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Tutorial: Brushed DC Motors (Part II)
A brushed DC motor requires understanding issues like speed/torque curves, back EMF, cogging, and winding design. |
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Tutorial: Brushed DC Motors (Part I)
Simple and rugged, brushed DC motors deliver high torque at low speeds, making them a good fit for servo motor applications.
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Linear Actuators Provide Performance and Economy
Solutions like ballscrews, belts, and rack drives can provide surprisingly high accuracy and speed over tens and even hundreds of meters. |
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Direct Drive Motors Deliver High Torque
Coupling the motor directly to the load increases positioning accuracy, simplifies controls, reduces noise, speeds throughput, and cuts noise. |
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Electrohydraulic Actuators Help Manufacturers Save Big
Replacing fixed-speed motors with servo motors in hydraulic pumps can deliver enhanced performance with ROIs as short as one year. |
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Interior Permanent Magnet Motors Power Traction Motor Applications
Robust, magnets sparing designs provide quasi-constant power over a broad speed range. |
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Choose the Best Ethernet Cable for the Application
Sophisticated shielding and ruggedized connectors yield industrial Ethernet cables able to survive the factory environment. |
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Troubleshooting Tips: Diagnosing and Mitigating Noise Spikes
Our panel of experts shares tips on discovering the source of noise spikes and ways to eliminate them. |
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Troubleshooting Tips: Isolating Intermittent Faults
Determining the cause of an intermittent fault requires a disciplined approach. |
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Motion Technology Powers Planetary Exploration
Motion designers leveraged innovative technology and the careful design and testing to power Curiosity, the latest Mars rover. |
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Moving Entertainment
By using innovative control schemes and robust components, integrators can develop flexible, powerful motion systems for a range of entertainment applications |
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Motion Enhances Machine Tool Performance
Producing high-quality, tightly toleranced parts require well-controlled 3-D motion. |
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Modular Design Offers the Recipe for Food Packaging
By combining a modular design approach with motion control, food-packaging machine builders can offer flexibility in the design phase and operation phase. |
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Semiconductor Test Positions for Success
Accurate feedback, nonlinear control algorithms, and sophisticated materials focused imagers and position probes for semiconductor test applications. |
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Drives Power Container Cranes
Motion control removes sway and skew to improve efficiency and stability in container loading and storage. |
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Motion Control Puts the Auto in Automotive
Motion control brings reliability and accuracy in automotive applications like instrument panel control and steering assist. |
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Moving Materials
Servo motor control increases throughput and accuracy in materials handling applications. |
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Metal Matters
Sophisticated motion profiles increase accuracy and throughput in metal processing machines. |
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Motion Brings Science to Life
Motion control brings accuracy and consistency to life sciences applications. |
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Glass in Motion
Motion control brings precision, reliability, and repeatability to glass manufacturing. |
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Conversion Factors
Sophisticated controls and dynamic camming increase speed and availability in converting machines. |
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Material Benefits
Motion control brings synchronization, fast changeover, and reliability to textile manufacturing. |
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Servo Motors Give Robots Human Face
They appear in everything from amusement park rides to motion pictures - animatronic characters that substitute electromechanical systems for muscle and sinew. |
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Goin' Mobile
The average able-bodied individual walks from 3000-4000 steps per day. For many people with disabilities, that mobility is precisely what they’ve lost. Around the globe, engineers are using motion control to help bring their mobility back. |