V07E420L1T5

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TVS diodes (transient voltage suppressor) are a type of diode that protects other circuits against transients that can damage or destroy valuable equipment. Varistors (Variable Resistors - MOV) provide protection against large changes in voltage. MOVs (Metal Oxide Varistors) are the most common type of varistor used in circuit protection applications.

V07E420L1T5 is a device created specifically for protection against high voltage transients. It is a combination of a metal oxide varistor (MOV) and a gas discharge tube (GDT). This device is mostly used in AC power line protection, DC power line protection and surge protection in communication equipment.

The application field of the V07E420L1T5 is very wide and can be used in power lines, communication cables, equipment and appliances. It provides an excellent protection for sensitive electronic circuitry which can be affected by sudden voltage transients. It is primarily used for protection against overvoltage transients, lightning strikes, power surges, common mode spikes, and ground loops.

The working principle of V07E420L1T5 is based on two components, the MOV and GDT. The MOV reacts to high voltage transients by limiting the voltage to a safe level. During a surge, the MOV can be left in a high resistance state. The GDT is an electron tube that is used to switch the MOV back to its low resistance state. If a continuous overvoltage condition exists, the GDT will not reset the protection circuit.

The V07E420L1T5 provides fast response time, low capacitance, low leakage current, and good clamping characteristics. It has a nominal operating voltage range of 12V-630V, with a maximum surge voltage up to 4kV. The device has a wide operating temperature range of -40 to +85 degrees Celsius and is suitable for both indoor and outdoor applications.

The V07E420L1T5 is an ideal solution for surge protection applications due to its robust construction and wide range of security features. It is suitable for use in a variety of industries such as telecommunications, computers, automation, nuclear power, A/V, and power protection.

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