V27ZC60PX10

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

TVS - Varistors, MOVs, are broadly applied in numerous electrical devices and components to limit dangerous levels of voltage and current surges. V27ZC60PX10 is a very popular type of Varistors, MOVs, used to protect circuits from overvoltage. It has great features such as being environmental friendly, having wide operating temperature range, and high surge capability.

V27ZC60PX10 can be mainly used in low guide voltage, non-linear electronics, telecommunications, and electrical circuits. Its unique construction allows it to act like a simple diode that can discharge excessive current directly to ground.

The working principle of V27ZC60PX10 is based on the non-linear voltage characteristics of the metal oxide layer. When voltage or current exceeds the peak value, such as during a surge, the metal oxide layer will act like a diode, providing a very low impedance, thus providing protection to the circuit from overvoltage.

V27ZC60PX10 application field is very wide. It is suitable for AC/DC, great for use in various power and motor control systems. It can be applied in industrial control equipment, computers, telecom equipment, AC appliances and electronic equipment, LED lighting, chargers and motor controls, to provide surge protection for important circuits. V27ZC60PX10 is also suitable for use in all kinds of switching power supplies, solar inverters, elevator circuits, telecom distribution systems, power system equipment, other electronic circuit boards and electronic systems, and has impressive surge capability

Overall, V27ZC60PX10 is a great source of surge protection, being environmental friendly, having wide operating temperature range, and high surge capability. This is why it is become so widely used in low guide voltage, non-linear electronics, telecommunications, and electrical circuits.

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