MP6KE130CAE3

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TVSs (Transient Voltage Suppressors) are widely used as surge suppressors to protect integrated circuits, circuit boards, and other expensive electronic devices from potential electrical damage caused by transient voltage spikes. The MP6KE130CAE3 is an ultra-low capacitance surface mount TVS diode device, specifically designed to protect the high speed data ports which have become increasingly more sensitive to electrical transients.

The application field of the MP6KE130CAE3 is in the protection of High Speed Data Ports (IEEE 1394, USB 2.0, Ethernet etc.), Automotive Electronics, Consumer Electronics, Telecom and Industrial Electronics.

The working principle of the MP6KE130CAE3 is based on the principle of a Zener Diode. When a transient surge appears, the diode is triggered into conduction and the device clamps the voltage at a level that is safe for the load. It is designed for use in harsh electrical environments, to protect against ESD and other potentially harmful electrical transients. The device is capable of handling up to 131w of peak power per line, and hence can provide a high level of protection for the high speed data lines.

The device features a wide operating voltage range, from -2V to +20V, with a minimum clamping voltage of 5V. It also has a fast response time of less than 1nS and a low capacitance of 1pF, which prevents any interference with the data transfer. The built-in current limitation helps to limit any potential damage to the load. The device is also RoHS compliant and has a maximum reverse leakage of 10mAmps.

The MP6KE130CAE3 is an excellent choice for protection against transient voltage surges which occur in a variety of applications. Its ultra-low capacitance ensures that data can flow freely without any interference from the device, while its wide operating voltage range allows it to be used in practically any environment. Its fast response time and built-in current limiting make it an ideal choice for protecting sensitive electronic devices from electrical damage.

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