MA5KP85CA

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TVS diodes are the most commonly used components in electronic circuitry, and the MA5KP85CA is no exception. It is a bi-directional transient voltage suppression diode specifically designed for use in industrial automation, automotive and general electronic applications. It is capable of withstanding voltage transients up to 25 kilovolts (kV). It is used to protect sensitive circuits from damaging voltage spikes caused by electrostatic discharge (ESD), voltage signals in power supplies, and inductive or capacitive switching of electrical circuits.

The MA5KP85CA is a low capacitance, high surge, bi-directional TVS diode structure that uses an internal “Zener impedance device” to clamp the voltage at the ground return line in case of an ESD voltage pulse. It has two pins, an active cathode pin on the left and an anode pin on the right. The anode pin is connected to the circuit line that needs protection, while the cathode pin is connected to the ground return line. When the transient voltage spike arrives, the diode starts conducting and provides a path of low impedance for the current. This will limit the amount of voltage spike that is present on the protected line.

The MA5KP85CA is designed to be used in applications where high peak power transients and high peak current are expected, such as those found in industrial and automotive networks. It is capable of absorbing a peak power of up to 85 kiloWatts (kW), making it suitable for high-current and inrush current applications. In addition, it can withstand transients up to 25kV, making it ideal for high-voltage applications.

The MA5KP85CA also has a low-fault-voltage rating that provides compatibility with existing systems, while its robust design ensures long and reliable working life. Its operating temperature range is -40°C to +125°C, making it suitable for use in extreme climates.

The MA5KP85CA is designed to provide protection against voltage transients of up to 25kV in both directions, with a maximum peak power rating of 85kW. Its low capacitance rating aids in compatibility with existing systems, while its high-current capability makes it suitable for a wide variety of applications. Its robust design ensures good performance and a long working life. In addition, its wide operating temperature range makes it suitable for use in extreme climates.

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