P4SMA62A-E3/61 Circuit Protection

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TVS - Diodes (Transient Voltage Suppressors) are components designed to protect vulnerable electrical circuits and systems from transients, high voltage pulses, and power surges. They are invaluable components in the protection of application circuits, and the P4SMA62A-E3/61 diode provides superior protection from transients and high voltage pulses.

The P4SMA62A-E3/61 diode is designed to protect systems and circuits against transients of up to 600W peak power per line. It is a unidirectional device designed to protect one line only, and it can dissipate up to 3.0W of power. It is a bi-directional device with a bidirectional clamping voltage of 72V and an unidirectional clamping voltage of 83V. The P4SMA62A-E3/61 offers excellent input-clamping capability and excellent surge capability.

The P4SMA62A-E3/61 is a popular choice for a wide range of applications. It can be used to protect electronic circuits in consumer products, industrial equipment, automotive systems, telecommunications systems, medical equipment and other systems that require protection from transient voltage spikes. It is also suitable for a variety of AC/DC, DC, and low-frequency applications, as well as surges from motor run capacitors, line feed inductance, and mechanical contact switches.

The working principle of P4SMA62A-E3/61 is simple. When a transient pulse exceeds the voltage rating of the diode, the diode responds quickly to absorb the pulse and shunt it away from the circuit. The diode is designed to absorb the pulse without any degradation of the board or other components connected to the board. The diode is also designed to remain in its low-resistive state until the transient pulse has dissipated.

The P4SMA62A-E3/61 provides an excellent choice for protecting sensitive applications from transients. It is a reliable and cost-effective solution to protecting vulnerable systems and circuits from damage. The diode is designed to withstand a wide range of temperatures and operating conditions, and to provide superior protection from transients and power surges.

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