VK104MK151R035P050

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TVS (Transient Voltage Suppressors) and MOVs (Metal Oxide Varistors) are two types of electrical components that are well known for their superior ability to offer protection against transient voltage environments. These components are primarily used to ensure the conductive paths in electrical circuits stay safe from harm and that the integrity of the system remains intact. VK104MK151R035P050 is a type of varistor that\'s widely used in many types of applications to protect against sudden transient voltage spikes. In this article, we\'ll discuss the application field and working principle of the VK104MK151R035P050 varistor.

VK104MK151R035P050 is a voltage-dependent, non-linear device that is used to provide protection from transient voltage signals. It is a Ceramic Disc Varistor that has a nominal ZnO voltage rating of 154V and a maximum power dissipation of 1150mW. This device is specially designed to absorb the peak levels of voltage spikes and reduce the voltage variation levels in the range of 45 to 300V.

Varistors are used widely in a number of different applications, including AC and DC circulating systems, power supplies, UPS systems, alarm systems, and sound systems. This particular varistor can be used in many different applications such as AC/DC power supplies, DC/AC inverters, power filters, and lightning surge detection systems. It is also well suited for use in communication and computer circuit protection, as well as for electrostatic discharge protection.

The VK104MK151R035P050 varistor has a maximum voltage rating of 450V and a maximum surge voltage rating of 1250V. Its typical leakage current is 5µA at 40°C and 12µA at 70°C. This device also has an insulation resistance of 10^8Ω at 40°C and 10^5Ω at 70°C. Additionally, the maximum operating temperature of this varistor is 125°C and the maximum DC reverse voltage is 400V.

The working principle of VK104MK151R035P050 is very simple. When the transient voltage is applied to this varistor, it provides a non-linear resistance that absorbs the excess voltage levels in the form of heat energy. This helps to reduce the transmission of the transient voltage throughout the surrounding components. Additionally, the device also has the ability to suppress the lightning surges that are caused by natural phenomena like thunderstorms. This provides a high level of protection against damaging transient voltage spikes.

In conclusion, the VK104MK151R035P050 is a highly reliable and efficient device that is used in a variety of applications to provide effective protection from transient voltage spikes. This device works by providing a non-linear resistance to absorb the excess voltage levels and thus reduce the transmission of the transient voltage throughout the surrounding components. The device also has maximum voltage and surge ratings, as well as very low leakage current and insulation resistance values. This makes it a great choice for applications that require superior protection against transient voltage environments.

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