Diode Arrays

Diode and rectifier arrays are electronic components that consist of two or more individual diodes housed within a single package. These arrays offer the convenience of multiple diodes in a compact form, making them suitable for various applications. The characterization of diode and rectifier arrays is similar to that of single discrete diodes. Key attributes used to describe these arrays include forward voltage rating, reverse voltage rating, average rectified current, and technology (such as silicon or Schottky). These specifications help engineers select the appropriate array for their specific circuit requirements. In addition to these standard specifications, diode and rectifier arrays also feature a "Diode Configuration" attribute. This attribute describes any internal connections between the diodes within the package. It indicates whether the diodes are connected in parallel, series, or have other specific configurations. By understanding the diode configuration, engineers can determine how the array will behave in different circuit scenarios and optimize its usage. It's worth noting that diode arrays with a full-bridge configuration, which typically consist of four diodes arranged in a bridge circuit, are considered as a separate product family. These full-bridge diode arrays have unique characteristics and are specifically excluded from the general diode and rectifier array category. In summary, diode and rectifier arrays are electronic components that integrate multiple diodes into a single package. They are characterized by attributes such as forward voltage rating, reverse voltage rating, average rectified current, and technology. The "Diode Configuration" attribute describes the internal connections between the diodes within the package. Understanding these specifications helps engineers select the most suitable array for their circuit needs, while full-bridge diode arrays are treated as a distinct product family.