2EZ190D5E3/TR12

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Diodes are electronic components which are widely used because of their wide range of applications. Zener diodes, also widely known as Z-diodes, are especially popular in applications that require precise control and stability. Zener diodes are specially designed to regulate voltage or current. Single diodes such as 2EZ190D5E3/TR12 are used when only a single diode is required. This article will discuss the application field and working principle of these types of diodes.

2EZ190D5E3/TR12 single diodes are designed to be used as a voltage regulator. As such, they are often found in power supplies, battery management systems, and other industrial applications where precise voltage control is required. The diode is used to limit the voltage, allowing a steady and predictable output. The diode also prevents reverse current, ensuring that the voltage does not overshoot and damage components in the circuit.

The working principle of a 2EZ190D5E3/TR12 single diode is relatively straightforward. The diode consists of a single piece of semiconductor material, with two sides. The anode is the positive side, and the cathode is the negative side. When a voltage is applied across the diode, electrons can flow from the negative side to the positive side. This flow is known as forward bias, and is used to regulate voltage.

If the voltage applied across the diode is higher than the threshold voltage, known as the Zener voltage, the diode will start to conduct in reverse. This is known as reverse bias, and is used to regulate current. In this state, the diode will act as a resistor, allowing a small current to flow from the positive side to the negative side. This current is used to control the voltage, allowing the diode to act as a voltage regulator.

Overall, 2EZ190D5E3/TR12 single diodes are versatile components which have many applications. They are primarily used in voltage regulation and precision control applications, as they can be used to provide a steady and predictable voltage. The working principle of the diode is relatively simple, and relies on the flow of electrons to regulate voltage or current.

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