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5 cards from this section. Quick, good the night before a test.
What principle does electrostatic actuation rely on?
Think about how charges interact.
Name an application of shape memory alloy actuation.
Consider devices that respond to heat.
What is the principle behind thermal actuation?
Think about how materials behave with temperature changes.
True or False: Electrostatic actuation can generate significant forces without needing high power.
Consider the power usage of different actuation methods.
Design a MEMS actuator using a combination of actuation types. Describe how you would integrate electrostatic and thermal actuation.
Consider the advantages of both methods to create a versatile actuator.
Evaluate the potential of using magnetic actuation in micro-robotics. Discuss benefits and challenges.
Think about the applications of robots with different motion requirements.
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