MAPLAD15KP45A

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TVS diodes, or transient voltage suppressors, are a class of specialized power semiconductor component designed to protect electrical circuits from voltage surges of short duration. The generic name for the TVS family of devices is ESD (electrostatic discharge). The acronym MAPLAD (Mixed Array Power Line Driven Array) 15KP45A refers specifically to a range of TVS diodes developed by NXP Semiconductors.

MAPLAD15KP45A diodes are built to protect electrical systems against spikes caused by root cause sources such as power line disturbances and ESD, as well as lightning strikes, short-circuit faults, and negative transients caused by input/output protection. They offer a high level of series resistance, low leakage current, and low clamping voltage. Their fast response time and high anode-ampere ratings make them the go-to device for long-term surge protection.

The MAPLAD15KP45A diode is characterized by a wide leakage current range, from 600 μA to 1800 μA, and is suitable for a wide range of applications. It has a clamping voltage of 15V, and can be used with AC and DC circuits to protect against over-voltage or under-voltage. The diode is also suitable for applications with high-energy solutions, such as for solar systems and semiconductor technology.

This diode has a fast response time and a high peak pulse power capability. It can protect from short-circuit faults and negative transients, and has a wide operating temperature range, from -55 to 175 °C. Its high current rating makes it ideal for over-voltage protection of power supplies. It is suitable for PCB mounting and offers efficient, low-capacitance ESD protection.

In sum, the NXP MAPLAD15KP45A diode is an example of a highly specialized component designed to protect electrical circuits from spikes caused by short-duration surges. It has a clamping voltage of 15V, is suitable for AC and DC circuits, and has a high peak pulse power capability. It also offers a fast response time, a low-capacitance ESD protection, a wide operating temperature range, and a high current rating, making it ideal for over-voltage protection of power supplies.

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