PLZ8V2B-G3/H

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The PLZ8V2B-G3/H is a single zener diode. It is typically used as a voltage regulator, allowing the user to maintain a stable operating voltage for the electric circuit in which it is included. The operation principle of the PLZ8V2B-G3/H is that of a reverse-biased p-i-n diode, wherein a voltage is applied from an input source to the diode\'s anode. A reverse current is generated in the diode junction while passing through a Zener voltage, which is determined by the current passing through the diode. Since most voltages in mechanical devices are sensitive to fluctuations, the PLZ8V2B-G3/H helps to regulate the voltage and maintains a consistent voltage value.

The PLZ8V2B-G3/H is a medium power zener diode with a nominal zener voltage of 8 volts and is commonly used in consumer electronics, telecommunications, medical equipment, automotive electronics, consumer packaging, video systems and more. Since the minimum current flowing through the diode can be controlled, the diode can maintain a stable working voltage even from varying input sources. The diode’s output voltage range is typically a few tenths of a volt below its rated voltage.

The PLZ8V2B-G3/H has a maximum power rating of 500 milliwatts and features the ability to maintain the same output voltage from 0mA to its rated current of 6mA. It can also operate in temperature ranges from -55 to +125 degrees Celsius, one of the widest temperatures for a zener diode. The device also has a high break down voltage accuracy, allowing it to accurately respond to input stimuli. The zener diode is also easily integrated into most standard electric circuits and can be used with a wide variety of components.

The PLZ8V2B-G3/H is a popular choice for those looking to maintain a stable voltage within an electric circuit. Its qualities and features such as its wide temperature range, high break down voltage accuracy, and consistent output voltage make the device an ideal choice for a variety of applications. Its compact form factor also allows it to be easily integrated into electric circuits and makes it a popular choice for most electronic manufacturers.

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