Analogous Systems
ฝัง
- เผยแพร่เมื่อ 10 ก.พ. 2025
- Control Systems: Analogous Systems
Topics discussed:
1. Analogy between Mechanical Systems and Electrical Systems.
2. Electrical Analogous Networks.
3. Methods to obtain Electrical Analogous Networks:
• Force - Voltage Analogy
• Force - Current Analogy
4. Derivation & Conclusions for Force - Voltage Analogy.
5. Torque - Voltage Analogy.
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#ControlSystemByNeso #ControlSystems #AnalogousSystems #ForceVoltageAnalogy
Very good class. However, it would be more appropriate (to avoid ambiguities) to draw the damper in parallel with the spring. This is because in this specific case the sum of the forces applied to the mass occurs only in the direction of the displacement.
True. It was confusing at first, it could be interpreted as having vertical component.
Analogous? More like "Awesomeness!" Thanks again for making and sharing all of these great videos.
Next level content
This concept came in jee Advanced 2022.
Glad I had watched this video like 1 year ago lol
Wonderful and teaching of topics is very understandable
Thank you. Perfect video
Please Complete Full Course of Reasoning and Aptitude
x2 porfavor
I request you to upload more quickly upload the lecture of control system
Please upload full course
❤️❤️❤️❤️❤️ no bad comments
Thank you sir
another great lesson thanks. But you can not have something that is "exactly similar" . something is either similar to something else, but not exactly like it. Or it is an exactly the same, ie identical to it. Similar is an assumption, an opinion if you like. Exactness is an objective claim.
To access full course did I have to buy it
sir i have taken neso fuel too
but network theory,analog and digital electronics are incomplete please complete them ASAP
Seems in the example, the friction B is in the wrong place in the diagram?
What will be the equivalence for spring constant when two spring connected in parallel?
Since for spring the opposing force is directly proportional to displacement if 2 springs are connected then it will be directly proportional to difference between the displacements i.e x1-x2
❤
Please provide slide
th-cam.com/video/RUwQkXroaig/w-d-xo.htmlm58s
Boss
Bullshit the main point of me watching the video was to learn how to draft the electrical system using the machanical system, only for you to bring an already drawn system and Start making comparison useless.
thanks Sir🙏❤