1PGSMA4744HM2G

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The 1PGSMA4744HM2G is a single Zener diode, typically used for voltage regulation, clipping, and clamping operations. It is made from silicon, and is designed for use in medium power and signal applications. The 1PGSMA4744HM2G has a maximum reverse voltage of 4.7 V, a maximum forward current of 200 mA, and a maximum reverse current of 3 μA.

A Zener diode is a type of diode which, under reverse-biasing, allows a current to flow in the reverse direction. The 1PGSMA4744HM2G diode is a particular type of Zener diode which has a breakdown voltage of 4.7 V, along with a maximum reverse current of 3 μA. This means that when the reverse voltage on the 1PGSMA4744HM2G is higher than 4.7V, current will begin to flow in the opposite direction, allowing the voltage to remain stable.

The 1PGSMA4744HM2G can be used in a variety of applications, including voltage regulation, where it can be used to regulate the output of a power supply to a constant voltage. It can also be used for clipping, in which it can be used to reduce the amplitude of a signal. In this case, the diode will only allow current to flow for voltage levels less than 4.7 V. The 1PGSMA4744HM2G can also be used for clamping, in which the diode is used to reduce the amplitude of a signal while still allowing current to flow. The 1PGSMA4744HM2G has a maximum forward current of 200mA, and can therefore be used in medium power applications.

In summary, the 1PGSMA4744HM2G is a single Zener diode, designed for use in medium power and signal applications. Its reverse-biased state allows for a constant flow of current in the opposite direction, and can be used for voltage regulation, clipping, and clamping operations. Its maximum reverse voltage is 4.7 V, its maximum forward current is 200 mA, and its maximum reverse current is 3 μA.

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