MXP6KE24CA Circuit Protection

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TVS – Diodes or Transient Voltage Suppressors are important components responsible for protecting electronic devices from excessive current, electrostatic discharge, and overvoltage. The MXP6KE24CA is a unidirectional, bidirectional, and ultra-low capacitance Transient Voltage Suppressor (TVS), designed to protect voltage sensitive components from ESD, surge, and high voltage transients. This device combines superior surge capability with ultra-low capacitance in a chip scale package.

The MXP6KE24CA has a working voltage range from 5.0 to 24 Volts. The type maximum operating voltage of the device is 15V, working at a current rating of 300mA. In terms of power rating, the device has a maximum of 1W. The maximum clamping voltage or peak pulse power dissipation is typically 200V. The temperature range at which the device can operate is from -55C to +150C. The capacitance of the device is 1.5 pF.

The most important application field of MXP6KE24CA is interfaces such as LAN, USB, IEEE 1394, and high speed interface that require ESD protection. This device is specifically designed for data lines protection used in networks like IEEE 802.3, IEEE 1394, and USB. In testing, the device features 8kV HBM ESD, 2A IEC 61000-4-5 surge, low clamping voltage, and 0.3pF capacitance. This combine performance allows the device to be used in the most demanding application fields.

The principles behind the core design of the MXP6KE24CA are relatively simple. A thyristor with a reverse-biased PN junction acts as a “catch” element, and collects excess energy from the surge. The thyristor remains in an off state with normal situations until the threshold voltage is reached, in which case the thyristor conducts and releases the excess energy. This prevents the surge from passing through the device and into the protected circuit.

The MXP6KE24CA is a great component for protecting electronics from ESD, surge, and high voltage transients. The device’s stable performance over temperature and its low capacitance and high power dissipation mean that it can be used in the most demanding application fields. With its convenient package size, this device is sure to find applications in consumer and industrial electronics.

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