SMP26-M3/84A

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The SMP26-M3/84A TVS diode is used to protect circuits from voltage transients. It is particularly effective when used with computer and telecom system design. These devices are designed to protect against the damaging effects of over-voltage events by clamping the voltage at a specified level and controlling it until the transient event is over.

The SMP26-M3/84A TVS diode has a capacitive element between the anode and cathode which helps reduce EMI. The capacitance is adjustable to help reduce the inrush current of the transient signal. This can be used to adjust the clamping voltage and peak current that can hit circuit components.

The SMP26-M3/84A TVS diode will handle peak currents up to 20A, with a low clamping voltage rating of +15V and a maximum clamping voltage of +10V. Other features include fast reset time. The typical response time is just 8.6ns, at a peak pulse current of 10A, and a low surge current of 5A. It has a maximum surge current of 20A.

In addition, the SMP26-M3/84A TVS diode has an additional feature known as dynamic resistance. This feature helps limit the amount of voltage that can be pushed through the diode when it is subjected to large surge currents. The dynamic resistance increases with a larger surge current so that the total current is limited and circuit components are not damaged.

The SMP26-M3/84A TVS diode is designed for use in high voltage transient applications. It is typically used in telecommunications systems, and computer systems. It is capable of handling peak currents of up to 20A and low impulse currents of 5A. The adjustable capacitive element helps reduce EMI in the circuit, and the dynamic resistance feature helps prevent damage to circuit components.

In summary, the SMP26-M3/84A TVS diode is an effective device to protect against unwanted voltage transients. It is designed to help reduce EMI and limit the peak current that can damage circuit components. It has an adjustable capacitive element and dynamic resistance feature to help make sure that the maximum amount of current is limited. It is suitable for use in both telecom and computer systems, and is capable of handling peak currents up to 20A and low impulses of 5A.

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