V82ZU12PX2855

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TVS, or Transient Voltage Suppressors, are a particular type of varistor. This type of varistor is designed to protect electronic systems from transient voltage and overvoltage spikes. MOVs, or Metal Oxide Varistors, are another type of varistor whose applications are mainly to suppress static electricity, increase the surge rating of the circuit, and provide isolation from external noise.

The V82ZU12PX2855 varistor is a Metal Oxide Varistor, or MOV, manufactured by Vishay Dale. This varistor is designed to protect electronic systems from transient voltage and overvoltage spikes. It has a rated Voltage of 12V and a maximum Surge Voltage of 2855V.

The working principle of the V82ZU12PX2855 varistor is based on capacitance and resistance. When the voltage within a circuit begins to rise, the capacitance and resistance of the MOV increases, allowing only a certain amount of current to flow through the system. This type of varistor helps to reduce the buildup of existing voltages and protect the system from future voltage spikes.

This particular varistor is commonly used in automotive, power system, and industrial electronic applications. It is used to help protect sensitive components such as integrated circuits, relays, and other active electronics. The V82ZU12PX2855 can also be used in AC power systems to protect against transient overvoltage spikes.

The V82ZU12PX2855 is also ideal for low impedance power systems. Its low impedance design helps to reduce the chances of arcing or sparking in the power supply. This reduces the risk of damage to the components and offers reliable protection in all types of conditions.

The V82ZU12PX2855 is a reliable and efficient Metal Oxide Varistor, or MOV, designed to protect sensitive electronic systems. It has a rated voltage of 12V and a maximum Surge Voltage of 2855V. Its low impedance design helps to reduce arcing and sparking, making it ideal for use in low impedance power systems. It is commonly used in automotive, power system, and industrial electronic applications.

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