VE24M01750K

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Today, the application areas of VE24M01750K devices are rapidly increasing. The device is classified as a TVS-Varistors, MOVs product. Its main purpose is to protect sensitive electronic equipment from electrical transients produced by lightning strikes or various fault currents. As the manufacturer states, these two general technical properties: peak pulse current and peak pulse power, gives VE24M01750K the ability to perform very well in various applications.

VE24M01750K is constructed with a metal oxide varistor, usually made of ZnO material. The ZnO material is made of pressed granules which are composed of millions of zinc oxide particles. This material can house several millions of microvaristors, with each varistor reaching over 10 megaohms in resistance. Each varistor is thermally and electrically isolated, making the device extremely stable and reliable.

VE24M01750K devices operate in the same way as most varistors. When a voltage spike or overvoltage occurs, the varistors become less resistive and allow the electrical current to flow through it, thus limiting the actual voltage seen by the sensitive components. The voltage is limited due to the peak current and power characteristics of the device.

The two main characteristics of VE24M01750K devices are their peak power and peak current capabilities. The peak power is normally rated in Watts, with standard ratings up to 2.5 kW, while the peak current is rated in Amps, typically rated up to 1000A.

The peak power rating is important because it will determine how much of a transient voltage spike it can handle, while the peak current rating is important because it will determine how long it can protect the system for. The higher the peak power and peak current ratings of the device, the better it will be able to protect the system from voltage and current transients.

VE24M01750K is primarily used in distribution networks, power supplies, telecommunications equipment, and consumer electronics. The device is also becoming increasingly popular in automotive applications as its peak power and current ratings make it an ideal choice for protecting sensitive electronics.

Given its peak power and current ratings, VE24M01750K devices can easily protect most electronic circuits against a variety of overvoltage and overcurrent transients. When used in the right application, the device can successfully protect sensitive circuits from damage and also help them last longer.

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