Design and Simulation of Single Phase Controlled Full Wave Rectifier and SIMO Buck Converter for Multi Output Power Supply | IEEE Conference Publication | IEEE Xplore

Design and Simulation of Single Phase Controlled Full Wave Rectifier and SIMO Buck Converter for Multi Output Power Supply


Abstract:

Most electronic equipment requires DC electricity in order to work using AC mains inputs such as Power Supply. However, most power supplies are only able to output only o...Show More

Abstract:

Most electronic equipment requires DC electricity in order to work using AC mains inputs such as Power Supply. However, most power supplies are only able to output only one voltage variant, this can be a problem if there are some electronic equipment that has a variety of working voltages. Therefore, a multi output power supply has been made which has three output voltages that vary and are stable, with currents that adjust to the load and can also be used simultaneously. In this power supply uses two series of constituents in it, namely Single Phase Controlled Full Wave Rectifier and SIMO Buck Converter. In the Single Phase Controlled Full Wave Rectifier circuit used to direct electricity from AC to DC, which uses the Controlled method so that the voltage output can be adjusted as desired. Furthermore, the SIMO Buck Converter is used to reduce the voltage of the Single Phase Controlled Full Wave Rectifier output to have three different voltage outputs types, namely 5VDC, 9VDC, and 14.4VDC.
Date of Conference: 23-24 September 2020
Date Added to IEEE Xplore: 10 November 2020
ISBN Information:
Conference Location: Bandung, Indonesia

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