MXLCE80A Circuit Protection

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The MXLCE80A TVS Diode is a widely used sustainable and reliable device for surge protection. Its design is based on the concept of the avalanche field-effect transistor (AFET) technology, and avoids the limitations of the conventional silicon-based diode technology. During an overvoltage surge, the device will clamp off the current thus protecting vulnerable equipment. The device itself also withstands repeated surges without fail.

Applications of the MXLCE80A TVS Diode includes AC power lines, motor drives and power supplies, data lines, communication equipment, lighting systems, and other electronic systems. Due to its wide range of applications, the MXLCE80A can be used in a variety of operating conditions and environments ranging from industrial to consumer applications.

The working principle for the MXLCE80ATVS Diode can be generally broken down into two processes: clamp reduction and capacitive voltage-limiting. During clamp reduction, the device initiates a voltage breakdown, quickly reducing the voltage (or the voltage gradient) across the TVS Diode. During capacitive voltage-limiting, the energy stored in the TVS Diode can absorb and dissipate surges. The device therefore limits the voltage by acting as a large capacitor whose stored energy gets released when a voltage spike is traversing over it.

The performance of the MXLCE80A TVS Diode depends on several factors, such as the peak clamp voltage, peak pulse current, holding voltage, dielectric breakdown voltage, junction capacitance, insulation resistance, surge capacity, and other characteristics. The device has a peak dual-bi-directional surge capability of ±15 kV with a response time of less than 1 Nanosecond. The operating temperature range for this device is -55°C to 125°C.

Overall, the MXLCE80A TVS Diode is well suited for use in a variety of applications due to its robust performance and reliability. It can easily and effectively protect vulnerable equipment from stress and damage caused by overvoltage surge. The wide operating temperature range allows the device to be used reliably in outdoor and indoor environments.

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