78 Design a Practical differentiator circuit to differentiate signals with frequencies up to 150 Hz and...

  

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78 Design a Practical differentiator circuit to differentiate signals with frequencies up to 150 Hz and produces an output of 10-V peak if the input is 0.5-V peak at 50 KHz. Take C = 0.01 μF. AR₁ = 10.61 kN, RF = 212.2 kN, B. R₁ = 106.3 k2, RF = 2.122 MS2 C. R₁ = 1.591 k2, RF = 31.22 ks, D. R₁ = 5.217 k2, RF = 147.2 ks2, Design a common-source amplifier, as shown in the Fig. 2, to achieve a small-signal voltage gain of at least Av = vo/vi = -10 for RL = 20 ks2, RD = 5 k2, and Rin = 100 k. Assume the Q- point is chosen at IpQ = 2 mA and Viso = 8 V. Let VTN = 2 V. Rs = 3 ks2, kx = 0.65 mA/V², and rout = 5 km. B. Rs=2 k2, kN = 1.25 mA/V2, and rout= 8 km. C. Rs = 1 k2, kN = 0.78-mA/V2, and rout= 5 km. D. Rs = 1 ks, kN = 0.78 mA/V2, and rout= 4 kS. Fig. 2 Rin Ccl ▸ VDD = 20 V funny R₂. RD www!!! CC2 R$ CS www Vo RL 78 Design a Practical differentiator circuit to differentiate signals with frequencies up to 150 Hz and produces an output of 10-V peak if the input is 0.5-V peak at 50 KHz. Take C = 0.01 μF. AR₁ = 10.61 kN, RF = 212.2 kN, B. R₁ = 106.3 k2, RF = 2.122 MS2 C. R₁ = 1.591 k2, RF = 31.22 ks, D. R₁ = 5.217 k2, RF = 147.2 ks2, Design a common-source amplifier, as shown in the Fig. 2, to achieve a small-signal voltage gain of at least Av = vo/vi = -10 for RL = 20 ks2, RD = 5 k2, and Rin = 100 k. Assume the Q- point is chosen at IpQ = 2 mA and Viso = 8 V. Let VTN = 2 V. Rs = 3 ks2, kx = 0.65 mA/V², and rout = 5 km. B. Rs=2 k2, kN = 1.25 mA/V2, and rout= 8 km. C. Rs = 1 k2, kN = 0.78-mA/V2, and rout= 5 km. D. Rs = 1 ks, kN = 0.78 mA/V2, and rout= 4 kS. Fig. 2 Rin Ccl ▸ VDD = 20 V funny R₂. RD www!!! CC2 R$ CS www Vo RL

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