2EZ160DE3/TR12

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A diode is a two-terminal electronic device with an asymmetric conductance—a positive (linear) resistance between two nodes/terminals when forward-biased, and a high negative (non-linear) resistance when reverse-biased. Zener diodes are designed to provide a controlled reverse-bias voltage in order to allow the device to conduct larger amounts of current than a normal diode. They are normally used in applications requiring an adjustable voltage source or a voltage reference.

The 2EZ160DE3/TR12 is a single, low-power Zener diode. It is housed in a 2-pin SOT-23 package and is designed with a low leakage current and a breakdown voltage of 16V. Its maximum power dissipation is equal to 3mW and its maximum reverse current is equal to 6µA. It is particularly suitable for use in low-power applications such as voltage regulators, voltage reference circuits, and cascode circuits.

The 2EZ160DE3/TR12 has a reverse breakdown rating of 16V and a very low forward voltage drop of 0.47V. This makes it ideal for use in voltage reference circuits and voltage regulator applications. As it is a low-power diode, it should be used in applications that do not require more than 3mW of power. It is generally used as a voltage reference to provide a reference voltage between two circuits and can also be used to provide a voltage divider.

The working principle of the 2EZ160DE3/TR12 is that it acts as a reference voltage between two nodes. When forward bias is applied, the device will act as a normal diode and allow current to flow in the direction of the applied bias. When reverse bias is applied, the device will allow current to flow in the opposite direction and act as a voltage reference. This can be used to set the voltage between two nodes in a controlled manner.

In summary, the 2EZ160DE3/TR12 is a single, low-power Zener diode housed in a 2-pin SOT-23 package. It has a reverse breakdown rating of 16V and a very low forward voltage drop of 0.47V. It has a maximum power dissipation of 3mW and a maximum reverse current of 6μA. It is generally used in low-power applications such as voltage regulators, voltage reference circuits and cascode circuits, where it provides a reference voltage between two nodes and can be used to provide a voltage divider.

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