DC Motor, Stepper Motor By Connor.

Slides:



Advertisements
Similar presentations
Basic Electronics Part 7: Actuators
Advertisements

SUN TRACKING SOLAR PANEL. Introduction The main objective of this project is to track the sun and rotate the solar panel accordingly, to receive sunlight.
Stair With Rotated Steps By Ahmed Elmasry. The Idea:  When i searched for different stairs’ designs, i found that i want to make different type of them,
-DC and Stepping Motor Basic -DC and Stepping Motor Control Circuit Sung Yeul Park Dept. Electrical & Computer Eng Center for Clean Energy Engineering.
AC/DC, Stepper Motors and Gearing CSC 338 – Robotics and Intelligent Agents Theodore Trotz.
Logic-level outputs can’t drive a motor directly. Solution: Relays –Relays allow one circuit to switch a second circuit –isolates circuit from potentially.
Engineering H191 - Drafting / CAD Gateway Engineering Education Coalition Lab 3P. 1Autumn Quarter DC Motors Lab 3.
Electric Motor Control with Regenerative Braking Cody Doremus & Keegan Roach Advisor: Mr. Gutschlag Bradley Electrical Engineering Senior Design Project.
W ORM DRIVE. W HAT IS IT ? A worm drive is a gear arrangement in which a worm (which is a gear in the form of a screw) meshes with a worm gear (which.
Stepper Motors Jason Wells. Background Brushless, synchronous electric motor Brushless, synchronous electric motor No feedback necessary (open loop) No.
Applied Control Systems
1 Stepper Motors. 2 Click once to show video 3 HOW CAN WE INCREASE THE RESOLUTION, OR STEPS, OF A MOTOR? 1.Increase the number of stationary electro.
Charging System Fundamentals
DC Motors Taken from a variety of sources including: and ty/generators/index.html.
THIS IS SOMETHING WE SEE AND USE EVERYDAY! University of British Columbia Presenter: Eric Yeh Department of Physics and Astronomy PHYS420: Physics Demonstration.
Starting System Fundamentals
 Electricity and magnetism are different aspects of a single force: electromagnetism  Electricity = result of charged particles  Magnetism = result.
1 Motors & Motor Controllers ECE AC or DC Motors AC –Few robots use AC except in factories –Most of those that use AC first convert to DC DC –Dominates.
Electrical Fundamentals
Generators, Magnets, and Motors. Generators A generator is a device that produces electrical energy from mechanical energy.
Part A: Background Part B: Building the Basic Motor Part C: Designing an Improved Motor Part D: Building and Testing an Improved Motor.
Electric Motors and Motion Control Ara Knaian. Motors Motors convert electrical energy to mechanical energy Motors make things move LINEAR ELECTROSTATIC.
Reciprocating Saw Dissection: Motor Description Thomas Snowdon.
Servo Motor Control. EML 2023 Department of Mechanical and Aerospace Engineering Design Project You are to design a mechanical device that can tilt a.
Actuators -perform work made of: signal amplifier and the transducer uses power source (electrical, hydraulic) converts it into mechanical work.
Module 4: Electrical Systems
© The McGraw-Hill Companies, Inc McGraw-Hill 1 PRINCIPLES AND APPLICATIONS OF ELECTRICAL ENGINEERING THIRD EDITION G I O R G I O R I Z Z O N I 18.
 B-060A-435D-A884-5EE93A1636A3
Servo Motor Control. EML 2023 Department of Mechanical and Aerospace Engineering Design Problem You are to design an automated goalie for an air hockey.
THE MECHANICAL ASPECTS OF ROBOTICS
Electric Current You Light Up My Life. SC Standards PS 6-10 Compare alternating current (AC) and direct current (DC) in terms of the production of electricity.
Motors & Motor Drivers ECE 450.
Electromagnets By: Emily M.
MOTORS. Definition Of Motor That powered by electricity or internal combustion, that supplies motive power for a vehicle or for some other device. A device.
Servo Motor Control.
 Moving charges through wires makes the wire magnetic.
Teaching Fellowship Project Proposal Peter Kenny Department of Transport Engineering School of Mechanical and Transport Engineering College of Engineering.
INTRODUCTION TO ROBOTICS Part 3: Propulsion System Robotics and Automation Copyright © Texas Education Agency, All rights reserved. 1.
Stepper Motor – Types, Advantages And Applications
Fundamentals of DC Electric Machinery
TRANFORMERS & DC MACHINES BY: PRATIK SINGH ( ) MANISH K ROY ( ) GAGANDEEP SINGH PANESAR ( ) PARSE SANDEEP ( )
Speed control of stepper motor using microcontroller 8051
Motors & Motor Controllers
CHAPTER 11 SPECIAL MACHINES Electrical Machines.
Electromagnetic Revolution
ELECTROSTATIC MOTOR BY V VINAY 10EEE102.
Topics covered in this presentation:
DC motor and stepper motor
STARTING OF IC ENGINES.
What is a Generator?
Applied Control Systems
Electric Machines In electrical engineering, electric machine is a general term for electric motors and electric generators and other electromagnetic machines.
Applied Control Systems
11. Actuation.
Interfacing of stepper motor
Automotive Service Modern Auto Tech Study Guide Chapters 30 & 32
Simulation things to note…
DC Motors Lecture No 6.
Simulation things to note…
Inverters Converting dc to ac
ELECTRICITY AND MAGNETISM
Applied Control Systems
Electricity and Magnetism
IT 318: M5 Motors: Questions IT M6.
Warm-Up What equation do we get from Ohm’s Law?
II. Uses of Magnetic Fields (p ) Electromagnet Speaker Motor
UNIT - I D.C. GENERATORS.
ALTERNATOR.
Science Notes: Stnd 01 Date Standard 01: 8.PS2.1
-Shweta Dubey.
Presentation transcript:

DC Motor, Stepper Motor By Connor

DC MOTORS The DC motor runs on direct current (DC) electricity. DC motors are used to run machinery, instead of a internal combustion engine. DC motors can operate from rechargeable batteries, providing the motive power for the electric vehicles.

nowadays DC motors are found in applications as small as toys and disk drives, or in large sizes to operate steel rolling mills and paper machines. Modern DC motors are nearly always operated in conjunction with power electronic devices.

Stepper Motors A stepper motor is a brushless dc motor, that can divide a full rotation in many steps . The position of the motor can be controlled without a feedback mechanism ,

Dc/stepper motors DC brush motors rotate continuously when voltage is applied to their terminals. Stepper motors, on the other hand, effectively have multiple "toothed" electromagnets arranged around a central gear-shaped piece of iron