JAN1N6313US

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The JAN1N6313US diode is a specially designed zener diode, also known as a voltage regulator diode. It is capable of providing very precise voltage regulation over a wide range of current. The 1N6313US diode is a single diode, comprised of two p-n junctions, that are connected in parallel to provide the necessary reverse breakdown voltage.

The most common application fields for the JAN1N6313US diode are general-purpose voltage regulation, spike suppression, and AC-DC protection. In voltage regulation applications, the JAN1N6313US is typically used to regulate the output voltage of a power supply, stabilizing and protecting it from overvoltage, overcurrent, and spikes. The diode also finds frequent use in AC-DC protection and circuit protection scenarios, such as protecting a circuit from over-voltage and over-current, and from power surges.

The JAN1N6313US works by allowing a specific and fairly constant amount of current to pass through the diode, based on the reverse breakdown voltage. This occurs when the voltage across the diode exceeds the reverse breakdown voltage, at which point the reverse bias current increases exponentially, resulting in a rapid increase in the current flowing through the diode. This allows the diode to act as a voltage regulator, constantly regulating and maintaining the output voltage at the desired level.

The 1N6313US diode is manufactured using a special design, featuring a higher series resistance than other diodes, as well as a precision tolerance for the reverse breakdown voltage. This allows for a more precise and stable voltage regulation, allowing for an even and consistent output. This makes the 1N6313US a great choice for applications that require precise and reliable voltage regulation.

In conclusion, the JAN1N6313US diode is a special single zener diode that is designed for precise voltage regulation. It is commonly used in voltage regulation applications, AC-DC protection, and spike suppression scenarios, providing precise and reliable voltage regulation. Its design also allows for a very precise and stable output, making it ideal for applications with high accuracy requirements.

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