on Part 1 (10 marks) Design and simulate a multi-stage voltage divider Bipolar Junction Transistor (BJT) amplifier, using the information below. a. Specifications: pply nsumption ain riving load quency k to peak current Value 15V Less than 20mW >60dB o A resistive load (The value of the resistive load is the last 2 digit of student's ID number) o 10pF capacitive load 100kHz 12uA b. Deliverables: i. Design the voltage divider multi-stage BJT amplifier to drive a resistive and capacitive load. ii. Calculate all components' value and the DC operating points of the circuit. iii. Present in the report a detailed AC analysis for the multi-stage amplifier. iv. Simulate the designed circuit using LTPSPICE-IV (or similar software) v. Compare the calculation and simulation results. vi. You are expected to present all results in the form of a Technical Report. 1:45 4 Back Assignment.docx type written, ouvre spaceu, using nimes New Roman in a 12- point font size. Part 1 (10 marks) Design and simulate a multi-stage voltage divider Bipolar Junction Transistor (BJT) amplifier, using the information below. a. Specifications: Less than 20mW No Description Value 1 Power supply 15V 2 Power consumption 3 Voltage gain 4 Output driving load 5 Input frequency >6018 A resistive load (The value of the resistive load is the last 2 digit of student's ID aber) 10pF capacitive load 100kHz 6 Input peak to peak current 12uA b. Deliverables: i. Design the voltage divider multi-stage BJT amplifier to drive a resistive and capacitive load. ii. Calculate all components' value and the DC operating points of the circuit. ii. Present in the report a detailed AC analysis for the multi-stage amplifier. Simulate the designed circuit using LTPSPICE-IV(or similar software) v. Compare the calculation and simulation results. vi. You are expected to present all results in the form of a Technical Report. c. Assessment Criteria: iClear technical theory related to the single stage and multi stage amplifier. ii. Proper explanation on the design and working principle of the single stage and multi-stage amplifier, according to the given specifications including all of the important formulas. iii. Modeling and simulation of the designed circuit using LTSPICE. iii. Discussion and Conclusion. v. References used are to be included in the report using Oxford referencing style. vi. For more detailed breakdown on assessment of Part 1, refer to Rubric 1.