V120ZU20P

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TVS - Varistors and MOVs are electrical components used to protect circuits and components from electrical overvoltage and overcurrent. The V120ZU20P is a special type of Varistor and MOV protection device. This device is designed for use in industrial installations, telecom equipment, and AC/DC power supply systems.

The V120ZU20P is designed to protect against transient overvoltages such as those induced by lightning strikes, transients on data and power signals, as well as overcurrents from AC and DC sources. The device provides protection from both voltage and current transients with little risk of false triggers or nuisance tripping.

The protection device operates on the principle of Zener voltage breakdown. When exposed to a voltages greater than its rating, the device begins to conduct current by channeling it through its varistor material. This results in a rapid decrease in the voltage across the device, allowing it to protect the circuit or connected component from damage.

The V120ZU20P is rated for up to 20kV of surge voltage, and up to 2kA of short-term current overvoltage protection. The device features an ultra-low impedance and very low power dissipation in normal operation, and a large capacitance rating. It is capable of withstanding high surge voltages without tripping.

The V120ZU20P is a robust and reliable protection device that is suited for a range of applications, from industrial to consumer applications. It is well suited for use in telecom equipment, AC/DC power supplies, and other electronic systems that require reliable overvoltage and overcurrent protection. The device is also designed to be compatible with a variety of frequency ranges and operating temperatures.

In conclusion, the V120ZU20P is a type of Varistor and MOV protection device. It is designed to protect against electrical overvoltage and overcurrent, and is well suited for a range of applications. It features an ultra-low impedance and large capacitance rating, is capable of withstanding high surge voltages without tripping, and is compatible with a variety of frequency ranges and operating temperatures.

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