Pole Identification Using Block Diagram Reduction

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SUMMARY

The discussion focuses on identifying poles from a closed-loop transfer function using the block diagram reduction method. The user expresses confusion regarding the removal of the summation point in the block diagram, which is essential for simplifying the system. The conversation highlights the importance of understanding feedback loops and their impact on system dynamics. Additionally, it suggests that posting in a dedicated Electrical Engineering section may yield better assistance.

PREREQUISITES
  • Understanding of closed-loop transfer functions
  • Familiarity with block diagram reduction techniques
  • Knowledge of feedback loops in control systems
  • Basic concepts of pole-zero analysis
NEXT STEPS
  • Study the process of block diagram reduction in control systems
  • Learn about the significance of summation points in feedback systems
  • Explore methods for pole-zero analysis in transfer functions
  • Review examples of closed-loop control systems and their pole identification
USEFUL FOR

Electrical engineering students, control systems engineers, and anyone involved in analyzing and designing feedback control systems.

Hraabo
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Hello I hope someone can help me, as i am kinda stuck for the moment.
As you can see, the assignment states that I need to find the poles from the closed loop transfer function.

I plan on doing so, by using block diagram reduction method.

241902
241903
This is as fare as I've come, and can't come further, even though I am pretty sure that it is possible. The summation point confuses me, how do I remove it? I could remove the feedback loop, but the summation point would still be there, or am I wrong?

Any help would be nice.
 
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@Hraabo,
There is a section here specially for EE. It may be better to post it there.
 
Is that so? Maybe Someone Can Move the post then?

And Sorry for the trouble
 
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No problem, I told a mentor, he should be having a look at it soon.
 
Bump - No help? :S
 

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