V27ZT05

TVS Varistors and MOVs are designed to protect sensitive electrical applications from voltage transients, or spikes, such as those generated when lightning strikes. The V27ZT05 is designed to protect automotive and industrial control circuits from voltage transients emanating from external sources such as switching devices, communications networks and generators. The V27ZT05 is a voltage regulating device designed to operate within an 11 to 28V operating voltage range.

The V27ZT05 can absorb up to 25KA of peak current. It responds quickly to turn on and off with an extremely low voltage drop. It has a very wide operating temperature range from -65C to 125C and withstands temperatures over 200C with virtually no performance degradation. Its low capacitance and small size make it well suited for automotive and industrial control circuits.

The device has a high peak pulse power dissipation rating. It has a high peak power dissipation rating of up to 1500 Watts. The V27ZT05 is capable of sustaining over 50KA of sustained current for as long as 1 micro-second. The V27ZT05 also features a very low leakage current as low as 10nA, making it a very efficient and reliable device.

The working principle of the V27ZT05 is similar to that of a Transient Voltage Suppression diode. It utilizes a metal-oxide-varistor (MOV) as its main component. This MOV component provides a negative resistance characteristic that helps absorb large current spikes from external sources. Its unique construction enables it to respond to turn on and off quickly with very low voltage drop. The V27ZT05 has a built-in protection circuit that limits the amount of peak current that can be absorbed.

The V27ZT05 is a specialized device that provides complete protection against high-energy transients. It has a high peak power dissipation rating and features a low voltage drop, low leakage current, and a wide temperature range of operation. Thanks to its small size and low capacitance, the V27ZT05 is an ideal device for protecting automotive and industrial control circuits from high-energy transients.