DZ23C39-HE3-18 Discrete Semiconductor Products

DZ23C39-HE3-18 Application Field and Working Principle

DZ23C39-HE3-18 diodes are part of the larger family of Zener Arrays. A Zener Array is a set of two or more separate diodes within one housing. The purpose of this ensemble is to create an appropriately shaped voltage across the diode, allowing precise control of the current going through it.

The DZ23C39-HE3-18 is a low forward voltage array with a low maximum reverse voltage of 18 volts. Because of its low forward voltage, it is particularly well suited for applications that require a precise level of voltage control. This can include anything from powering LEDs to providing precise battery charging in lab equipment.

The working principle behind a diode array is relatively simple. A diode can be considered a miniature version of a valve: when current passes through it, the diode either lets the current pass through or blocks it completely. In the case of a diode array, the current is regulated by the shape of the voltage. The voltage shapes the current so that it can flow in only one direction, and the reverse voltage determines how much current can flow through the device.

Specifically, the DZ23C39-HE3-18 works by utilizing two separate constructions: the Zener diode and the Schottky diode. The Zener diode allows the voltage to be shaped in such a way that the current is kept in check. The Schottky diode, on the other hand, serves as a voltage regulator and prevents excessive current levels from flowing.

The combination of these two diodes results in a device that can precisely control the current in a circuit and protect against current fluctuations. This makes it ideal for applications such as powering LEDs, providing an extra layer of protection to sensitive circuits, and giving precise control over battery charging in lab equipment.

The DZ23C39-HE3-18 is an ideal solution for applications that require accurate and controlled current. By combining the Zener diode with the Schottky diode, this diode array offers excellent protection while providing precise control of the current in a circuit.