Practical Realization Digital PID Controller for Speed Control of DC Motor Using Back-EMF Feedback Method
Journal Title: INTERNATIONAL JOURNAL OF ENGINEERING TRENDS AND TECHNOLOGY - Year 2013, Vol 5, Issue 5
Abstract
This paper describes the speed control of dc motor using back emf method. Among the various techniques for controlling the speed control of dc motor, this method offers relatively simple and cost effective solution. In this method no feedback sensor or extra feedback signal processing circuitry is required. The speed control of dc motor has been achieved using pid controller which is implemented on PIC microcontroller and one method is also proposed to achieve better speed control of dc motor.
Authors and Affiliations
Prof Vishal Vaidya , Prof Kapil Dave , Prof Sandip Mehta
A Review on Optimization of Finite Element Modelling for Structural Analysis of Pressure Vessel
It is important for every engineer to analyze and design the pressure vessel that will provide safety, durability and serviceability to the company. Accomplishing this task will require knowledge of parameters that affec...
Design of an Amplifier through Second Generation Current Conveyor
This paper describes the architecture of first and second generation current conveyor (CCI and CCII respectively) and designing an amplifier using second generation current conveyor. The designed amplifier thr...
CFD ANALYSIS OF STATIC PRESSURE AND DYNAMIC PRESSURE FOR NACA 4412
The static pressure and dynamic pressure are important parameters and have a strong influence on airplane wing lift and stagnation point. In this paper NACA 4412 airfoil profile is considered for analysis of an air...
A Strategic Review of Exploratory Testing Techniques
Building quality software is always an important part of SDLC stages. Testing builds a confidence to examine the quality of software developed. Exploratory testing requires the use of knowledge of the testers. There is a...
Automatic Generation Control of Multi Area Power System Using PID Controller
This paper presents an Automatic Generation Control scheme for multi area power system using integrator and PID controller. The simulation results of four areas are compared using MATLAB/SIMULINK software. Automa...