1 Open Loop Gain Of Opamp In Figure 1 Is Kyk S 200 A Draw The Circuit Again Utilizing The General Voltage Amplifie 1 (37.96 KiB) Viewed 34 times
1 Open Loop Gain Of Opamp In Figure 1 Is Kyk S 200 A Draw The Circuit Again Utilizing The General Voltage Amplifie 2 (37.96 KiB) Viewed 34 times
1 Open Loop Gain Of Opamp In Figure 1 Is Kyk S 200 A Draw The Circuit Again Utilizing The General Voltage Amplifie 3 (11.23 KiB) Viewed 34 times
1. Open loop gain of opamp in Figure 1 is Kyk(s) = 200. a) Draw the circuit again utilizing the general voltage amplifier model of the opamp. (5p) b) Determine the mid-frequency voltage gain vo/vg(10p) c) Draw the circuit again utilizing the general amplifier model for low frequency behaviour. (5p) d) Determine the lower cutoff frequency, if C = luF, and C2 =2uF. (10p) e) Draw the circuit again utilizing the general amplifier model for high frequency behaviour. (5p) f) Determine higher cuttoff frequency of the circuit. (10p) g) Using the solutions of 'i', “iv” and 'vi', determine the full frequency range voltage gain function of the circuit. (10p)
C Vx C2 RO 10K k(s) vo cy R 20K y 15pF Ti =25K C =150pF 1.=2K Co=10pF Figure 1
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