Fullvågsrekifiering
Fullvågsrekifiering, often translated as full-wave rectification, is a process in electronics that converts alternating current (AC) into direct current (DC). Unlike half-wave rectification, which only utilizes half of the AC waveform, full-wave rectification uses both the positive and negative halves of the AC input signal. This results in a more continuous and less fluctuating DC output, making it more suitable for many electronic applications.
There are two primary methods for achieving full-wave rectification: center-tapped transformers and bridge rectifiers. A center-tapped
The output of a full-wave rectifier is still pulsating DC, meaning it varies in amplitude but does