MXLPLAD7.5KP24A Circuit Protection

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TVS diodes, or Transient Voltage Suppressor diodes, are specialized diodes which are used to protect circuits against high-voltage spike transients. Most sensitive microelectronic systems require some degree of protection, due to the potential of damage caused by surges in current and voltage. The MXLPLAD7.5KP24A is a type of TVS diode which is designed to provide this kind of protection.

MXLPLAD7.5KP24A TVS diodes are designed for circuit protection in high-speed data interfaces such as USB ports and other high-speed communications systems. They feature a low clamping voltage, making them suitable for protecting data transfer circuitry from ESD transients that may occur during data transfer operations. The diodes are also designed to protect against EFT surges, which are caused by electro-magnetic interference generated by external sources such as radio frequency waves.

The working principle of the MXLPLAD7.5KP24A TVS diode is quite simple but effective. When a voltage transient occurs, the diode will detect it and respond by clamping the voltage below the breakdown voltage. This is done through a process known as avalanche breakdown, whereby an electron avalanche is created when the voltage reaches a critical level. This avalanche reduces the electric field between the anode and the cathode of the diode, thus preventing damage to the circuitry by reducing the voltage.

The MXLPLAD7.5KP24A TVS diode is best suited for applications where the operating voltage range is between 5 and 24 volts, and its current range is from 2.4 to 7.5kA. It has been tested to meet the requirements of EN61000-4-2, meaning it conforms to the international standards for ESD immunity, with an 8kV contact rating. It is also tolerant to EFT surges of up to 40A (5/50ns).

MXLPLAD7.5KP24A TVS diodes are widely used in a variety of applications such as automotive electronics, consumer electronics, communication equipment, industrial computers and more. They are an excellent choice for providing reliable and cost-effective circuit protection from voltage transients and ESD. With their low clamping voltage and high current handling capacity, they are ideal for providing protection for high-speed communication systems.

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