VE24M00301K

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

The VE24M00301K belongs to the TVS - Varistors, MOVs category and is composed of an SPD (Surge Protective Device), whose main purpose is to provide a safe and reliable connection with the mains, as well as protecting from a wide range of overvoltage and surge conditions. The device has built-in transient suppressors and mains working principle that limits the surge energy that can reach downstream components, thus, preventing downstream circuits from damaging.

The VE24M00301K has a maximum response speed of 400µs which, along with its low capacitance of 0.04pF and 205V rating, make it suitable for a wide range of protection applications. It can operate over a temperature range of -40 to 150°C, withstanding on the highest rating up to 4kV for a surge size of 25kA. The device is specifically designed for providing over-voltage protection during power line mismatches or to evacuate power surges caused by lightning and equipment malfunctions.

The VE24M00301K’s main parts are an MOV (Metal-Oxide Varistor) and a resistor. The MOV provides most of the protection by draining off the over-voltage energy, while the resistor reduces the heat generated and dissipates it. It absorbs the transient voltage which would otherwise have been transferred downstream, thus protecting the connected wires, components and the entire circuit.

The VE24M00301K is also relatively easy to install and requires minimal maintenance, providing reliable and effective power line protection, while keeping the components behind it safe. Furthermore, it offers a wide range of internal protection, including deterioration of MOV elements, overcurrent, ambient temperature compensation and common mode/differential mode protection.

In summary, the VE24M00301K provides superior over-voltage protection for power lines, offering reliability and a wide range of internal protection features. It works by limiting the surge energy that can reach downstream components, making it ideal for protecting delicate wires, components and circuits from over-voltage damage.

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