V175LC5PX2855

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

TVS (Transient Voltage Suppressors) and Varistors, including MOVs (Metal Oxide Varistors) are both overvoltage protection components. Varistors are voltage-dependent, nonlinear components that are used to suppress transient voltage spikes, as well as to limit the steady-state voltage. MOVs are a type of varistor, made from metal oxide materials, which provide excellent overvoltage protection.

The V175LC5PX2855 is a varistor that is specifically designed to be used for protection against overvoltage transients in telecom equipment. It is constructed using a special mix of zinc oxide, also commonly known as ZnO, as well as a proprietary formulation of materials (commonly referred to as ZAO). The V175LCP5PX2855 is designed to be used in many applications, including telecom, datacom, industrial control and power distribution circuits. The varistor has a peak AC voltage rating of 175 volts (VAC).

The V175LC5PX2855’s working principle is based on an internally created junction diode. The metal oxide (MO) material of the Varistors has a negative temperature coefficient of resistance. As the applied voltage increases beyond a threshold level, the devices’ internal resistance increases, causing a conduction path to be created as a result. The voltage across the Varistor is then limited to within the rated Vp value. This limits the current flowing through the Varistor and prevents surges of current from damaging connected components.

The V175LC5PX2855 is particularly useful in situations where an external power source is not properly filtered or regulated. This Varistor is able to absorb large, rapid voltage spikes, without significant damage to itself. Furthermore, it is also effective in reducing ESD (electrostatic discharge) effects. The V175LC5PX2855 is designed to be integrated into existing circuits and is built to last. The high surge capability of the device ensures that it can handle a wide range of voltage spikes.

In addition to its telecom applications, the V175LC5PX2855 can be used for data communication applications, as well as industrial control and power distribution systems. It is built to provide reliable protection of equipment against transients and electrostatic discharges. The varistor has a wide range of available testing and screening options, which ensures consistent performance. Additionally, its self-induced MU-metal shielding reduces any potential interference created by external sources.

In conclusion, the V175LC5PX2855 Varistor is designed for overvoltage protection in telecommunications, datacom, industrial control, and power distribution systems. It is constructed with a special mix of zinc oxide and a proprietary formulation of materials that provide excellent protection from transient voltage spikes. Its working principle is based on an internally created junction diode, where an increase in voltage levels beyond a certain threshold level outlines a conduction path, limiting the current flowing through the Varistor. The device is also effective in reducing ESD effects, and offers a wide range of testing and screening options.

The specific data is subject to PDF, and the above content is for reference