4. For the circuit in Figure 2, calculate the resistor values which will yield a bias current ID which meets your assign

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4 For The Circuit In Figure 2 Calculate The Resistor Values Which Will Yield A Bias Current Id Which Meets Your Assign 1 (78.64 KiB) Viewed 31 times

4. For the circuit in Figure 2, calculate the resistor values which will yield a bias current ID which meets your assignment specifications. As a general rule of thumb, a good starting point is to drop 50% of the total power supply voltage across M1, and the remaining 50% across RS. Simulate your circuit in PSPICE to verify your calculations. For this circuit you can you use the datasheet, but it is recommended you extract the necessary parameters via measurement as done in a previous lab. Page 3 of 4 ELEE 3101 Electronics I Lab Lab 6: Basic Biasing MOSFET Amplifiers VOD RG1 w M1 IRF540 SRG2 RS vo Figure 2.- Typical DC Configuration for Common Drain Amplifier 5. Measure and record the actual resistance values. Perform another Spectre simulation using the measured values and ensure the terminal voltages are not off by more than 10%. Optimize if needed.