JAN1N3034B-1

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The JAN1N3034B-1 is a single Zener diode. The application area and working principle of this diode are discussed in this article.

A Zener diode is an electronic component that is composed of a p-n junction which is heavily doped in order to be able to steadily freeze or absorb a reverse or offsetting voltage. This creates a stable voltage drop across the diode. When the voltage drop across the diode is driven beyond the Zener breakdown voltage, the current is then drawn through it in the opposite direction. This allows the diode to act like a voltage regulator to maintain a stable voltage at the output.

The JAN1N3034B-1 is specially designed for making adjustments and calibrations in the low current, low voltage range and is best suited for applications requiring the stabilization of voltage in the range of 0.2V to 33V. This Zener diode is commonly used in batteries and many other applications such as power supply, inverter,etc. In terms of connection, the anode is linked to the supply voltage and the cathode is link to the load.

In applications, this Zener diode acts as a Voltage Reference Element and it is able to protect the internal circuits.It helps in isolating the detected voltage from other systems, so that the system stays unaffected by the voltage change happens in other systems. Since the Zener diode acts as a reference element, the variation of the current is in stable and lower compared to that of the applied voltage.

Besides applications, advancements on this type of diodes have been made over the years and they now offer much better noise immunity and improved reliability compared to the earlier generations.

In conclusion, the JAN1N3034B-1 is a single Zener diode which is mainly used for making low voltage adjustments and calibrations. It is mainly used for isolating the detected voltage from other systems, so that the system does not get affected by the voltage change happens in other systems. This Zener diode also offers better noise immunity and improved reliability compared to its predecessors.

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