Applications of Force Voltage Analogy
- Transducers are devices that take energy from one domain as input and convert it to another energy domain as output. With respect to electromechanical systems they are typically sensors or actuators. Designing and understanding the dynamics of such systems becomes significantly easier by treating them as electrical circuits with corresponding components representing their mechanical equivalents
- By drawing parallels between mechanical and electrical parameters, existing electrical filter theory can be applied to mitigate unwanted vibrations in mechanical systems
- Roboticists also take advantage of the Force-Voltage analogy when selecting actuators, analyzing sensor data and designing control algorithms
- Investigation of mechanical properties of materials under different stress and strain conditions can be done using specialized transducers and electrical analysis
- The mechanical parts of acoustic systems like record player pickups and tonearms can be analyzed using electrical analogies
Force Voltage Analogy
In this Article, We will be going to Know what is Force Voltage Analogy, We will go through the Mathematical Model of the Mechanical System Which is Classified into Two types Translational and Rotational Systems. Then we go through the Mathematical Model of the Electrical System, Then we go through the Force Voltage Analogy, At last, we will Conclude our Article With its Applications and Some FAQs.
Table of Content
- What is the Force Voltage Analogy?
- Mathematical Model of Mechanical Systems
- Mathematical Model of Electrical Systems
- Force-Voltage Analogy
- Translational Mechanical to Electrical System Conversion Example
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