3EZ130D2/TR12

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Diodes are electronic components that are designed to permit the flow of electric current in only one direction. Zener diodes are special types of diodes that are designed to allow the flow of current in either direction, but with a very specific voltage level. The 3EZ130D2/TR12 is a type of single Zener diode.

Application Field

The 3EZ130D2/TR12 has a wide range of applications. It can be used in power supplies and regulators, radio transmitters and receivers, and amplifiers. It can also be used in oscillators, logic gates, and operation amplifiers. Additionally, it can be used in voltage doubling circuits and voltage multipliers.

Working Principle

The 3EZ130D2/TR12 has a predetermined breakdown voltage and a predetermined dynamic impedance. When a voltage higher than the breakdown voltage is applied, then the electric current will be diverted through the diode, passing through the area between its Anode and Cathode. The greater the voltage applied, the lower the dynamic impedance of the diode. This effect is known as the Zener Effect.

The 3EZ130D2/TR12 is designed to maintain a constant voltage level, regardless of changes in the current passing through it. This is done by controlling the voltage with the dynamic impedance of the diode. When the voltage reaches the breakdown voltage, the current through the diode is limited by the dynamic impedance of the diode, thus maintaining a constant voltage level.

The 3EZ130D2/TR12 is also capable of regulating the output of an AC power source, by rectifying the AC signal and then regulating the current. This is done by passing the AC signal through the diode, and then regulating the current passing through the diode. The voltage level of the output is then determined by the dynamic impedance of the diode.

Conclusion

The 3EZ130D2/TR12 is a single Zener diode, which can be used for a wide range of applications. Its most commonly used applications are power supplies, regulators, radio transmitters and receivers, amplifiers and oscillators. It works by maintaining a constant voltage level, regardless of changes in the current passing through it. This is done by controlling the voltage with the dynamic impedance of the diode. Finally, it can also be used to regulate the output of an AC power source, by rectifying the AC signal and then regulating the current passing through the diode.

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