MXLP5KE90A

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TVS – Diodes are an important component that is used to protect a circuit from overvoltage. The most common type of TVS-Diode is the MXLP5KE90A. This device provides not only protection from overvoltage, but also from electrical noise. In this article we will discuss the application field and working principle of the MXLP5KE90A.

The most common application field of the MXLP5KE90A is in power and data lines. It can be used to protect a circuit from voltage surges and other high-energy transients. It can also be used to reduce electrical noise from high frequency signals, helping to reduce electromagnetic interference (EMI). The high capacitance of the MXLP5KE90A also helps to reduce EMI, providing a low EMI noise floor.

The working principle of the MXLP5KE90A is based on the PNPN Diode. This diode is made up of two P-type and two N-type diodes connected in series. It acts as an isolator between two circuits, permitting current flow in one direction and blocking current flow in the other direction. The PNPN diode has reverse bias breakover characteristics, meaning that when the voltage across the diode exceeds a predetermined threshold, the diode switches from a diode to a low impedance path, allowing a high transient current to pass through it. This property allows the MXLP5KE90A to protect the circuit from overvoltage and high energy transients.

The MXLP5KE90A is a very versatile device that can be used in a variety of applications. It is capable of handling up to 900 Watts of peak power, making it ideal for power line protection. Its high capacitance helps to reduce EMI in power and data lines, making it a great choice for applications where EMI compliance is important. Its fast response time makes it an excellent choice for protecting against transients. Its small size and low cost make it a convenient choice for many applications.

In conclusion, the MXLP5KE90A is an important device in the TVS – Diode family. It is used to protect circuits from overvoltage and high energy transients, as well as to reduce EMI. Its high capacitance and fast response time make it an excellent choice for a variety of applications. Its small size and low cost make it a convenient choice for many applications.

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