(d) Draw the frequency response and determine the filter type and order. R₁ W # V₁0- W Figure Q2 O Vo

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Q2
The circuit in Figure Q2 is an active filter.
(a)
(b)
(c)
(d)
Derive the expression for the voltage transfer function;
Vo(s)
Vl(s)
H(s) =
Determine the gain of the circuit at DC (f = 0 Hz).
Find the cut-off frequency for the circuit.
Draw the frequency response and determine the filter type and order.
V₁0-
R₁
W
C
W
Figure Q2
Vo
Transcribed Image Text:Q2 The circuit in Figure Q2 is an active filter. (a) (b) (c) (d) Derive the expression for the voltage transfer function; Vo(s) Vl(s) H(s) = Determine the gain of the circuit at DC (f = 0 Hz). Find the cut-off frequency for the circuit. Draw the frequency response and determine the filter type and order. V₁0- R₁ W C W Figure Q2 Vo
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