PLEASE USE PSPICE AND provide SCREENSHOTS OF SIMULATION
Posted: Sat Feb 19, 2022 3:28 pm
PLEASE USE PSPICE AND provide SCREENSHOTS OF SIMULATION
Step 4 Draw the circuit shown in fig.2 using Cadence, use IRF150 as M2. Set the input as a sine wave of 40m Vp-p and 10 kHz frequency. V2 w 15 AM R3 R2 1k R11 3.3k 4.7Meg R12 4.7Meg C3 100 R7 C4 M1 M2 vin 그 w 10k ไป IRF150 IRF150 V3 R15 100 R14 2.2Meg AM C8 HE vout 470 R8 2.21leg povely 0 R13 1.47k R4 470 НЕ C5 470 R9 {rv} GND_O Figure 2 Step 5 Assuming Vt = 1 volts, simulate the circuit for the bias voltages and currents (VD, VG, Vs) and (ID, IG, Is). Determine the operating region of MOSFET Mị and M2.
Step 6 Using transient analysis and parametric analysis, simulate the circuit for a proper period of time and plot the output for three different values of load R9 and fill in table 1 accordingly. Table 1 CS + CD MOS Amplifier Load R9 value Vin p-p Vo P-P Gain 100 1k 10k
Step 4 Draw the circuit shown in fig.2 using Cadence, use IRF150 as M2. Set the input as a sine wave of 40m Vp-p and 10 kHz frequency. V2 w 15 AM R3 R2 1k R11 3.3k 4.7Meg R12 4.7Meg C3 100 R7 C4 M1 M2 vin 그 w 10k ไป IRF150 IRF150 V3 R15 100 R14 2.2Meg AM C8 HE vout 470 R8 2.21leg povely 0 R13 1.47k R4 470 НЕ C5 470 R9 {rv} GND_O Figure 2 Step 5 Assuming Vt = 1 volts, simulate the circuit for the bias voltages and currents (VD, VG, Vs) and (ID, IG, Is). Determine the operating region of MOSFET Mị and M2.
Step 6 Using transient analysis and parametric analysis, simulate the circuit for a proper period of time and plot the output for three different values of load R9 and fill in table 1 accordingly. Table 1 CS + CD MOS Amplifier Load R9 value Vin p-p Vo P-P Gain 100 1k 10k