hi, i am level 2 student doing my Bsc in mechatronics.
i am required to undertake a module-based mini project in the area of Electronic engineering. this involves design & fabrication. a report is to be submitted clearly stating the conclusions drawn from the project work. i would be really thankfull if i could get the theoretical calculations. My submission date is two days from now.
i am to design a Common emitter Amplifier Circuit.
Design Specifications:
Voltage Gain: 100
Input Voltage: 10mV(RMS) to 20mV(RMS)
The lower cut-off Frequency: 800Hz to 1.5KHz
DC Power Supply: 10V to 15V
Transistor type: npn
Software Simulations:
(i) Draw the circuit using Microsim/Orcad
(ii) Plot the frequency responce of the Amplifier "with" & "without" Emitter bias capacitor.
(ii) Find out the Mid Band Gain, Lower, Upper cut-off(3dB) frequencies & hence Calculate the band width.
Hardware:
Assemble the circuit & repeat the steps (ii) and (iii) above to compare the results.
Report:
1. Abstract
2. A physical discription of the circuit.
3. Design specifications
4. Circuit diagram
5. Design with necessary sketches
6. A list of components
7. Fabrication & testing
8. Results & conclusion
9. Bibliography
10. Appendix(Data sheet)
I am to show all design work in the project,including calculations for all component values & also state any assumptions made.
Is anyone up for the challenge
i am required to undertake a module-based mini project in the area of Electronic engineering. this involves design & fabrication. a report is to be submitted clearly stating the conclusions drawn from the project work. i would be really thankfull if i could get the theoretical calculations. My submission date is two days from now.
i am to design a Common emitter Amplifier Circuit.
Design Specifications:
Voltage Gain: 100
Input Voltage: 10mV(RMS) to 20mV(RMS)
The lower cut-off Frequency: 800Hz to 1.5KHz
DC Power Supply: 10V to 15V
Transistor type: npn
Software Simulations:
(i) Draw the circuit using Microsim/Orcad
(ii) Plot the frequency responce of the Amplifier "with" & "without" Emitter bias capacitor.
(ii) Find out the Mid Band Gain, Lower, Upper cut-off(3dB) frequencies & hence Calculate the band width.
Hardware:
Assemble the circuit & repeat the steps (ii) and (iii) above to compare the results.
Report:
1. Abstract
2. A physical discription of the circuit.
3. Design specifications
4. Circuit diagram
5. Design with necessary sketches
6. A list of components
7. Fabrication & testing
8. Results & conclusion
9. Bibliography
10. Appendix(Data sheet)
I am to show all design work in the project,including calculations for all component values & also state any assumptions made.
Is anyone up for the challenge
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