Question

Critical Thinking 26-49 In Fig. 26-40 calculate (a) the cutoff frequency $f_c$; (b) the output voltage at the cutoff frequency $f_c$; (c) the output voltage at 50 kHz. Figure 26-40 Circuit for Critical Thinking Prob. 26-49. $R_1 = 10 k\Omega$ $V_{in} = 10 V_{p-p}$ for all frequencies $R_2 = 10 k\Omega$ $C = 0.033 \mu F$ 26-50 In Fig. 26-41, calculate the values of $L$ and $C$ required to provide an $f_c$ of 1 MHz and a bandwidth $\Delta f$ of 40 kHz. Figure 26-41 Circuit for Critical Thinking Prob. 26-50.

          Critical Thinking
26-49 In Fig. 26-40 calculate (a) the cutoff frequency $f_c$;
(b) the output voltage at the cutoff frequency $f_c$;
(c) the output voltage at 50 kHz.
Figure 26-40 Circuit for Critical Thinking Prob. 26-49.
$R_1 = 10 k\Omega$
$V_{in} = 10 V_{p-p}$ for all frequencies
$R_2 = 10 k\Omega$  $C = 0.033 \mu F$
26-50 In Fig. 26-41, calculate the values of $L$ and $C$ required to
provide an $f_c$ of 1 MHz and a bandwidth $\Delta f$ of 40 kHz.
Figure 26-41 Circuit for Critical Thinking Prob. 26-50.

Critical Thinking
26-49 In Fig. 26-40 calculate (a) the cutoff frequency fc;
(b) the output voltage at the cutoff frequency fc;
(c) the output voltage at 50 kHz.
Figure 26-40 Circuit for Critical Thinking Prob. 26-49.
R1 = 10 kΩ
Vin = 10 Vp-p for all frequencies
R2 = 10 kΩ C = 0.033 μ F
26-50 In Fig. 26-41, calculate the values of L and C required to
provide an fc of 1 MHz and a bandwidth Δ f of 40 kHz.
Figure 26-41 Circuit for Critical Thinking Prob. 26-50.

Added by Andrew R.

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