V07E175PL2T5

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TVS - Varistors, MOVs, are mainly used for surges protection in communication systems, lightning protection, and low voltage surge protection applications. This includes low voltage power sources, telephone lines, data lines, high speed digital signal lines, and radio frequency lines. These components are designed to divert, limit, and absorb over-voltage. V07E175PL2T5 is a type of these components.

V07E175PL2T5 is a multilayer varistor with a voltage rating of 175 V, a discrete device, and an available size of 2824 (7.6 mm diameter). It is composed of a mixture of zinc oxide semiconductor granules, bonded together by a non-conductive epoxy resin. It has a non-linear voltage/current characteristic. This allows it to operate as a "clamp", limiting voltage transients to a safe level. This is advantageous because it acts quickly and diverts a wide range of transient voltage energy.

The working principle of V07E175PL2T5 is based on the principle of non-linearity. Its electrical characteristic is such that it has a higher capacitance up to a certain peak voltage level. The peak voltage is the voltage rating for the component, i.e., the V07E175PL2T5 has a peak voltage rating of 175 V. When the voltage tries to exceed this voltage level, the component suddenly exhibits a lower internal resistance, thus diverting and limiting the transient voltage pulse.

In addition, the V07E175PL2T5 has a good high frequency response and can withstand multiple DC overvoltage conditions. This makes it ideal for protection against transient voltage spikes and surges. The V07E175PL2T5 is also extremely low in stress and leakage, thereby ensuring a long life and cost-effective protection for the system.

In conclusion, the V07E175PL2T5 is an excellent choice for protection against transient voltage spikes and surges in communication systems, lightning protection, and low voltage surge protection applications. It is a multilayer varistor with a voltage rating of 175 V, a discrete device, and an available size of 2824 (7.6 mm diameter). Its working principle is based on the principle of non-linearity. It has a good high frequency response and can withstand multiple DC overvoltage conditions. This makes it ideal for surge protection applications.

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