V68ZU10P

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

Surge protectors - equipment designed to limit transient voltages - are having an increasingly critical role in protecting electronic circuitry from the adverse effects of electrical transients and spikes. The most common type of surge protector is the varistor, which is notably designed for its ability to rapidly reduce a voltage transient. One type of varistor suitable for a variety of applications, and sold by several suppliers, is V68ZU10P. This article will explain the general working principles of V68ZU10P and its applications in surge protection.

A varistor is also known as a metal oxide varistor (MOV). As its name suggests, it is a nonlinear two-terminal component made of metal oxide that behaves as a variable resistor when subjected to electrical stress. In essence, it acts like a voltage-regulated capacitor. When the voltage across the two terminals is raised above a certain threshold (known as the breakdown voltage) the capacitor will become more conductive. This phenomenon is referred to as a breakdown - the resistance of the MOV decreases and current can flow through it. Eventually, when the voltage exceeds the maximum working voltage of the MOV, it will blow out, resulting in the breakdown of the MOV as a whole.

The V68ZU10P is typically an 8mm disc type varistor with a nominal breakdown voltage of 10V. It has a capacitance of approximately 7µF and a maximum working voltage of 68V. It also has a high energy rating of 45J. As with other MOVs, its capacitance works to reduce transient voltages, as it acts as an energy storage device. The energy that is stored in the V68ZU10P is dissipated as heat, active currents, and by discharging through other electrical components.

The V68ZU10P is well-suited for surge protection applications - particularly surge protection for equipment that is expansive or confidential. It is an especially reliable and effective form of surge protection because of its fast response time - typically less than 5ns. It also has a superior thermal stability, and can withstand extreme temperatures ranging from -40°C to +85°C. Its higher rated energy makes it suitable for applications where more than 10 joules of energy are encountered from high energy surge transients.

In addition to surge protection, the V68ZU10P can also be employed in other types of applications. It can be used to filter out high-frequency noise between two signals, and can also be used as a transient voltage suppressor (TVS) diode. A TVS diode is a great linear regulator for noise suppression and can help maintain a level of noise protection even during power up and power down conditions.

The V68ZU10P is also known for its acoustic characteristics. It is designed such that it produces a low ringing noise when in circuit, so that it does not disrupt the audio spectrum of audio systems. This makes it ideal for use in sound systems where the noise produced can be detrimental to the quality of sound produced. It can also be used in automotive applications.

In short, the V68ZU10P is an effective type of MOV with a variety of useful applications. Its fast response time, high energy rating and acoustic properties make it a suitable choice for surge protection. Furthermore, it is highly resistant to temperature changes, making it suitable for use in a wide range of environments. This makes it a reliable and cost-effective option for performance-critical applications.

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