APT35DL120HJ

Diodes, also known as rectifiers, transfer alternating current (AC) to direct current (DC). Bridge rectifiers are a type of diode that employ multiple diodes in a bridge formation to approach full-wave rectification, converting both the positive and negative portions of an AC waveform to DC signal. APT35DL120HJ is a kind of bridge rectifier, an active component and a common power supply module. It has three terminals: anode, cathode and EP. The anode is a connection of the two diodes, the cathode of one and the device carries the current flow of each half cycle and the EP is the electric potential input.

The APT35DL120HJ bridge rectifier is mainly used in low-power DC switching power supply and AC power-drive systems. In addition, they can also be used in various fields such as inverter, motor control, electronic ballast, negative pulse rectifier, power supply and other fields. As a power converter and regulator, it is mainly used for AC to DC power conversion, rectification and voltage regulation, and can be assembled into a variety of packaging modules.

The working principle of the APT35DL120HJ bridge rectifier circuit is basically the same as that of the normal bridge rectifier circuit. It is composed of four diodes, usually in the formation of a bridge. When the AC power supply is connected to the two input junction points, the two diodes connected in two opposite directions are conducting and playing a rectifying role. When the alternating current flows over–and–under the bridge, it will encounter a diode between the ground of each and with the output. Depending on the direction of the current, the main currents are connected to their respective output terminals through the conducting diodes.

To summarize, the APT35DL120HJ bridge rectifier is a bridge-style rectifying device that converts the AC power supply into a direct current. It can be used in inverters, motor control, electronic ballasts, negative pulse rectifier, power supplies and other fields, mainly for AC to DC power conversion, rectification and voltage regulation. Its working principle is based on the bridge diode rectifier circuit, making it the ideal solution for low-power DC switching power supplies.