Abstract
Abstract
DC motor is simulated in this paper, in which LTSpice simulator is used. DC Motor is still highly needed in industrial world, for applications that needs goods’ movement in the process line. Therefore, in this paper, it is important to do simulation before real-world electronic circuit is developed. Thereby we promote green eco-friendly environment, by reducing electronic waste caused by prototyping. The simulation of DC Motor is divided into three (3) parts. First, a simplified DC motor model is assumed, and then the effect of inductance and inertia of the DC motor are considered. Lastly, a small perturbation is noticeable in the output of the electrical DC motor, and after a careful insight into the slip-ring mechanical inside of the DC motor, the effect of it is added in the final simulation model. This gradual modelling methodology certainly helps students to correlate between DC motor modelling with the sampled real-world data, which is taken directly from the experimental laboratory.
Reference7 articles.
1. Simulation tool (CERN-2006-010) Paul Scherrer Institute, Villigen, Switzerland;Jenni,2006
2. Design of Servo Controller for Flying Shear;Wu;Journal of Networks,2014
3. A historical review of circuit simulation;Pederson;IEEE Transactions on Circuits and Systems,1984
4. Pspice simulation of power electronics circuit and induction motor drives;Schiop;Rev. Roum. Sci. Techn.-Electrotechn. et Energy,2007
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1. A Remote Lab for Experimental Study of DC Motors;2023 18th Conference on Electrical Machines, Drives and Power Systems (ELMA);2023-06-29