Rectification is a process in which an AC signal (that is, a time-varying voltage where the polarity, or sign, of the voltage, is alternating with time) is converted into a DC signal (where the polarity does not change). There are various circuit diagrams that are used to achieve this process. In addition, the rectified waveforms are usually full of ripples that cause disturbance or interference. As such, a number of components like capacitors and inductors are incorporated in the final sections of the rectification circuit so as to result in a smoother output waveform. Therefore, this report will comprehensively outline the various circuit diagrams that can be used to achieve the rectification process as well as waveform smoothing. Finally, the author of the report will carry out a detailed analysis and comparison of the various rectification algorithms used. That is a half-wave, full-wave bridge, and full-wave center-tapped processes.

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Electrical Circuit Theory Rectification Process Report
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