V230LC4PX2855

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TVS (transient voltage suppressor) devices are electronic components designed to protect sensitive electronic circuits from voltage transients exceeding a certain threshold. Varistors, MOVs (Metal Oxide Varistors) are two types of TVS devices commonly used to safeguard electronic circuits against high or destructive voltage transients. The V230LC4PX2855 is a MOV designed to provide overvoltage protection and is used in applications where line-to-ground protection is required.

This device is a 3-lead monolithic, radial, non-polar device that combines a high-performance Varistor and a large transient current diode in one package, providing superior protection of circuits from voltage overshoots caused by ESD and other transient overvoltages. It has a 2.85mm tolerance to voltage overshoots, as well as low capacitance and low inductance values.

The working principle of the V230LC4PX2855 is relatively simple. It is a voltage clamping circuit that works by shunting the transient overvoltage or ESD induced currents away from the protected device. When the voltage exceeds a certain threshold, the Varistor in the device is triggered to conduct. This allows current to flow to earth, effectively ‘clamping’ the voltage to a safe level, preventing damage to the protected components.

V230LC4PX2855 has a wide range of applications such as automotive, consumer electronics, aerospace, military, medical, telecommunications, and industrial where voltage spikes and transients are common. Typical applications of this device include protection of sensitive digital circuits, ESD and lightning protection, surge protection, EMC compliance, and protection in an isolated power supply. The device has also been used in solar cells and automotive applications. It is suitable for leaded, as well as lead free, assembly processes and is UL recognized for general devices.

V230LC4PX2855 has been designed to meet the stringent requirements of both commercial and automotive applications. It provides reliable protection from overvoltage transients and is backed by rigorous quality control measures. This device offers superior performance and reliability for a wide variety of applications and is a cost-effective and robust solution for overvoltage protection.

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