JANTX1N4104UR-1

JANTX1N4104UR-1 Application Field and Working Principle

JANTX1N4104UR-1 is a single zener diode designed to regulate voltage in low-power applications. It features low power losses and a wide range of breakdown voltages, making it ideal for use in a variety of scenarios.

A zener diode is a special kind of diode that can be used to control the voltage at a given point on an electric circuit. It works by allowing current to flow through the diode in one direction, while regulating the voltage present in the opposite direction. This is due to a phenomenon called Zener breakdown, which occurs when the voltage across the diode reaches a certain level. Once this level is crossed, the diode begins to pass a certain amount of current, effectively regulating the voltage present.

The JANTX1N4104UR-1 is designed for use in low-power applications. It features a maximum forward current rating of 500mA and a maximum reverse current rating of 1A. It also features a wide range of breakdown voltages from 4.3V to 33V. This makes it suitable for use in a variety of applications, such as power supplies and voltage regulation.

The JANTX1N4104UR-1 is also designed with a low temperature coefficient, which ensures that it works effectively over a wide temperature range. This makes it well-suited for use in environments where the temperature is continually changing, such as outdoors. The diode also features low thermal resistance, reducing the amount of heat generated by the device as it operates.

In addition to its low power losses and wide range of breakdown voltages, the JANTX1N4104UR-1 also features a low reverse leakage current. This helps ensure that the device is able to regulate the voltage present without draining too much power from the circuit. It also helps to ensure a more efficient operation, reducing the amount of energy consumed by the device.

Overall, the JANTX1N4104UR-1 is a highly versatile zener diode designed for use in low-power applications. It features a wide range of breakdown voltages and low power losses, making it ideal for use in a variety of scenarios. Its low temperature coefficient and low reverse leakage current also make it well-suited for use in environments where the temperature is continually changing.