BZB784-C13,115

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Diodes–Zener–Arrays are semiconductor devices used to provide a voltage reference that is independent of the load. They are made of two oppositely exposed junctions connected in series, represented by the BZB784-C13,115. In this section, we will take a closer look at the application fields and working principle of this diode.

This diode is capable of providing a constant voltage regardless of the current flowing through it, as well as a wide operating temperature range. It has a maximum voltage rating of 115V, making it suitable for a variety of applications including linear regulators, solid-state relays, over-voltage protection circuits, and DC/DC converters. Additionally, its small size and wide temperature range make it particularly useful for applications where space and temperature stability are critical.

The working principle of a Diodes–Zener–Arrays diode, such as the BZB784-C13,115, can be explained by its junction structure. The two junctions connected in series contain a depletion region, which is a region of mostly un-ionized atoms where no current can flow. As the electric field applied to the junction increases, electrons and holes flow into this region in order to create a neutralizing electric field. This produces a voltage drop across the junction, known as the breakdown voltage. The electric field continues to increase until the depletion region is completely eliminated and a state of equilibrium is reached. This new thermal equilibrium gives the diode its constant voltage reference.

In conclusion, the BZB784-C13,115 Diodes–Zener–Arrays diode is a useful device for providing a stable voltage reference that is independent of the load. This device is ideal for applications where temperature stability, small size, and wide operating temperature range are critical. Its working principle can be explained by its junction structure, where electrons and holes flow into a depletion region in order to create a neutralizing electric field, resulting in a breakdown voltage.

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