Recent content by ATRIX

Hey rude man, thanks for getting back Yes you are correct k and Kt and yes they can be expressed in the form you have shown. They relate to the properties and generated emf. I think but am not sure that they are possible the time constant for the circuit the "Tau" value any ideas?

People of physics forum i have come here to ask for help. i am trying to model a armature controlled dc motor with no load but and opposite force in the form of frictional damping the expression i have raised and am assuming it to be right is ωout/Vin = k/(L(s)+R)(I(s)+C)+ kt.k...

sorry I did not mention that there is as uploaded visual representation to help understanding, many thanks Alex

1. Homework Statement [/b] Hey Guys Firstly thanks for looking, I really appreciate any help or interest with my problem. The problem is a closed loop feedback system it's unlike any I have come across before. I have been given the definition which is as follows:- G(t)^-1 = 2.5...