Introduction to DC Motor Theory
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Course Description
This is the seventh lesson in the iKNOW™ AC/DC Motor Theory Library. The lesson introduces participants to DC motor theory.
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Course Outline
Topics
Flux Interaction
Commutation
Multiple Windings
Objectives:
• Explain the effect of armature current on the main flux field and how it results in
motor action.
• Explain the process of commutation and how it maintains direct current in a DC motor.
• Describe how the number of windings and commutator segments effects torque and mechanical power of a DC motor.
Back to Top
Flux Interaction
Commutation
Multiple Windings
Objectives:
• Explain the effect of armature current on the main flux field and how it results in
motor action.
• Explain the process of commutation and how it maintains direct current in a DC motor.
• Describe how the number of windings and commutator segments effects torque and mechanical power of a DC motor.
More Information
| Language | English |
| Course Length | 0.50 hours |
| Duration of Access | 1 year |
| Instructor | Self Study |
| Vendor | ITC Learning |
| Prerequisites/Audience | Prerequisites: Knowledge of DC motor components and magnetic principles or review of the lessons, Introduction to AC Components and Motors and Introduction to DC Motors, is recommended. |
| Requirements/Materials Included | Hardware/Software Requirements • Minimum: 486 66-MHz system, 16MB of RAM, color monitor • Recommended: Pentium 100-MHz system, 32MB of RAM, color monitor • 50-70MB free disk space on C drive • Windows 95 or greater • Recommended browsers: Netscape Navigator, version 6 or greater, or Internet Explorer, version 4.01 or greater • High speed Internet connection • CD-ROM drive, 2X or greater if running the lesson from a CD-ROM • Cookies and Java must be enabled • Windows Media Player, version 7 or greater • Disable popup blockers |
Price: $ 9.00 (USD)
Add to Cart