2EZ82D5/TR12

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Diode Zener is a type of special purpose diode used to regulate voltage in DC circuits. Generally they are used when one needs to regulate the output voltage fed back to the input of a device, as is required in some power supplies. Usually, they perform very well in this role.

The 2EZ82D5/TR12 is an example of a single Zener diode specifically designed for small package size and low power applications. This diode has three pins, which provide an anode, a cathode, and a control connection. Its forward voltage (Vf) is 3V and its zener voltage (Vz) is 5.6V. At a forward current of 1mA, the maximum reverse leakage current is specified at 10µA.

The 2EZ82D5/TR12 can be used in many applications such as voltage regulation in DC power supplies, voltage measurement attenuator circuits, voltage reference, and voltage clamp circuits. Voltage regulation in DC power supplies is the most common application. This diode is used to regulate the output voltage of a device, which is then fed back to the input. This is usually required to guarantee that the input voltage to the device is not too high or too low, which would otherwise damage the device.

The working principle of the 2EZ82D5/TR12 is an example of the Zener Effect. This effect occurs when the diode’s voltage falls below a certain threshold, which is called its Zener Voltage. When this happens, the diode becomes forward-biased and current flows from the anode to the cathode, reducing the overall voltage. This allows the voltage to be regulated by controlling the current flowing through the diode, resulting in an output voltage that matches the Zener voltage of the diode.

The 2EZ82D5/TR12 is an efficient and effective single Zener diode designed for a variety of applications. Its small package size and low-power requirements make it ideal for use in a variety of voltage regulation and voltage measurement applications. The Zener Effect ensures that theoutput voltage will match the specified zener voltage, thus providing reliable and accurate voltage regulation even under varying conditions.

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