3EZ36D5/TR12

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A diode is a device created to only allow current flow in one-way direction, thus rectifying AC current to DC current. Different types of diodes have different properties, and the 3EZ36D5/TR12 Zener diode is a remarkable example of this technology.

This Zener diode, in particular, is a single-diode, meaning it has only a single junction. This, in turn, means that all the electrons pass through a single point in spaces. Additionally, this diode is crystallized in such a way that, as he electrons pass through the junction, when it goes above the breakdown voltage level, it is able to sustain a limited amount of current.

The above-discussed property of the 3EZ36D5/TR12 Zener Diode has a range of applications. As a breakdown voltage of 36 volts, it is used as a precise and reliable voltage reference. In power circuits, Zener diodes are used to protect the circuit where high voltage spikes could cause a serious amount of damage. Additionally, it can also be used in low-voltage clipping circuits, as they can operate in reverse bias. In all of these applications, the 3EZ36D5/TR12 Zener diode has been noted for its stability and reliability.

To understand how a Zener diode works, there has to be an understanding of the basic operation of a regular diode. As current is passed through the diode, if the voltage is more than the breakdown voltage, the electron\'s energy moves passed the junction, creating a larger number of electrons which can increase the current flow. The diode is stable because, even if the voltage is increased, the current is kept constant. This is the main principle of the Zener diode.

In summary, the 3EZ36D5/TR12 Zener diode is a single-diode with a breakdown voltage of 36 volts. This makes it ideal for applications as a voltage reference and in power circuits, as it has been noted for its stability and reliability. This is accomplished by a process in which, when the voltage passes the breakdown voltage, the current is kept consistent, allowing the diode to last longer than the average diode, which could cause a large surge in current and damage sensitive components.

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