Load Variation Test resulted that the maximum efficiency of Buck Converter Simulation is 97.3% and the maximum efficiency of Buck Converter Prototype is 91.8%. Duty Cycle Variation Test resulted that the maximum efficiency of Buck Converter Simulation is 99.3% and the maximum efficiency of Buck Converter Prototype is 96.4%. Download scientific diagram The Multisim software and the relevant circuit simulated from publication: Automatic Speed Controller of a DC Motor Using Arduino, for Laboratory Applications Speed.

Input Voltage Variation Test resulted that the maximum efficiency of the Buck Converter Simulation is 98% and the maximum efficiency of the Buck Converter Prototype is 92%. Based on the simulation, a Buck Converter prototype was made with an Arduino Nano controller. For the arduino codes, there are two options, you can program it to the arduino uno software or use the program window of the SimulIDE software. The design begins by making a circuit simulation on the NI Multisim 14.2 software. The author designed a Buck Converter with an efficiency of up to 90%, which can be integrated with a 20Wp PV Cell as input and a 12V50Ah VRLA Battery as output. A common challenge found in all types of DC converters is how to design a DC converter with high work efficiency. For this project, let’s stick to the LDR sensor module so we can select the light or dark detection by placing jumpers.

According to Chapman (2005:105), the Buck Converter topology has an efficiency of up to 85%. of the proposed circuit using the Multisim electronic circuit simulator. Barrett 2012 Advanced Circuit Simulation Using Multisim Workbench David Bez-Lpez, Flix E. Introduction Users of Arduino boards that need to design custom shields can now accelerate the development by using predefined templates in Multisim and Ultiboard. DC converter devices have various efficiencies depending on the type of topology, as well as the selection of electronic components that make up the DC converter which has an impact on a lot of wasted energy in the electrical conversion process. In this work we present such integration using a simple and low cost experiment. A DC converter is needed to adjust the voltage generated by the PV cell so that it can be connected to the battery.

Using multisim with arduino