Real time FPGA Implementation of PWM Chopper Fed Capacitor Run Induction Motor

Murali, N.; Balaji, V.

doi:10.11591/ijres.v7.i3.pp138-148

Cited by 3 publications

(3 citation statements)

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“…It has after that given towards the engine via DAC when the present pace equates to the actually arranged pace, the actual engine will get begin operating at an arranged pace. Once again, through altering the actually arranged pace, the above-mentioned process is actually repetitive through pushing an additional drive switch change within the FPGA component [27]. The FPGA cyclone II EP2C5T144 is presented in the Figure 3.…”

Section: Methodsmentioning

confidence: 99%

Monitoring and controlling the speed and direction of a DC motor through FPGA and comparison of FPGA for speed and performance optimization

Abbas

Chisab

Mnati

2021

IJECE

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<span lang="EN-US">We are living in the 21<sup>st</sup> century, an era of acquiring necessity in one click. As we, all know that technology is continuously reviving to stay ahead of advancements taking place in this world of making things easier for mankind. Technology has been putting his part in introducing different projects as we have used the field programmable gate arrays (FPGAs) development board of low cost and programmable logic done by the new evolvable cyclone software is optimized for specific energy based on Altera Cyclone II (EP2C5T144) through which we can control the speed of any electronic device or any Motor Control IP product targeted for the fan and pump. Altera Cyclone FPGAs’ is a board through which we can monitor the speed and direction of the DC motor. As we know how to make understand, dynamic analog input using an A-to-D convertor and we know how to create pulse width modulation (PWM) output with FPGA. Therefore, by combining these two functions we can create an FPGA DC motor controller. Our paper is divided into three parts: First, all of us will attempt to imitate the issue and can try to look for its answer. Secondly, we will try to verify the solution for real-time. In addition, in the last step, we will verify the solution on the real-time measurements.</span>

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Section: Methodsmentioning

confidence: 99%

Monitoring and controlling the speed and direction of a DC motor through FPGA and comparison of FPGA for speed and performance optimization

Abbas

Chisab

Mnati

2021

IJECE

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“…Computer-aided software, like MATLAB/simulink, is important for effective learning of electrical machines courses [1], [2], particularly dynamic models of these machines [3]- [8]. Capturing the dynamic behaviour of electrical machines is important for many aspects, such as speed and angular control of motors [9]- [13].…”

Section: Introductionmentioning

confidence: 99%

Detailed modelling and simulation of different DC motor types for research and educational purposes

Sami

Obaid

Muhssin

et al. 2021

IJPEDS

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The devastating impact of Covid-19 pandemic accelerated the shift to e-learning in the higher education. Particularly in the electrical machines courses, that often include laboratory experiments. However, no detailed models of DC motors, developed in MATLAB/Simulink, were reported in literature. Hence, in this paper, a virtual laboratory consist of models of DC motors was built for the first time. The proposed models are easy to use and modify, and allow all machines’ parameters to be altered for students to replicate easily to support and enhance the learning process of electrical machines courses. Consequently, the developed models are effective tools for educational and research purposes. Dynamic models of DC motors were developed using MATLAB/Simulink, namely separately excited, permanent magnet, shunt-connected and series-connected DC motors. Two different approaches for modelling were proposed, the block diagram representation and Simscape based models. The two modelling methods were validated against the built-in DC machine model. The proposed models are easy to use and modify, and allow all machines’ parameters to be altered for monitoring and comparison purposes. Consequently, the developed models are effective tools for research and educational purposes.

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“…A hard ware/software microblaze soft-core based system to generate PWM signal using clock frequency to control the pulse width is presented by [6]. Sinusoidal pulse width modulation system is constructed by [7] to act as AC voltage controller. An iterative reduction based heuristic algorithm with closed loop and space vector PWM control of a Z-source inverter implemented in hardware is discussed in [8].…”

Section: Introductionmentioning

confidence: 99%

Embedded processor system for controllable period-width multichannel pulse width modulation signals

Khalil

Mohammeed

2021

TELKOMNIKA

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This paper proposes a sophisticated embedded processor system configured on zynq-xc7z020 field programmable gate array (FPGA) device for generating four channels pulse width modulation signals with variable duty cycles and periods using embedded design techniques. The main advantages of the technique are the high ability to perform a simultaneous control on period and pulse width of the generated signals and a high system design adaptation to choose the number of input/output channels. Controlling the the period and the pulse width is achieved by injecting a digital signal to the designed system to manipulate embedded timers' operation. Vivado design suite is used to develop the system hard ware in the integrated development environment where the processing unit and peripherals are instantiated and interconnected. A practical aplication program in C language is prepared to make the system act according to the target. The designed system can be used to drive multi-phase D.C to D.C convertors. The system performance is verified by using vivado logic analyzer and chipscope windows. The superiority of the proposed approach over other approaches is that it resulted in a multi-inputs/multi-outputs pulse width modulation system with high controllability on the pulse width and the period that ranges from 15 nsec to 60 sec.

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Real time FPGA Implementation of PWM Chopper Fed Capacitor Run Induction Motor

Cited by 3 publications

References 0 publications

Monitoring and controlling the speed and direction of a DC motor through FPGA and comparison of FPGA for speed and performance optimization

Monitoring and controlling the speed and direction of a DC motor through FPGA and comparison of FPGA for speed and performance optimization

Detailed modelling and simulation of different DC motor types for research and educational purposes

Embedded processor system for controllable period-width multichannel pulse width modulation signals

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