Design and analysis of BJT amplifier and implement it using some advanced simulation tools. a) Design...

 

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Design and analysis of BJT amplifier and implement it using some advanced simulation tools. a) Design and draw a common emitter voltage divider amplifier at room temperature with the following parameters. Z-1.5kQii) Z = 7k2 iii) ANL=-370 iv) B=90 v) - 2012. b) Analyze and suggest a solution to make the gain stable and adjustable with changes in temperature. c) To verify the results, implement the circuit in part (a) and part (b) in Proteus (simulation software) and add the snape shots in the report. The snape shots should show the voltages, currents at different points, and amplified signal at the output of the amplifier. Design and analysis of BJT amplifier and implement it using some advanced simulation tools. a) Design and draw a common emitter voltage divider amplifier at room temperature with the following parameters. Z-1.5kQii) Z = 7k2 iii) ANL=-370 iv) B=90 v) - 2012. b) Analyze and suggest a solution to make the gain stable and adjustable with changes in temperature. c) To verify the results, implement the circuit in part (a) and part (b) in Proteus (simulation software) and add the snape shots in the report. The snape shots should show the voltages, currents at different points, and amplified signal at the output of the amplifier.