1PMT5923BT1G

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The 1PMT5923BT1G is a single, Zener diode specifically designed for high-efficiency performance in a wide variety of applications. The diode is housed in a dual-in-line package for ease of handling and installation. It features a low operating voltage of 5.5 V, high reverse current of 2 mA, and low reverse leakage at low temperatures. It has a maximum operating temperature of 125°C and a storage temperature range of -55°C to +150°C.

Zener diodes are a type of diode that are designed to operate in a reverse-biased mode. They have a breakdown voltage, at which point the diode can experience avalanche breakdown and pass a large current. This characteristic makes them ideal for voltage regulation and other applications.

The 1PMT5923BT1G is suitable for use in applications such as protection against over-voltage and reverse polarity, noise suppression and transient voltage suppression on circuits from 5.6V to 35V, power surge protection and power switching. They can also be used in voltage regulation applications with an input voltage of 5.5V, and in voltage clamping applications to limit the voltage rise. It is also suitable for low-current applications in communication and audio-visual equipment.

The 1PMT5923BT1G works in conjunction with a voltage stabilizing circuit to efficiently regulate the supply voltage. It has a large power rating, which enables it to withstand large current fluctuations. Its high reverse current and low forward voltage drop allow it to dissipate large amount of heat during operation, ensuring a high degree of reliability. The device also has a low temperature drift coefficient, which eliminates thermal drift during temperature changes.

The 1PMT5923BT1G is a robust and reliable Zener diode that is highly suitable for applications requiring voltage regulation, voltage clamping, and transient voltage suppression. It has an excellent power rating and low reverse current, allowing it to withstand large current fluctuations and dissipate large amounts of heat during operation. It is also suitable for low-current applications and has a low temperature drift coefficient, eliminating thermal drift during temperature changes.

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