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Servo Motion - Control PIV Control | Control and Automation
http://auto-controls.blogspot.com/2009/03/servo-motion-control-piv-control.html
Basic Control and Control algorithms of process control, servo motor control, Robotic. Friday, March 20, 2009. Servo Motion - Control PIV Control. In order to be able to better predict the system response, an. Alternative topology is needed. One example of an easier to. Tune topology is the PIV controller shown in Fig.3. This. Controller basically combines a position loop with a velocity loop. More specifically, the result of the position error multiplied. Again, we begin with observing the response to a...
auto-controls.blogspot.com
Control and Automation: December 2009
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Basic Control and Control algorithms of process control, servo motor control, Robotic. Sunday, December 20, 2009. I-PD controller and tuning. A design method of multirate I-PD controller based on multirate generalized predictive control law. This paper proposes a new design method of an I-PD. Controller. The I-PD controller is designed in a multirate system with fast control input and slow output sampling. In order to design PID. Http:/ cat.inist.fr/? Uncertainties using well known Tuning formulas. Block...
auto-controls.blogspot.com
Sensorless Direct Torque Control | Control and Automation
http://auto-controls.blogspot.com/2009/04/sensorless-direct-torque-control.html
Basic Control and Control algorithms of process control, servo motor control, Robotic. Friday, April 10, 2009. Sensorless Direct Torque Control. A Robust Sensorless Direct Torque Control of Induction. Motor Based on MRAS and Extended Kalman Filter. In this paper, the classical Direct Torque Control (DTC) of. Induction Motor (IM) using an open loop pure integration suffers. From the well-known problems of integration especially in the. Low speed operation range is detailed. To tackle this problem,. Direct...
auto-controls.blogspot.com
Control and Automation: March 2010
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Basic Control and Control algorithms of process control, servo motor control, Robotic. Wednesday, March 3, 2010. The mathematical model of the magnetic levitation system. Model of the magnetic levitation system. The magnetic levitation system considered in this paper consists of a ferromagnetic ball suspended in a voltage-controlled magnetic field. Only the vertical motion is considered. Schematic diagram of the magnetic levitation system. The mathematical model of the electromagnetic levitation system.
auto-controls.blogspot.com
Model and Friction Compensation | Control and Automation
http://auto-controls.blogspot.com/2009/03/model-and-friction-compensation_23.html
Basic Control and Control algorithms of process control, servo motor control, Robotic. Monday, March 23, 2009. Model and Friction Compensation. Model and Friction Compensation. Friction Compensation algorithms 1. Friction Compensation in position and speed control. Friction Modelling near Striebeck Velocities. Related Posts with thumbnails for blogger. Servo Motor Repair Shop. Wireless Networks, Bluetooth and VoIP. Electronic Integrated Circuits ( ICs ). Types of Induction Motor Drive Controllers.
auto-controls.blogspot.com
Control and Automation: February 2010
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Basic Control and Control algorithms of process control, servo motor control, Robotic. Sunday, February 28, 2010. Magnetic Levitation System - SYSTEM IDENTIFICATION. Magnetic Levitation SYSTEM IDENTIFICATION. A fundamental concept in science and technology is that of mathematical. Modeling. System identification is conducted to obtain the plant transfer function. Needed for the control design. Once a good model is obtained and verified, a. Coil circuit that displaces the steel ball using electromagnetism.
auto-controls.blogspot.com
The mathematical model of the magnetic levitation system | Control and Automation
http://auto-controls.blogspot.com/2010/03/mathematical-model-of-magnetic.html
Basic Control and Control algorithms of process control, servo motor control, Robotic. Wednesday, March 3, 2010. The mathematical model of the magnetic levitation system. Model of the magnetic levitation system. The magnetic levitation system considered in this paper consists of a ferromagnetic ball suspended in a voltage-controlled magnetic field. Only the vertical motion is considered. Schematic diagram of the magnetic levitation system. The mathematical model of the electromagnetic levitation system.
auto-controls.blogspot.com
On/off control | Control and Automation
http://auto-controls.blogspot.com/2009/03/onoff-control.html
Basic Control and Control algorithms of process control, servo motor control, Robotic. Monday, March 23, 2009. Temperature - On/off control. ON-OFF Control - refrigeration system. Control and Automation Home. Related Posts with thumbnails for blogger. Servo Motor Repair Shop. Wireless Networks, Bluetooth and VoIP. Electronic Integrated Circuits ( ICs ). Types of Induction Motor Drive Controllers. Sensorless Direct Torque Control (4). Direct Torque Controlled Motor Drive (5). Servo Motion Control all (8).
auto-controls.blogspot.com
Control and Automation: November 2009
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Basic Control and Control algorithms of process control, servo motor control, Robotic. Saturday, November 28, 2009. Video Lecture Industrial Automation and Control - Signal Conditioning and Data Acquisition Systems. Lecture Series on Industrial Automation and Control by Prof. S. Mukhopadhyay, Department of Electrical Engineering, IIT Kharagpur. Video Lecture Signal Conditioning. Video Lecture Signal Conditioning (Contd.). Video Lecture Data Acquisition Systems. Thursday, November 26, 2009. Simulated alti...
auto-controls.blogspot.com
Types of Induction Motor Drive Controllers | Control and Automation
http://auto-controls.blogspot.com/2009/04/types-of-induction-motor-drive.html
Basic Control and Control algorithms of process control, servo motor control, Robotic. Sunday, April 5, 2009. Types of Induction Motor Drive Controllers. There are many different ways to drive an induction. Motor The main differences between them are the. Motor’s performance and the viability and cost in its. Despite the fact that V/F is the simplest controller, it. Is the most widespread, reaching approximately 90%. Of the industrial applications. It is known as a scalar. 13- Field Acceleration Method:.
