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Extra info for Adult & Pediatric Spine
Recall that in Chapter 1, the following important definition was made for microdevice. The microdevice is the batch-fabricated integrated microscale motion, electromagnetic, radiating energy, or optical microscale device that 1. Converts physical stimuli, events, and parameters to electrical, mechanical, and optical signals and vice versa; 2. Performs actuation, sensing, and other functions, and microscale features of electromechanical, electronic, optical, and biological structures, topologies, and operating principles are basics of the microdevice operation, design, analysis, and fabrication.
2 High-level functional block diagram of the large-scale MEMS with rotational and translational actuators, sensors and ICs. Actuators actuate dynamic systems. These actuators respond to command stimulus (control signals) and develop torque and force. , nanobiomotor, jellyfish, human eye, locomotion system) and man-made actuators. Biological actuators are based upon electromagneticmechanical-optical-chemical phenomena and processes. ) and respond with torque or force. Consider the flight vehicles.
The application requirements must be counted, and the electromagnetic interference, temperature, vibration, or radiation can be the factors used to make the preferred selection. As an other example, consider micro- and nanoscale actuators. The actuator size is determined by the force or torque densities which are the functions of the materials used and size (volume). That is, the size is determined by the force or torque requirements and materials. As one uses NEMS or MEMS as the logic or sensor devices, the output electric signal (voltage or current) or electromagnetic field intensity (or density) must have the specified values.