AMCV-1210H-260-T

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

TVSs and varistors are two of the most important components in providing overvoltage protection for power electronic circuits. The AMCV-1210H-260-T is a unique and specialized product that combines the features of both components, bringing together some of the best features of both devices in one small package. This article will discuss the application fields and working principle of the AMCV-1210H-260-T.

Application Fields

The AMCV-1210H-260-T is an overvoltage protection device that can be used in various applications, including electrostatic discharge (ESD) protection, inrush current limiters, and surge suppressors. It is an excellent choice for protecting electronics from transient voltage spikes. It can also be used for secondary circuit control, such as the protection of automotive systems.

For ESD protection, the device can be used to protect against any electrostatic discharge with a voltage up to 5V. The device has an excellent discharge time, which makes it one of the best solutions for protecting delicate electronic components from the damaging effects of the ESD voltage. The device also has a high peak power handling capacity, making it suitable for use in a wide variety of applications. Furthermore, its low capacitance makes it an excellent option for use in many high frequency applications.

For inrush current limiters, the device provides excellent protection against inrush currents, which can damage and even destroy sensitive components. The AMCV-1210H-260-T is designed to limit and suppress the amount of inrush current that passing through the device, helping to protect sensitive components from damage due to the excess current. Furthermore, the device can handle high peak power loads, up to 6.56A at 25V, making it an ideal choice for many high performance applications.

Finally, the AMCV-1210H-260-T can be used as a surge suppressor. The device is designed to suppress voltage spikes in the power lines to protect sensitive electronics from the damaging effects of the transient voltage. The device is equipped with a patented surge suppression circuit, which is designed to rapidly react to transient voltage, limiting the amount of voltage allowed to pass through the device. This surge suppression circuit is highly efficient, ensuring that the device is able to effectively protect against voltage spikes in the power lines.

Working Principle

The working principle of the AMCV-1210H-260-T is based on varistor technology. A varistor is a semiconductor component made up of an oxide layer and a metal layer. When a voltage is applied across the oxide layer and the metal layer, the oxide layer changes its resistance, allowing current to flow through the varistor. The current flow is limited by the voltage applied to the oxide layer - at higher voltages, the resistance of the oxide layer decreases, allowing more current to flow. The resistance of the oxide layer is also dependent on the temperature of the environment, meaning that the varistor\'s properties can be adjusted depending on the temperature.

The AMCV-1210H-260-T is designed to allow for easy adjustment of the voltage, allowing for different levels of protection depending on the application. The device also includes a temperature compensation circuit that allows for finer adjustment of the voltage. The device is also designed to be extremely robust, making it an ideal choice for use in a variety of applications. Furthermore, the device is certified for operation in a number of environmental conditions, meaning that it can be used in a wide range of temperatures.

Overall, the AMCV-1210H-260-T is an excellent choice for overvoltage protection. Its unique combination of features makes it an ideal solution for a variety of applications, such as electrostatic discharge protection, inrush current limiters, and surge suppressors. Furthermore, its patented surge suppression circuit, temperature compensation circuit, and robust construction make it an ideal choice in a wide variety of applications.

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