient voltage is eliminated.

The V100ZT4 is a reliable and efficient device that is suitable for a variety of applications and has a fast response time. Its optimized structure and element design provide excellent protection against damaging voltage transients. Its ability to dissipate large amounts of energy quickly makes it an ideal choice for applications where power surges and spikes are present.