VDRS10P230BSE

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TVS – Varistors, MOVs are important components in many fields\' electronics, because they can safely and effectively absorb surges of electrical currents in order to protect low voltage devices. The VDRS10P230BSE is a perfect example of this technology.

For starters, this device is part of the Vearistor Disc family. It was designed for specifically for volts and below applications, and the special combination of metal oxide and zinc oxide varistors provides a higher protection during surge impacts. In addition to this, the device has an extremely high peak pulse current rating and low flow resistance. This makes it perfect for applications like motor power supplies, electrical tools and other electronic equipment.

The main operating principle of the VDRS10P230BSE is quite simple. Upon receiving excess power, the device holds a clamping voltage that is below the breakdown and destruction voltage of the electronics. This limits the peak voltage, and efficiently filters out the excessive current, allowing the low voltage devices to remain safe and protected.

In terms of construction, the device is composed of a disc-shaped varistor element that has a diameter of 10mm and an impedance of 230VAC. It also has a low leakage current, a high peak pulse current rating, and an insulated case that helps protect against environmental conditions such as heat and humidity. All in all, this ensures that the device creates an effective and reliable protection in the field.

Finally, the VDRS10P230BSE also has a wide temperature range that ranges between –40C and +85C. This makes it perfect for a wide variety of application fields, including automotive, military and aerospace applications. It is also available in a wide range of packaging, including through-hole, radial, axial and surface mount configurations.

In conclusion, the VDRS10P230BSE is an excellent example of a TVS – Varistor, MOV that is perfect for protecting low voltage electronics in a wide range of application fields. Its combination of metal oxide and zinc oxide varistors provide a higher protection during surge impacts, while its low flow resistance and wide temperature range make it suitable for a broad range of electronic applications.

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