MXP6KE130AE3

MXP6KE130AE3 is a Transient Voltage Suppressor (TVS) diode, a type of component designed to provide protection from high voltage transients such as electrical surges and spikes. It is commonly used in various applications, such as automotive, industrial, and consumer electronics. This article will discuss the application field and working principle of the MXP6KE130AE3 TVS diode.

The MXP6KE130AE3 is designed to protect a range of devices from overvoltage transients. It has an operating voltage range of 6 to 50V, with a maximum peak pulse power of 500W. The diode also features an ESD protection capability of 15kV HBM. This makes it suitable for various applications, such as automotive, industrial, and consumer electronics.

In automotive applications, the MXP6KE130AE3 is used to protect electronic components against voltage transients that may occur due to power surges, electrical problems, or other unexpected fluctuations. In industrial applications, the diode is used to protect automated assembly lines, robotic systems, and other sensitive electronic equipment. In consumer electronics, the diode is employed in various power supplies, mobile phones, tablets, and other connected devices.

The working principle of the MXP6KE130AE3 is based on the Zener breakdown effect. When there is a voltage spike present, the diode is designed to reduce its effective series resistance in order to divert current away from sensitive components. As current passes through the diode, a voltage drop is created, thus limiting the amount of voltage reaching sensitive components. The diode can also reduce the amount of energy released, thereby helping to protect the connected components from damage.

The MXP6KE130AE3 is versatile and reliable, making it an ideal choice for a variety of applications. Its wide operating voltage range, high peak pulse power, and ESD protection capability make it well-suited for a range of devices that must be protected from electrical surges and spikes. Furthermore, its Zener breakdown effect offers effective protection without overly reducing the amount of power reaching the connected component.