V47ZXR1320

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TVS – Varistors, MOVs is a device designed to limit the transients voltage spikes when they exceed certain values.

V47ZXR1320 is a type of varistor which belongs to the Metal Oxide Varistor family. It is an electronic component part that is ideally suited for the protection of electronic and electrical systems and components. The V47ZXR1320 is designed to reduce overvoltage conditions and transient voltage spikes to safe levels. This is achieved by the design of the device which enables it to be able to absorb large amount of transient energy which in turn dissipates this energy thereby preventing damage to the protected circuits.

The V47ZXR1320 is also able to react rapidly to changes in voltage levels, ensuring that it operates before any damage can be done. Its quick reaction time is one of the major advantages of this type of device. They are designed to withstand repetitive over and under voltage spikes of up to 1.5kV per spike.

The V47ZXR1320 can be used in a variety of applications, ranging from the protection of LED lighting, communications equipment, and even solar PV systems. It can also be used to increase the safety of circuits, as it will minimize the risk of electrical systems from damage due to overvoltage or short circuit conditions. As with many other applications, the V47ZXR1320 can also be used in automotive and industrial applications.

The V47ZXR1320 is designed to work within a range of +/- 10 VDC to 150 VDC. This means that it can be used in most commercial applications, protecting sensitive electronic and electrical components. It will greatly reduce the risk of damage due to overvoltage conditions or other transient voltage spikes.

The working principle of the V47ZXR1320 is that it will act as a valve, and will control the voltage so that it is within the safe range. The product is designed so that it will absorb part of the voltage surge and dissipate the rest. The internal components of the device are designed so that they will respond quickly to sudden changes in the voltage levels, ensuring that it activates before any damage to the protected component is done.

In conclusion, the V47ZXR1320 is a highly efficient and effective form of overvoltage protection. It is used to protect sensitive electronic and electrical components from damage due to transient voltage spikes, thus increasing the safety of the circuits. It is also capable of providing quick response times to voltage level changes, which makes it an ideal protection device for various commercial and industrial applications.

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