MX5KP58CA

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TVS - Diodes are devices used as transient voltage suppression (TVS) devices in high power, high frequency applications, such as automotive electronics, sensor networks, aerospace and defense systems. The typical application field is power supply management or protection against electrostatic discharge(ESD) or electrical fast transients (EFT).

The MX5KP58CA is a 5.0 kilovolt TVS diode that is optimized for the protection of high frequency circuits. It provides up to 15000 watts of peak pulse power protection with a peak pulse current rating of 75A. It has a low capacitance of 0.4 pF and a low clamping voltage rating of 12.5 V.

The working principle of the MX5KP58CA device is to provide a low-impedance path for high-energy transient voltages generated externally or internally from the power source to the protected circuit. When the pre-programmed voltage threshold is exceeded, the device instantly begins to conduct current. This immediately reduces the system voltage and energy through a low impedance path created by the diode. This fast acting response results in minimal energy and voltage delivered to the protected device.

The MX5KP58CA is commonly used in automotive, consumer, industrial, and communications systems, as well as other high frequency applications. It is designed to provide protection from high energy surges, ESD, and EFT events. The diode provides excellent protection against ESD events of up to 25kV and EFT events of up to 75A.

The MX5KP58CA is a robust, reliable, and versatile device that is easily integrated into many applications. It is available in a surface mount package, eliminating the need for transitory components. The device is also lead-free, RoHS and UL compliant, and offers excellent protection performance in harsh environmental conditions.

Overall, the MX5KP58CA is an effective TVS diode for applications requiring protection from high energy transients, ESD, and EFT events. The device is well suited for high frequency, space-constrained applications such as automotive, consumer, industrial, and communications systems. In addition, the device’s small form factor and fast response time make it an ideal solution for protection against intense energy surges and shock.

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