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Home/8.50 For the CG amplifier in Fig. 8.18, let gm = 2 mA/V, ro = 20 kΩ, Rs = 20 kΩ, and RL = 840 kΩ. Determine the values of Rin, Ais, and Rout. If the signal source is converted to its Thévenin form, determine the voltage gain vo/vsig, where vo = ioRL and vsig = isigRs. 21 kΩ; 0.976 A/A; 840 kΩ; 20.5 V/V

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8.50 For the CG amplifier in Fig. 8.18, let gm = 2 mA/V, ro = 20 kΩ, Rs = 20 kΩ, and RL = 840 kΩ. Determine the values of Rin, Ais, and Rout. If the signal source is converted to its Thévenin form, determine the voltage gain vo/vsig, where vo = ioRL and vsig = isigRs. 21 kΩ; 0.976 A/A; 840 kΩ; 20.5 V/V

8.50 For the CG amplifier in Fig. 8.18, let gm = 2 mA/V, ro = 20 kΩ, Rs = 20 kΩ, and RL = 840 kΩ. Determine the values of Rin, Ais, and Rout. If the signal source is converted to its Thévenin form, determine the voltage gain vo/vsig, where vo = ioRL and vsig = isigRs. 21 kΩ; 0.976 A/A; 840 kΩ; 20.5 V/V

8.50 For the CG amplifier in Fig. 8.18, let gm = 2 mA/V, ro = 20 kΩ, Rs = 20 kΩ, and RL = 840 kΩ. Determine the values of Rin, Ais, and Rout. If the signal source is converted to its Thévenin form, determine the voltage gain vo/vsig, where vo = ioRL and vsig = isigRs. 21 kΩ; 0.976 A/A; 840 kΩ; 20.5 V/V

8.50 For the CG amplifier in Fig. 8.18, let gm = 2 mA/V, ro = 20 kΩ, Rs = 20 kΩ, and RL = 840 kΩ. Determine the values of Rin, Ais, and Rout. If the signal source is converted to its Thévenin form, determine the voltage gain vo/vsig, where vo = ioRL and vsig = isigRs. 21 kΩ; 0.976 A/A; 840 kΩ; 20.5 V/V