PENGARUH DUTY CYCLE TERHADAP TEGANGAN KELUARAN
BUCK CONVERTER
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Institusion
INSTITUT TEKNOLOGI DIRGANTARA ADISUTJIPTO
Author
SHODIQ PRATAMA, AMMAR
Subject
T Technology (General)
Datestamp
2024-07-11 02:50:36
Abstract :
At the moment the application of DC-DC Converter has allowed the electronic appliance to function using a small battery energy source and the output voltage can be personalised as desired. The existence of this design can regulate the magnitude of the output voltage and know the efficiency of the design Build buck converter. In this study, Buck Converter sought an output voltage by changing the duty cycle from 12V voltage. PWM frequency setting to change the duty cycle value using the TCCR1 listing program on the Arduino IDE. By using a duty cycle adjustment is inserted by 30%-60% The resulting microcontroller, resulting in output voltage 4, 5V-7, 4V. Then, the output voltage is measured using the current sensor and the voltage displayed on the LCD. The results of the voltage test vary in output resulting in maximum efficiency by 84%
At the moment the application of DC-DC Converter has allowed the electronic appliance to function using a small battery energy source and the output voltage can be personalised as desired. The existence of this design can regulate the magnitude of the output voltage and know the efficiency of the design Build buck converter. In this study, Buck Converter sought an output voltage by changing the duty cycle from 12V voltage. PWM frequency setting to change the duty cycle value using the TCCR1 listing program on the Arduino IDE. By using a duty cycle adjustment is inserted by 30%-60% The resulting microcontroller, resulting in output voltage 4, 5V-7, 4V. Then, the output voltage is measured using the current sensor and the voltage displayed on the LCD. The results of the voltage test vary in output resulting in maximum efficiency by 84%
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