MXSMCG90CAE3 Circuit Protection

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TVS diodes are a kind of diode structure specially developed for overvoltage protection. The MXSMCG90CAE3 is a kind of TVS diode developed for ESD protection. It is suitable for IEC 61000-4-2 level 4 air discharge and IEC 61000-4-2 level 4 on-chip protection.

The MXSMCG90CAE3 is a unidirectional diode that protects electrical components from transients and lightning strikes. It provides electrostatic discharge (ESD) protection for communication ports without the need for additional external protection circuitry. With a breakdown voltage of 18V, the MXSMCG90CAE3 can handle up to 7500W of power. The device exhibits minimal capacitance and presents a very low leakage current. It also offers good noise immunity and improves system performance and reliability.

The MXSMCG90CAE3 has many applications, including telecommunication equipment, automotive electronics, consumer electronics, computers, datacom/telecom, monitors, etc. The maximum operating ratings of the device include reverse voltage of 20V, peak pulse power of 7500W, and reverse current of 25mA. The thermal resistance junction to case is 3.5K/W.

The working principle of the MXSMCG90CAE3 diode is simple. When a voltage above its breakdown voltage is applied, it quickly conducts. This conduction then blocks and diverts the current away from the connected device. This not only protects the device, it also dissipates the energy of the voltage spike. The device then goes back to its non-conducting state and awaiting for the next voltage spike.

In summary, the MXSMCG90CAE3 diode is a kind of unidirectional diode used for protection against ESD and other high voltage spikes. The diode has a breakdown voltage of 18V and can handle up to 7500W of power. The device has many applications, including telecommunications equipment, automotive electronics, consumer electronics, computers, datacom/telecom, monitors, etc. The working principle is simple; when a voltage above its breakdown voltage is applied, it quickly conducts, diverting the current away from the connected device and dissipating the energy of the voltage spike.

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