JAN1N6313CUS

Diodes - Zener - Single

The JAN1N6313CUS is a single unit Zener diode that can be used in a wide variety of applications. It is a Diode series with nominalsensitivities of 6.0V, 20.7V and 30.0V & 100 mW power dissipation rate.

The Zener diode is useful as an electronic component, providing a stable and predictable source of power, as it offers consistent results over time and relatively low power consumption when compared to other diodes. As it is used in a wide variety of applications, the JAN1N6313CUS has come to be seen as an invaluable tool for many different industries.

Operating Principles

The JAN1N6313CUS is a five-terminal Zener diode, with one terminal for the anode, one for the main cathode, and three for auxiliary terminals. Each of the auxiliary terminals furnishes a unique input voltage that can be controlled depending on the operational condition.

When the anode and cathode terminals are connected to a circuit and an external voltage is supplied, the Zener diode starts to work. The Zener diode functions based on the principle that when a moderate reverse voltage is applied to it, a small leakage current will flow between the terminals. However, when the reverse voltage exceeds the nominal voltage of the diode, the current increases significantly.

This increase in the reverse current is known as the avalanche effect, named for its similarity to an avalanche. The avalanche effect is the basis of the Zener diode’s operation, allowing it to provide a relatively consistent and predictable output when used to regulate or regulate current flow.

Application Fields

Zener diodes make superb regulators for circuits. A Zener diode can be connected parallel to the anode and cathode of a transistor in order to provide a reliably consistent and regulated current flow. This is known as a voltage regulator circuit. It is a very popular application field for the JAN1N6313CUS and other Zener diode components.

In addition to regulating current, Zener diodes, including the JAN1N6313CUS all, can also be used as a part of a protection circuit. This is accomplished by connecting the diode in series with other components of the circuit. This allows the Zener diode to act as a failsafe, protecting against the circuit overloading or otherwise malfunctioning due to an input surge or spikes in voltage or current.

The JAN1N6313CUS can also be used as an engineer or scientist when designing or experimenting with circuits. By testing the device’s forward and reverse current parameters, researchers can gain valuable information on how other components in the circuit will react under different voltage levels or current densities.

Conclusion

The JAN1N6313CUS is a single unit Zener diode that offers a number of different applications for engineers and scientists. In addition to being used as a voltage regulator or for protection of a circuit, it can also be used to help research and design circuit components. The Zener diode can provide a regulated current source, allowing engineers to test the performance of the other components in their circuit.