MXLPLAD15KP28A

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The MXLPLAD15KP28A is a transient voltage suppression diode designed to protect data lines from electrostatic discharge caused by static electricity. It contains two separate ultra-low capacitance state-of-the-art TVS - diodes series in one package. Due to its low average clamping voltage, low capacitance, and low leakage current, it is the ideal device for the protection of data lines from any kind of electromagnetic interference (EMI).

The primary application of the MXLPLAD15KP28A is in the protection of data and power lines in a wide range of equipment such as keyboards, computers, mobile phones, and other telecommunications equipment. The device is also suitable for the protection of CMOS, Centronics, and TTY ports, and is recommended for any environment where static electricity and other types of interference could damage connected equipment.

The working principle of the MXLPLAD15KP28A is based on the concept of avalanche breakdown. When an ESD pulse is encountered, the diode is biased into avalanche, providing a path for the current to flow. When the current reaches a certain level, the avalanche effect is triggered and the valve opens, allowing the current to flow. Once the ESD pulse is over, the valve closes again and the diode returns to its normal state, ready to protect the equipment again.

The device provides a peak pulse power capability of up to 15kW, with a maximum pulse current of 28A. It has a reverse voltage of 5V. The average clamping voltage in both directions is nominally up to 17.5V. The operating temperature range of the diode is -40°C to +85°C.

The TVS - diodes of the MXLPLAD15KP28A are designed to protect data and power lines from potential ESD events. It has high peak power capability and low capacitance, making it perfect for any application where static electricity and interference can damage connected devices. The device is suitable for use in computers, keyboards, mobile phones, telecommunication equipment, and many other applications. The device offers an extremely low average clamping voltage and is the ideal choice for any application involving the protection of data and power lines from EMI.

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