DZ2J14000L

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The DZ2J14000L is a silicon Zener diode that belongs to a category of single-diode diodes. These diodes have a relatively simple working principle – they are designed to handle large reverse current and voltage in order to regulate and stabilize voltages of a circuit. The DZ2J14000L is an excellent choice for applications that require a high level of accuracy and stability, as the Zener characteristic of this diode is known for its precise voltage stabilization.

The DZ2J14000L’s primary application field is in the power supply circuit, particularly in the zener voltage regulator circuit. This type of circuit is most often used to increase the voltage within a range of voltage stability. It is also used in some switching power supply circuits for a similar purpose, as it helps to adjust and regulate voltages.

In terms of its working principle, the DZ2J14000L works by conducting current in the reverse direction. The current flow corresponds to the applied electrical field, while the resistance of the diode decreases as the voltage on the Zener diode increases. As the voltage reaches a predetermined limit, the Zener diode begins to operate in breakdown mode. This mode is maintained by the Zener effect, an effect in which the depletion layer within the diode has a significant influence on the reverse current conduction.

Another important factor in understanding the working principle of the DZ2J14000L is the breakpoint voltage. This refers to the level at which the diode turns on and off in order to maintain a stable voltage. Generally speaking, this breakpoint voltage is very precise and is usually determined by the piece value of the component. This is indicative of the inherent accuracy of this power semiconductor component.

In conclusion, the DZ2J14000L is a single-diode Zener diode that is primarily used in power supply circuits, primarily the zener voltage regulator circuit and some switching power supply circuits. This diode is designed to handle large reverse current and voltage to regulate and stabilize voltages of a circuit. Its working principle is based on the Zener effect, where the depletion layer within the diode has a significant influence on the reverse current conduction at breakpoint voltage precise determined by the component value. This component’s precise control capability, accuracy, and stability make it an ideal choice for applications that require higher levels of performance.

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