MODELING AND ANALYSIS OF A TUNABLE BISTABLE MEMS FOR OPTO-MECHANICAL COMPUTATIONAL LOGIC ELEMENTS

Keyphrases

• Logic Element 100%
• Optomechanics 100%
• Computational Logic 100%
• State Change 66%
• Combinational Logic 66%
• Dynamical Behavior 33%
• Flip-flop 33%
• Laser Beams 33%
• Low Power 33%
• MEMS Devices 33%
• Complex Set 33%
• Bistability 33%
• Design Testing 33%
• Design Analysis 33%
• Harsh Environment 33%
• Power Lasers 33%
• Parametric Excitation 33%
• OR Gate 33%
• N It 33%
• Moderate Power 33%
• Chaotic Responses 33%
• Threshold Force 33%
• Mechanical Computing 33%
• Bistable multivibrator 33%

Engineering

• Microelectromechanical System 100%
• Bistables 100%
• Flip Flop Circuits 100%
• Dynamical Behavior 50%
• Design Analysis 50%
• Laser Beam Power 50%
• Parametric Excitation 50%
• Threshold Force 50%