Draw SFG form II implementation for the following system 42- 2-3z-1 + 1.8z-3 H(Z) = SN...

  

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Draw SFG form II implementation for the following system 42-² 2-3z-1 + 1.8z-3 H(Z) = SN + LTI system transfer function is given by H(Z) = 0.14- k Σ0 NS SN 1-z-² k 1+ ΣX=1 NS 2-k 2-k (1-0.532-1 +0.732-3)(1-√2-¹) 1. Draw the direct form I and direct form II structures for the system. 2. Determine the transfer function of the system then, how many order of the system. 5. Determine the unit step response of the system. 6. Determine the response of the system if input is sin(SNxn) u[n]. 3. Sketch the poles and zeroes for system then, check stability of the system. 4. Determine the impulse response of the system. Draw SFG form II implementation for the following system 42-² 2-3z-1 + 1.8z-3 H(Z) = SN + LTI system transfer function is given by H(Z) = 0.14- k Σ0 NS SN 1-z-² k 1+ ΣX=1 NS 2-k 2-k (1-0.532-1 +0.732-3)(1-√2-¹) 1. Draw the direct form I and direct form II structures for the system. 2. Determine the transfer function of the system then, how many order of the system. 5. Determine the unit step response of the system. 6. Determine the response of the system if input is sin(SNxn) u[n]. 3. Sketch the poles and zeroes for system then, check stability of the system. 4. Determine the impulse response of the system.

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There are a few possible shapes for the feasibility frontier in this case 1 A dow... View the full answer