Q4. a) b) Assuming two voltage inputs VA and Va, design a circuit using a single ideal operational amplifier that provides the following output voltage VouT: VOUT = 3VA-5VB Write the symbolic expression for Vout(f) as a function of Vs(f) for the circuit of Figure 4 that uses an ideal operational amplifier. Tip: use AC analysis. v (t) R www * Figure 4 R₁ C₁ Vout(t) c) If you remove the capacitor Cr from the circuit of Figure 4, what is the amplification of the circuit? What amplifier configuration is this?

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parts 1,2 and 3 please

Q4.
a)
b)
Assuming two voltage inputs VA and VB, design a circuit using a single ideal
operational amplifier that provides the following output voltage VouT:
VOUT = 3VA-5VB
Write the symbolic expression for Vout(f) as a function of Vs(f) for the circuit of
Figure 4 that uses an ideal operational amplifier.
Tip: use AC analysis.
v (t)
R
Figure 4
R₁
C₁
Vou(t)
c)
If you remove the capacitor C from the circuit of Figure 4, what is the amplification
of the circuit? What amplifier configuration is this?
Transcribed Image Text:Q4. a) b) Assuming two voltage inputs VA and VB, design a circuit using a single ideal operational amplifier that provides the following output voltage VouT: VOUT = 3VA-5VB Write the symbolic expression for Vout(f) as a function of Vs(f) for the circuit of Figure 4 that uses an ideal operational amplifier. Tip: use AC analysis. v (t) R Figure 4 R₁ C₁ Vou(t) c) If you remove the capacitor C from the circuit of Figure 4, what is the amplification of the circuit? What amplifier configuration is this?
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