469-02

Diodes - Bridge Rectifiers

A bridge rectifier is a type of rectifier circuit that utilizes four diodes to change an alternating current (AC) into a direct current (DC). The bridge rectifier is also known as a full-wave rectifier because it uses both halves of the AC waveform which results in a smoother DC waveform. The 469-02 bridge rectifier is a two-terminal diode device that utilizes an integrated circuit for maximum current and voltage capability.

The 469-02 application field is wide. It can be used in many different applications such as power supplies, AC-DC converters, DC-DC converters, radio frequency (RF) detectors, homopolar motors and as a bridge rectifier in various electronics circuits. The 469-02 bridge rectifier also has a wide range of use in industrial applications due to its robust voltage and current capabilities.

The working principle of a 469-02 bridge rectifier is based on the rectification principle. A bridge rectifier circuit consists of four diodes which are arranged in a bridge configuration. When an AC voltage is applied to the bridge rectifier, the diodes conduct in a specific pattern as the voltage alternates from positive to negative and vice-versa. This allows the diode to conduct forward and reverse voltage for a short period of time, resulting in the conversion of alternating current to direct current.

The 469-02 bridge rectifier circuit has two main components, the diodes and the integrated circuit. The diodes are arranged in a bridge configuration, which allows the alternating voltage to be converted into a direct current. The integrated circuit provides the bridge rectifier with the ability to handle a wide range of current and voltage values. This allows higher current and voltage levels to be handled without risk of damage to the circuit.

The 469-02 bridge rectifier is used in many applications due to its wide range of current and voltage capabilities. It is an efficient, cost-effective and reliable device for handling a wide range of current and voltage levels. It is also suitable for low-power applications and does not require any additional components, making it a popular choice for many electronics devices.