MA5KP10A

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Transient Voltage Suppressors (TVSs) are essential components of modern circuit design, providing improved protection for circuit elements against over-voltage damages. The MA5KP10A is a unidirectional TVS that is best suited for over-voltage protection for LVDS and embedded high-speed applications.

MA5KP10A is a part of the MA Series family of TVS diodes offered by Littelfuse. This series is designed for low leakage current, high ESD protection and low clamping voltage to protect LVDS, differential pairs and Ethernet signals against over-voltages.

MA5KP10A offers a fast response time and a low dynamic resistance of 0.1Ω. It is also available in a wide range of voltage options from 5.0V to 1800V. The device is 2.5mm in size and is available in surface mount packages, taking up very little board space. This makes it ideal for applications that require small component footprints.

The most common application for MA5KP10A is in LVDS and embedded high-speed applications. It helps protect sensitive circuit elements from over-voltage damages. It is also used to protect sensitive components in automotive, communications and industrial applications.

The working principle of MA5KP10A is quite simple. It is a unidirectional TVS that acts as a “clamp” on the voltage and prevents it from rising any further. It is able to reach its maximum rated breakdown voltage within a very short time, and then conducts the excess current away from the circuit, protecting it from damage.

When the voltage across MA5KP10A exceeds its maximum rated breakdown voltage, it begins to conduct current. This current flow stops when the voltage drops below the breakdown voltage. In this way, the device clamps the voltage at a steady level and protects the circuit.

In summary, the MA5KP10A is a unidirectional TVS that helps protect circuit elements from over-voltage damages. It is commonly used for LVDS applications as well as embedded high-speed applications. It is available in a wide range of voltage ratings, making it suitable for many different applications. The working principle of the device is based on the fact that it conducts the excess current away when the voltage rises, protecting sensitive components from damage.

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