2EZ120D/TR12

Diodes are electronic components that allow the current to flow in one direction. Zener diodes, also known as voltage regulated diodes, turn the normal diode concept on it’s head and create a device that allows current flow in the opposite direction when the voltage exceeds a predetermined voltage level. 2EZ120D/TR12 is a single Zener diode that is designed to function in electronics of all varieties, from medical practice to telecommunications.

The 2EZ120D/TR12 offers a low-leakage diode with a wide range of parameters. Its ratings include a reverse voltage of <12V, a forward voltage of <1.3V and a power dissipation of 250mW. The package for the 2EZ120D/TR12 is an epoxy type (SOD-323) with a planar structure and a maximum current of 1.5A.

The 2EZ120D/TR12 is designed for use in a variety of applications, including RF, power supply, telecommunications, medical, industrial and automotive. As a low-leakage, high-speed diode, it is able to switch and provide protection to circuits in the most demanding environments.

The working principle of a Zener diode such as the 2EZ120D/TR12 works in the same manner as a normal diode, but with a few important distinctions. When in its forward-bias mode, the 2EZ120D/TR12 will allow current to pass through in one direction as dictated by the electrical field. In its reverse-bias mode, however, the Zener diode will allow current to flow in the opposite direction when the voltage exceeds a certain threshold level. This level is predefined by the threshold voltage of the 2EZ120D/TR12, which is <12V. By using a Zener diode, one can create a circuit that is more reliable in environments with large voltage fluctuations.

In conclusion, the 2EZ120D/TR12 is a single Zener diode that is designed for a variety of applications, from RF applications to medical. It offers a low-leakage diode with a wide range of parameters and can switch and provide protection to circuits in most demanding environment. Its working principle allows current flow in the opposite direction when the voltage exceeds a certain threshold, allowing one to create a circuit that is more reliable under fluctuating voltages.