2EZ110D/TR8

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Diodes - Zener - Single can be used in a wide range of applications, including use with circuit protection, in sensitive digital components, power supplies, and more. The 2EZ110D/TR8 device is one such example of a Zener diode that is designed specifically for a variety of these applications.

A Zener diode is a special type of diode. It is designed to be reversably biased when connected in circuit. A Zener diode can be treated like a normal diode when current flows in only one direction, but when a reverse voltage is applied, it behaves like a voltage regulator. In other words, when connected in circuit it will allow current to flow in the opposite direction of the bias voltage.

The exact behavior of the diode will depend on which type of Zener diode is used. The 2EZ110D/TR8 device is an example of a Zener Diode with a specific bias voltages, designed to work within an effective power range between 0.1 Watt and 1.2 Watt.

The 2EZ110D/TR8 device is designed to provide a very stable operating voltage. It has a peak repetitive reverse voltage of 20V and an operating temperature range of -65°C to +175°C. Its maximum junction capacitance can reach up to 7.3 pF. It is also designed to have a very low leakage current of ≤ 0.5mA.

The working principle of the 2EZ110D/TR8 device is the same as most Zener diodes. When reverse-bias voltage is applied, the current starts to flow through the device. As the applied voltage increases, the diode starts to conduct current in the opposite direction of the bias voltage. Thus, when a voltage exceeding the device\'s rated peak repetitive reverse voltage is applied, the diode will start to conduct in the other direction, resulting in a stable output voltage.

The 2EZ110D/TR8 device can be used in a variety of applications, including circuit protection and voltage regulation in areas like power supplies. It is also ideal for sensitive digital components, allowing for a stable operating voltage for fragile parts that would otherwise be vulnerable to voltage fluctuation. The device can also be used in a variety of more complex circuit applications, where the stable output voltage provided can help to ensure that other connected parts will not be affected by any unexpected voltage changes.

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