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This my master's degree graduation thesis, it's about DC motor speed control using the sliding mode method, the motor it's controlled based on three models which are cascade and reduced, and complete model. the method has proved that it's robust against dc motor parameters changing and able to track a reference speed.
Using LDR as a lux sensor a.Signal processing of LDR as a sensor b.ADC of the signal c.Digital filtering –smoothing (Low pass digital filter) d.Calibration using Android phones lux sensor.DC motor Speed and Position Control using POT and PWM
The Simulink model provides the system's dynamic equation-based model and Simscape provides the physical modelling. It compares both the uncompensated and compensated response (i.e. Lag and Lead controller) of DC motor speed control.
This contains details about a mini-project temperature-controlled fan, using 8051 Micro Controller along with some additional electronic components like LM35 (temperature sensor), ADC0804, Motor Driver, and a DC Motor to replicate a fan. The simulations have been done in Proteus Simulation Software. The project report contains a detailed descrip…