Control System – Subjecting a Type 0, Type1 and Type 2 system to Test Inputs
As we already seen in the last post about the ‘steady state error’ associated with ‘steady state’ response of
Read moreAs we already seen in the last post about the ‘steady state error’ associated with ‘steady state’ response of
Read moreAs already discussed in my previous post, in this part(steady state) the output response will remain constant. The parameter
Read moreIn this post, we will look into the various characteristics of the response in any control system. Time response analysis
Read moreAs we know practice indeed is the key to success, so you should practice a lot these concepts from reputed
Read moreAs we discussed earlier that the objective of Block Reduction technique and Signal Flow graph is same i.e to find
Read moreSignal flow graph is an alternative to Block Reduction technique. Here instead of blocks, take-off points, summing points etc ,
Read moreYou must have already learnt all the basic rules for reducing any complex block diagram. So now we need to
Read moreSpoiler : This post is long yet interesting!! As we already know that control systems consist of mathematical models. The
Read moreHowdy, fellas!! I hope you already acquaint yourself with the Control System subject overview (from my previous posts). So let’s
Read moreYou shall already go through my previous post (of different real-life examples) , so you can now surely expect what
Read moreIn this post, we shall not be looking into any historical advancement that has taken place in the Control engineering
Read moreSo before we get started, I want to give you some glimpse of the main modules that we will be
Read moreControl engineering (or Control systems engineering) is an engineering discipline which relates to controlling equipment and processes, to achieve some specific behaviour.
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