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TVS - Diodes

A TVS diode is a specialized semiconductor designed to provide a low resistance protection path when over-voltage conditions, such as lightning strikes, occur. TVS diode is one of the widely used surge protection devices. Also known by other names like Transient Voltage Suppressor, Transient Voltage Suppression, or just Transient Voltage Surge Suppressor (TVSS), this is the most common type of surge protection device used today.

The MP6KE130AE3 is a multi-layer silicon avalanche diode, used for transient overvoltage protection applications in communications and other sensitive electronics commonly found in todays technology – a perfect choice for High Energy Transient Surge Protection.

The MP6KE130AE3 is designed specifically for applications where high peak power protection for sensitive components is critical. It is a low profile, uni-directional silicon protection device designed for surface mount applications. The unique design of the MP6KE130AE3 enables device to provide superior surge protection and enhanced robustness.

The application field of the MP6KE130AE3 includes: Communication equipments such as Network and Telecommunications, portable equipments for data processing, Control and Switching system, consumer\'s equipments such as LCD TV\'s and LCD monitors, automotive equipments and aerospace equipments.

The working principle of MP6KE130AE3 TVS diode is based on a technique called ‘avalanche breakdown’ - when sufficient voltage (or current) is applied across two conducting surfaces, an electric field develops which, in turn, accelerates electrons and positions and enables them to strike other atoms and release additional electrons. This process can continue exponentially if the device voltage is not reduced, resulting in very high current flow. The current flow sets off an avalanche trademarked as ‘Switch Mode’ which swiftly takes the voltage down, efficiently absorbing the transient energy and protecting the device. The speed and accuracy with which this switching action takes place is what makes avalanche diodes ideal for transient absorption.

The uniqueness of MP6KE130AE3 is in its ability to handle relatively high peak power and also ensure consistency in performance over several surge cycles. Some of the key features and advantages of this device include: It has low dynamic resistance; It is designed for chips and soldering compatible; It can withstand high peak power over various surge cycles; It has ideal device structure for minimization of parasitic inductance and effective suppression of surge.

In a nutshell, the MP6KE130AE3 is an ideal choice for high surge voltage protection. Its performance, features, and cost-effectiveness make it the preferred option for a wide range of applications. With the increasing use of sensitive electronic components, this device is becoming more and more crucial, and has the potential to be used in a variety of solutions.

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