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ECE3161 - Analogue electronics - S2 2025

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Q6.4: Select the transfer function A_{v} = \dfrac{V_{o(s)}}{V_{in(s)}} A_{v} = \dfrac{V_{o(s)}}{V_{in(s)}} of the practical Differentiator circuit shown in Figure 6.3 below.

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Q5.3: What is the modified AC output voltage (V_{o}(s) V_{o}(s) ) for the circuit shown in Figure 5.2 in L(s) domain? Choose the correct representation from the choices provided below: 

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 Q7. Determine the transfer function of the circuit

 

In the angular frequency domain, \omega\omega, determine the transfer function  H[\omega] H[\omega] of the circuit below. 

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Q6. Superposition Theorem

 

Use the superposition theorem to find the current I_xI_x in the circuit below. 

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 Q5. Superposition Theorem

 

Use the superposition theorem to find I_0I_0 in the circuit below. 

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Q4. Thevenin's Equivalent Circuit

Find the Thevenin's equivalent circuit for the following circuit. Assume i > 0i > 0 and v > 0v > 0

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