V36ZA80

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The V36ZA80 is a varistor specifically designed to provide superior protection from transient overvoltage in appliances, power supplies, and other applications that are sensitive to damage from electrostatic discharge (ESD). It is a rugged, reliable device, capable of withstanding up to 10kV ESD pulses with no permanent degradation of its performance. The V36ZA80 has a high breakdown voltage rating of 45V, which ensures reliable protection of sensitive circuits.

The V36ZA80 is a part of the TVS (Transient Voltage Suppressors) family of Varistors, MOVs (Metal Oxide Varistors) and ESD Diodes. TVS devices are engineered to clamp and absorb transient voltages or spikes that occur in power and signal lines. The V36ZA80 is a two-wire device, meaning it has two independent protection elements, one for each line. When a voltage spike occurs, the two elements will act in concert to clamp and absorb the transient voltage.

The working principle of the V36ZA80 is based on the concept of a Zener diode. A Zener diode is a voltage-dependent semiconductor device, which, when subjected to a voltage higher than its breakdown voltage, will conduct current in the reverse direction. The V36ZA80 employs two Zener elements, one for each line, which are connected in series and arranged to act as a voltage clamp. When the voltage on either line rises above the breakdown voltage of the Zener elements, the current flows in the reverse direction, thereby preventing excessive voltage from reaching the protection circuit.

The V36ZA80 is capable of handling up to 10kV ESD pulses, and is ideal for applications that require superior protection from high voltage transients. Its high breakdown voltage ensures reliable protection of sensitive electronics. The V36ZA80 is also suitable for use in cell phone chargers and other consumer electronics, where transient protection is needed but space is limited. Additionally, this type of varistor can be used in industrial applications where high performance protection against transient voltages is required.

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