Do The Simulation Only No Need The Pre Lab Calculation Please Provide Me With The Screenshots In Any Simulation Softwa 1 (261.28 KiB) Viewed 20 times
Do The Simulation Only No Need The Pre Lab Calculation Please Provide Me With The Screenshots In Any Simulation Softwa 2 (279.21 KiB) Viewed 20 times
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)
Join a community of subject matter experts. Register for FREE to view solutions, replies, and use search function. Request answer by replying!