Microactuator
A microactuator is a microscopic servomechanism that supplies and transmits a measured amount of energy for the operation of another mechanism or system. As a general actuator, following standards have to be met:
- Large travel
- High precision
- Fast switching
- Low power consumption
- Power free force sustainability
For microactuator, there are two in addition
- Microstructurability
- Integrability
Principle of microactuators
The basic principle can be described as the expression for mechanical work
since an actuator is to manipulate positions and therefore force is needed. For different kind of microactuators, different physical principles are applied.
Classes of microactuators
gollark: The closest you're likely to get is some specialized DSLs and Haskell making it one line.
gollark: ```ruststruct Tree<T> { thing: T, children: Vec<Tree<T>>}```to be apiologically inelegant about it.
gollark: It's not *that* hard in either, is it?
gollark: Well, praise be to rustaceoforms?
gollark: I need to work out how to make operator perms work.
See also
- Newton's laws
- Euler-Bernoulli beam equation
- Electrostatics
- Electromagnetism
- Piezoelectricity
- Microfluidics
- Sensors
- Nanotube nanomotor
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