MOV-14D102K

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TVS - Varistors (Transient Voltage Suppressors) and MOVs (Metal Oxide Varistors) are two of the most widely used components for overvoltage protection. The MOV-14D102K is a type of MOV that is designed and manufactured for specific applications in the electronics industry.

MOVs are ceramic devices that have two electrodes with an oxide material sandwiched in between. The oxide material is a semi-conductive material that has the ability to increase its resistance with increasing voltage. This changing resistance creates a path for the current to flow around which can protect against electrical surges.

The MOV-14D102K is a high-voltage MOV that is designed for applications with frequencies up to 1GHz and surge current levels up to 400A. It is typically used for protection against transients in data and telecommunications systems as well as in networking and high speed computing applications. It is rated for voltages up to 400V and has a maximum ambient temperature of 85°C.

The MOV-14D102K is designed to provide protection from both capacitive and inductive loads. It has a very low parasitic inductance that helps it perform well in high-frequency applications where inductive loads are common. It is also very resistant to ESD (electrostatic discharge) pulses which makes it suitable for use in sensitive environments where ESD protection is of paramount importance.

The working principle of the MOV-14D102K is fairly simple. When a voltage spike or surge is detected, the MOV increases its resistance and shunts the current away from the protected circuit. This helps protect sensitive components from damage caused by voltage overloads, surges, or ESD pulses. The MOV is also designed to degrade over time, which helps protect the MOV itself from failure.

The MOV-14D102K is an extremely useful and reliable component for protecting sensitive circuits and components from voltage related damage. It is well suited for use in critical applications where continued operation is important and failure can be catastrophic. It is also compact, making it ideal for use in space constrained environments. In addition, it is easy to use and install, making it a great choice for engineers who are looking for a reliable surge protection solution.

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