ANALISIS DAN SIMULASI BUCK CONVERTER DENGAN
PENGENDALI LEAD COMPENSATOR
Total View This Week0
Total View This Week0
Institusion
INSTITUT TEKNOLOGI DIRGANTARA ADISUTJIPTO
Author
ARIEF RIVAI, SIDIQ
Subject
T Technology (General)
Datestamp
2024-05-30 01:46:48
Abstract :
Most current electronic equipment requires a DC current with a lower voltage for operation. Therefore, almost every electronic equipment has a circuit that functions to convert an electric current from an AC current (Alternating Current) into a DC current (Direct Current) and also to provide a voltage corresponding to the electronic circuit. The circuit that converts AC current into DC is called a DC Power Supply or in Indonesian is called a DC power supply. In this thesis how to make a Buck Converter circuit with the aim that each input voltage and resistance are changed to the desired output voltage. To make the output voltage remain in accordance with the desired value, a lead compensator is added which functions as the output voltage controller. Lead compensators in general will speed up system responses and increase system stability. he simulation results show that the lead compensator can make the output voltage (output) stable or stable even though the input voltage (input) and load are changed. And after the Buck Converter circuit is added the lead compensator response graph the output voltage (output) becomes faster and more precise in accordance with the desired output voltage
Most current electronic equipment requires a DC current with a lower voltage for operation. Therefore, almost every electronic equipment has a circuit that functions to convert an electric current from an AC current (Alternating Current) into a DC current (Direct Current) and also to provide a voltage corresponding to the electronic circuit. The circuit that converts AC current into DC is called a DC Power Supply or in Indonesian is called a DC power supply. In this thesis how to make a Buck Converter circuit with the aim that each input voltage and resistance are changed to the desired output voltage. To make the output voltage remain in accordance with the desired value, a lead compensator is added which functions as the output voltage controller. Lead compensators in general will speed up system responses and increase system stability. he simulation results show that the lead compensator can make the output voltage (output) stable or stable even though the input voltage (input) and load are changed. And after the Buck Converter circuit is added the lead compensator response graph the output voltage (output) becomes faster and more precise in accordance with the desired output voltage
Download
book
BibTex
Latex, Jabref
cloud_download
Original Resource
url resource Institution
