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Step motors are known to be noisy and tend to vibrate when moving. This deep dive explains how you can reduce, and in some cases eliminate, step motor noise & vibration problems.
Pumps that move liquid precisely are at the heart of a broad array of medical devices and lab automation. Get an understanding of what types of fluid pumps will work best for what motion control application.
Juno MC71113, MC73113, and MC78113 ICs integrate a high-speed outer loop control function with a velocity control function for 3-phase Brushless DC and DC Brush motors.
When it comes to step motors, a new drive technique called stepper servo has some engineers believing they have found the holy grail of positioning motion control - the high performance of a servo motor with the low cost of a step motor.
Here we look at four important trends in motion control technology for applications involving medical and laboratory equipment. Underlying all four trends are rapid and radical changes in the cost of computing power and amplifier electronics.
A noisy or chattering servo axis is perhaps the single most common motion problem that engineers encounter when building their motor-based machine. This deep dive focuses on servo motor noise problems and how to solve them.
