JAN1N759AUR-1

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Diodes - Zener - Single

The JAN1N759AUR-1 is a Zener diode, meaning it is a semiconductor device that allows a unidirectional current to flow between two terminals and is more commonly found in various electronic devices.

In general, a zener diode is a two-terminal semiconductor device, meaning it has the ability to control the flow of electrical current and is generally connected in reverse bias, or an opposite direction, so that it can serve as a voltage breakdown component.

With the JAN1N759AUR-1, it has the capability of achieving a tolerance of 5% which is fairly impressive. As it is a Zener diode, it also has a voltage breakdown capabilities meaning it can provide a regulated voltage against excess current drain.

This makes the JAN1N759AUR-1 great for applications such as regulated power supplies and analog-to-digital converters (ADCs) as well as other line regulation applications. Additionally, due to the extended temperature range (up to +150C), it makes an ideal choice for many industrial applications.

When it comes to the working principle of the JAN1N759AUR-1, it is quite simple. Once connected in reverse bias, the diode will act as a voltage regulator. When the voltage across the diode reaches its Zener voltage, the diode will break down and begin to conduct current, thus becoming a voltage regulator. Once the reverse voltage increases higher than the Zener voltage the diode will act as a regular diode and no current will flow.

This is the main principle of how the JAN1N759AUR-1 works, allowing it to be used in various applications. Thanks to its Zener voltage of 12 volts, it is a great choice for many types of applications.

Conclusion

In conclusion, the JAN1N759AUR-1 Zener diode is a great choice for those looking for a reliable, precision voltage regulator. Thanks to its voltage breakdown capabilities, extended temperature range and 5% tolerance, it is the perfect choice for a wide range of applications including regulated power supplies and analog-to-digital converters (ADCs).

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