MXPLAD15KP75CAE3

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The MXPLAD15KP75CAE3 belongs to TVS - Diodes, which are small, robust devices that protect electronic circuits against different kinds of electric discharges such as transient voltage spikes, ESD and lightning strikes. They are mostly found in consumer electronics, industrial and automotive applications.

The MXPLAD15KP75CAE3 is an Automotive-grade unidirectional Transient Voltage Suppressor (TVS). It uses two zener diodes with opposing polarity to protect single line interfaces from high-voltage transients that are generated by lightning strikes, ESD and electro-magnetic interference (EMI).

It has an RoHS compliant solder lead-free, halogen-free and compatible SMD package, making it suitable for automotive, industrial and consumer electronics applications. The device can be used in power supply, data line, or signal line protection.

To provide a transient protection solution, the MXPLAD15KP75CAE3 is designed to absorb the overvoltage spike on one side of the signal line and diverts the current flow to the other side of the Vdd power supply. The function of the two zener diodes is complementary.

The device ensures optimal ESD and lightning protection using three components, two capacitors and one resistive element. This combination develops a transient-absorption structure, that helps protect the circuit from high-voltage transients. It also provides an efficient clamping action and constant capacitive reactance to absorb ESD pulses.

The MXPLAD15KP75CAE3 operates at a working voltage range between 5.0V to 30V and has a maximum clamping voltage at 9.0V. The device has a maximum surge current rating up to 15KA and a peak pulse power (1ms) up to 58W. It has a low stand-by current consumption which is typically 2.5uA.

The MXPLAD15KP75CAE3 is designed to provide a cost effective way to protect consumer electronics, automotive and industrial applications from high-voltage transients. It is designed to protect from ESD and lightning, and also can be used to protect from power surges, EMI and other overvoltage conditions. The device offers excellent electrical performance and reliability in temperature ranges from -55°C to 125°C.

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