MXLPLAD15KP48CAE3

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The application field and working principle of the MXLPLAD15KP48CAE3 device is an important consideration when looking for a reliable transient voltage suppressor (TVS) diode. TVS devices have numerous applications, including protecting sensitive circuits and data lines, as well as providing surge protection in electrical systems. The MXLPLAD15KP48CAE3 device is designed to provide surge and transient protection for up to 16V of line voltage. It is a dual-channel, direction-independent, low-capacitance, and low-leakage TVS diode.

The MXLPLAD15KP48CAE3 device offers superior protection in a variety of applications, including consumer electronics, automotive, industrial, communications, and medical electronics. The low-capacitance and low-leakage characteristics of the device also make it ideal for use in protection of high-speed data lines. In addition, the device is designed to limit current appropriately to avoid damage to downstream components and maintain data integrity in the event of any overvoltage or overcurrent conditions.

The MXLPLAD15KP48CAE3 TVS diode provides superior overvoltage protection and is designed to shunt a high surge of energy away from sensitive components. It incorporates an array of high-speed, low-capacitance avalanche junctions that reduce circuit capacitance and leakage current. The device also provides fast and effective clamping action to protect against transients up to 16V.

The working principle of the MXLPLAD15KP48CAE3 device is based on the idea of avalanche breakdown. It utilizes the avalanche breakdown of the junction for voltage suppression. When the transient voltage exceeds the junction breakdown voltage, the current increases exponentially and the voltage clamping limits the voltage across the protected circuits. The device can be used with a load current up to 200mA.

The MXLPLAD15KP48CAE3 device is designed to provide superior protection against a wide range of transient voltages, making it an ideal solution for a variety of applications. Its combination of low-capacitance and low-leakage also make it suitable for data line protection. Its fast, direction-independent clamping action makes it an ideal choice for a wide range of applications, including automotive, industrial, consumer electronics, communications, and medical electronics.

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