MXLCE75A Circuit Protection

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MXLCE75A are TVS diodes used for protecting electronics, such as circuits and cables, against overvoltage, electrostatic discharge, and high-voltage transients. They offer a robust, highly reliable solution to voltage-sensitive components from such transients. Their rugged construction allows them to withstand power spikes and electrostatic discharges up to 8 kV.

These TVS diodes are designed to handle a wide range of voltage inputs, while giving protection for up to 8kV. The MXLCE75A has a reverse standoff voltage of 5.4V and a clamping voltage of 7.8V. This allows them to shut off protective components during overvoltage conditions up to 8kV. This makes these diodes ideal for protecting circuits or cables from electrostatic discharge and high-voltage transients.

The MXLCE75A uses a high-voltage diode to help protect circuits and cables against electrostatic discharge and high-voltage transients. This diode is connected in parallel with the protected device to help divert excess current away from the device and reduce the voltage. When the voltage becomes too high, the diode switches off and the current is diverted away from the device, thus preventing damage.

The diode is also designed to detect rapid voltage changes, such as from a lightning strike. The diode switches off quickly to protect the device from damage. This also helps to prevent the device from becoming damaged due to power surges.

The MXLCE75A is also designed with a built-in thermal protection feature. This feature helps protect the diode from temperatures up to 175°C. This helps to keep the diode from being damaged due to extreme temperatures. Additionally, the thermal protection feature also helps to ensure that the diode does not become damaged due to overheating.

The MXLCE75A is an ideal solution for protecting circuits and cables from electrostatic discharges and high-voltage transients. The diode’s rugged construction and high-voltage tolerance offers protection from up to 8kV. The diode is also designed with a built-in thermal protection feature, helping to keep it from becoming damaged due to extreme temperatures. This helps to ensure that the device is protected against any potential damage caused by power spikes or electrostatic discharges.

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