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do the simulation only. No need the pre lab calculation. Please provide me with the screenshots in any simulation software and the result. 20 24 Ohm 22 21 MOhm 22 F 16 10 MOhm 1.5kOhm 0.5 V/1 2/1 Deg 270 K Ohm 22uF Figure 1: Common Source Configuration Assemble the circuit as shown in Figure 1 using Electronic simulator (Electronic Workbench or Multisim) and then answer all questions below: 3.1 DC ANALYSIS i) From FIGURE 1 amplifier circuit, do a pre lab calculation for: a) VG b) ID and Vos using JFET formulas c) VD d) Vs e) VDS *** ShowFull DC Analysis and steps (6 M) Section 3.1.1 is Simulated by using Electronic Workbench 5.12/ Multisim 3.1.1 DC OPERATION: CH i) Using the multimeter, measure and record values for VDD, VG, VGS, VD. VDS, VS, IG and ID and VOUT. (4M)
3.2.0 AC ANALYSIS: i) Do a pre lab calculation for: (Ignored rd in calculation) a) gm, gmo (use formula) b) Zin c) Zout d) Av (total) (5 M) *** Show Full AC Analysis and how you get the formulas Section 3.2.1 to 3.4 are Simulated by using Electronic Workbench 5.12/Multisim. Screenshot the circuit constructed in simulator and the waveform obtain in the oscilloscope. 3.2.1 AC OPERATION: (Ignored rd) i) Set both oscilloscope channels to ac coupled. ii) Set the signal generator output to 0.5 Vrms peak-peak at 1 kHz. iii) Measure Vin(p-p) and Vout(p-p). Determine the gain Av. Show your Vin and Vout on Oscilloscope. iv) Remove the bypassed capacitor, measure Vin(p-p) and Vout(p-p). Determine the gain Av. Show your Vin and Vout on Oscilloscope. (4M)