CT system functions for parallel, series, and feedback connection of two system functions H(s) and H...

  

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CT system functions for parallel, series, and feedback connection of two system functions H₁(s) and H₂ (s). Let H₁(s) = 1 s+1 ) H₂(s) = 1 S+2 ■ (a) Determine the overall system function H₂ (s) for the parallel connection. Make a pole-zero plot for the overall system function and determine if the overall system is a LPF, a BPF or a HPF (or something else). Explain your reasoning! (b) Repeat (a) for H, (s) of the series connection. (c) Repeat (a) for Hƒ(s) of the feedback connection. x(s) X(s) Parallel connection: H₂ (s) H, (s) X (s) H),(S) / H₂ (s) Series connection: H, (s) f + Hels) Feedback connection: Hf (s) H,(s) H₂ (s) k Y(s) Y(s) Y(s) CT system functions for parallel, series, and feedback connection of two system functions H₁(s) and H₂ (s). Let H₁(s) = 1 s+1 ) H₂(s) = 1 S+2 ■ (a) Determine the overall system function H₂ (s) for the parallel connection. Make a pole-zero plot for the overall system function and determine if the overall system is a LPF, a BPF or a HPF (or something else). Explain your reasoning! (b) Repeat (a) for H, (s) of the series connection. (c) Repeat (a) for Hƒ(s) of the feedback connection. x(s) X(s) Parallel connection: H₂ (s) H, (s) X (s) H),(S) / H₂ (s) Series connection: H, (s) f + Hels) Feedback connection: Hf (s) H,(s) H₂ (s) k Y(s) Y(s) Y(s)