The purpose of this problem is to guide you through the analysis necessary to establish a design procedure for determini

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The Purpose Of This Problem Is To Guide You Through The Analysis Necessary To Establish A Design Procedure For Determini 1 (98.75 KiB) Viewed 48 times

The purpose of this problem is to guide you through the analysis necessary to establish a design procedure for determining the circuit components in a filter circuit. The circuit to be analyzed is shown in the picture. (Figure 1) Figure + Vi m R₁ R₂ m R₂ C₂ C₁ < 1 of 1 V Part C Now observe that we have five circuit components - R₁, R₂, R3, C₁, and C₂ - and three transfer function constraints - K, b₁, and bo. At first glance, it appears we have two free choices among the five components. However, when we investigate the relationships between the circuit components and the transfer function constraints, we see that if C₂ is chosen, there is an upper limit on C₁ in order for R₂ (G₂) to be realizable. If C₂ = 1F, find three conductances G₁, G₂, G3. If there are multiple solutions, write any f them. Express your answer in terms of the variables K, b₁, bo, and C₁. VΠΑΣφ | Ivec l G₁, G₂, G₁ = Submit Part D C₁ ≤ Previous Answers Request Answer b₁² 4bo(1+K) Submit Xb = √x V/xx b What is C₁ for G₂ in part C was realizble? Express your answer in terms of the variables b₁, bn, and K. A X Incorrect; Try Again; 7 attempts remaining Term 1: The correct answer involves the variable bo, which was not part of your answer. Term 2: The correct answer does not depend on: b. Term 3: The correct answer involves the variable b₁, which was not part of your answer. Previous Answers ✓ Correct rze X) X-10" ?