8. For the Figure 4-29a, determine V, when R = 2 KN, C = 0.1µF, R, = 4 KN, and R2 = 2.2 KN. The input voltage is 5 V (peak) at 3.9 kHz. %3D 9 +Vcc V. in R V. out R, -Vcc R2 FIGURE 4-29a First-order...


8. For the Figure 4-29a, determine V, when R = 2 KN, C = 0.1µF, R, = 4 KN, and<br>R2 = 2.2 KN. The input voltage is 5 V (peak) at 3.9 kHz.<br>%3D<br>9 +Vcc<br>V.<br>in<br>R<br>V.<br>out<br>R,<br>-Vcc<br>R2<br>FIGURE 4-29a First-order active filter.<br>Hint : Analyze the circuit to find the relation between Vout and Vin (i.e., find the transfer<br>function). Then plug in w = 2nf (f=3.9 KHz).<br>%3D<br>

Extracted text: 8. For the Figure 4-29a, determine V, when R = 2 KN, C = 0.1µF, R, = 4 KN, and R2 = 2.2 KN. The input voltage is 5 V (peak) at 3.9 kHz. %3D 9 +Vcc V. in R V. out R, -Vcc R2 FIGURE 4-29a First-order active filter. Hint : Analyze the circuit to find the relation between Vout and Vin (i.e., find the transfer function). Then plug in w = 2nf (f=3.9 KHz). %3D

Jun 10, 2022
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