MXLPLAD15KP33CAE3

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MXLPLAD15KP33CAE3 TVS - Diodes

MXLPLAD15KP33CAE3 is a three-line 15KV ultra-low capacitance transient voltage suppressor (TVS) diode. This device is designed to provide over current and over voltage protection for a wide variety of applications and is compliant with industry standards.

MXLPLAD15KP33CAE3 is designed to provide protection for a variety of electonic circuits, especially in the automotive, industrial, medical, aerospace and military markets. This device is capable of protecting single-line and multi-line circuits against high peak, even transient overvoltage events.

The internal breakdown scheme of the MXLPLAD15KP33CAE3 consists of two anti-parallel avalanche diodes that provide maximum protection for a wide range of electronic devices. These diodes have a very low capacitance that helps to minimize signal degradation and increase system performance. The device also has an extremely fast response time of under 100 nanoseconds, allowing it to react quickly to transients and help protect the overall circuit. In addition, the device has a low reverse leakage current of less than 1uA that helps to reduce power dissipation.

MXLPLAD15KP33CAE3 is a perfect solution for protecting sensitive electronic components and circuits from overvoltage transients. Its low capacitance and fast response time ensure maximum system performance and protection from circuit damages due to overvoltage events.

This device can be used in a wide variety of application ranging from automotive, industrial controls, medical equipment, avionics, military systems, consumer electronic and more. Some examples include but not limited to voltage clamping in power systems, overvoltage protection in medical equipment, power protection in telecommunications systems, AC protection in consumer electronics, and E-SPD in memory circuits.

MXLPLAD15KP33CAE3 offers robust and high-performance overvoltage and overcurrent protection for a wide range of electronic devices. Its low capacitance, fast response time and low leakage current make it an ideal solution for a variety of applications.

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