V07E420PL2T

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V07E420PL2T Application Field and Working Principle

V07E420PL2T is a TVS—Varistors, MOVs (metal oxide varistors) widely used for ESD (Electro-Static Discharge) protection of very sensitive electronic components in any device. Their main purpose is to protect the component from electrical overvoltage. The V07E420PL2T TVS consists of two types of materials, zinc and a polymer, and it can be used for up to 420V peak voltage and 200V operating voltage. It is made up of a zinc oxide varistor element and its electrodes.

The V07E420PL2T works by sensing an increase in current and then dissipating the energy into its dielectric layer. When there is an increase in voltage, the electrons flow into the zinc oxide particles and the energy is dissipated by the polymer surrounding it. This dissipates the energy and protects the component from overload or short-circuit. This varistor is non-linear and can block both AC and DC voltages, as well as reduce EMI (Electromagnetic Interference) from external sources.

V07E420PL2T can be used to provide effective protection against overvoltage signals in a wide range of applications, from consumer electronics to medical and automotive applications. It is suitable for over-voltage protection in high-speed communication systems, including I/O, serial bus, and military applications. In particular, it is ideal for automotive EMC applications due to its low leakage current, high surge capability, and excellent ESD performance.

The V07E420PL2T is an efficient way to protect valuable electronic equipment from high voltage spikes and ESD events. Its low leakage current and high surge capability make it ideal for a wide range of applications. It is also an important component in military applications, where it is employed for protection against EMI and for robust overload protection.

In summary, the V07E420PL2T is a type of metal oxide varistor used for ESD protection applications. It has a high surge capability and excellent ESD performance, and is well suited for applications like automotive and military applications. Its low leakage current and efficient protection makes it an ideal choice for protecting valuable electronics from overvoltage and EMI events.

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