MXSMLG6.5A Circuit Protection

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It is important to know about applications and working principles of MXSMLG6.5A TVS - Diodes. Understanding it makes it easier to select the right components for different electrical protection tasks. MXSMLG6.5A TVS - Diodes are used in high-reliability applications such as automotive, aerospace, industrial, and telecommunications.

MXSMLG6.5A TVS - Diodes are widely used in surge protection and ESD protection applications. They are the preferred choice for these applications due to their high surge current capability and low on-state resistance. This makes them ideal for protecting sensitive circuits from the damaging effects of transient voltages.

The technical specifications of MXSMLG6.5A TVS - Diodes indicate that it has an avalanche breakdown voltage of 6.5V, a peak pulse power rating of 200W at a pulse width of 10x1000 μs, an integrated transient immunity of 10kV/μs, and an ESD immunity rating of 15kV.

The working principle of the MXSMLG6.5A TVS - Diode is based on the avalanche breakdown mechanism. When a transient voltage exceeds the breakdown voltage of the diode, it causes an avalanche breakdown effect. This effect is characterized by a large current that is typically much greater than the steady-state current that flows through the diode in its normal state (i.e., when no transient is present).

As a result, the large current that is caused by the avalanche breakdown effect produces a very short pulse of current through the diode, which allows the diode to absorb the energy from the transient voltage and limit the voltage across the diode to the avalanche breakdown voltage. This, in turn, protects the downstream electronics from the damaging effects of the transient voltage.

In conclusion, MXSMLG6.5A TVS - Diodes are used for surge protection and ESD protection applications due to their high surge current capability and low on-state resistance. Their working principle is based on the avalanche breakdown mechanism, which allows them to limit the voltage across the diode and protect downstream electronics from the damaging effects of transient voltages.

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