(i) (a) (b) (c) Design an op-amp circuits that provide a voltage gain of +5. Assume...

 

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(i) (a) (b) (c) Design an op-amp circuits that provide a voltage gain of +5. Assume sinusoidal input signal with peak voltage of 0.5V and a frequency of 1 kHz. The DC supply Vcc= |VEE| = 15V. Approximate all components to the nearest values given in Appendix A and use those values in the simulation. As for the opamp, you can used AD549 or any other suitable opamp. Briefly explain the operation of the circuit and show all the design calculation. Show the LTSPICE circuit schematic which show the complete circuit components and value. Capture the input and output voltage waveforms of your circuit from LTSPICE. Approximate all components to nearest commercial values, use practical values in the simulation and do not use ideal ones. (i) (a) (b) (c) Design an op-amp circuits that provide a voltage gain of +5. Assume sinusoidal input signal with peak voltage of 0.5V and a frequency of 1 kHz. The DC supply Vcc= |VEE| = 15V. Approximate all components to the nearest values given in Appendix A and use those values in the simulation. As for the opamp, you can used AD549 or any other suitable opamp. Briefly explain the operation of the circuit and show all the design calculation. Show the LTSPICE circuit schematic which show the complete circuit components and value. Capture the input and output voltage waveforms of your circuit from LTSPICE. Approximate all components to nearest commercial values, use practical values in the simulation and do not use ideal ones.