MXSMCG10CA/TR Circuit Protection

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TVS (Transient Voltage Suppressor) diodes are electronic components that are designed to protect sensitive electronic devices from power surges or high voltage spikes. The MXSMCG10CA/TR is a TVS diode specifically designed for overvoltage protection of all automotive loads. It features a low-clamping undervoltage capability and a low capacitance.

Application Field

The MXSMCG10CA/TR is often used in automotive system protection applications. It is a unidirectional diode which can be employed as a protection component for motor controllers, power supplies, and other devices that may be affected by voltage transients. The diode can also be utilized in automotive headlamps, vehicle power systems, and many other applications where power protection is needed.

Working Principle

The MXSMCG10CA/TR TVS diode has a low-clamping and low capacitance, allowing it to quickly clamp current spikes and reduce their energy. This is a P-channel MOSFET with a breakover voltage of 28V, operation voltage of 60V, and maximum avalanche energy of 55mJ. The device has a low capacitance of 22pF, allowing it to quickly respond to voltage transients. When the voltage exceeds the threshold, it will conduct current to protect the load from voltage or power surges.

The diode includes a variety of features that make it suitable for use in automotive applications. One of the most notable is its low-clamping voltage, which is necessary for protecting sensitive devices such as controllers and power supplies. It also features an extended temperature range of -55°C to 150°C, making it suitable for use in extreme conditions. The device also has a moisture resistant coating, allowing it to be used in humid environments.

The MXSMCG10CA/TR TVS diode is designed to withstand a wide range of transient voltages, which makes it a suitable option for use in automotive applications. It has a low-clamping voltage, low-capacitance design, and extended temperature range, making it a reliable option for power surge protection. Ultimately, the device is a reliable and effective solution for protecting sensitive electronic components from power surges and transients.

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