Design and simulate a multi-stage voltage divider Bipolar Junction Transistor (BJT) amplifier, using the information below a. on Value 15V Less than 20mW 60dB o A resistive load (The value of nsumption ain iving load the resistive load is the last 2 digit of student's ID number) 0 10pF capacitive load 100kHz 12uA k to peak current b. Deliverables: Design the voltage divider multi-stage BJT ii. Calculate all components' value and the DC ii. Present in the report a detailed AC analysis for iv. Simulate amplifier to drive a resistive and capacitive load. operating points of the circuit. the multi-stage amplifier. LTPSPICE-IV(or similar software) designed circuit using v. Compare the calculation and simulation results. vi. You are expected to present al results in the form of a Technical Report. Design and simulate a multi-stage voltage divider Bipolar Junction Transistor (BJT) amplifier, using the information below Value Power suppl Power consumption Volta Output driving load 15V Less than 20mW 60dB o A resistive load (The in the resistive load is t digit of student's IDn 0 10pF capacitive load 100kHz 12uA Input frequen Input peak to peak current b. Deliverables: Design the voltage divider multi-stage BJT amplifier to drive a resistive and capacitive load. ii. Calculate all components' value and the DO operating points of the circuit. the multi-stage amplifier. LTPSPICE-IV(or similar software) iii. Present in the report a detailed AC analysis for iv. Simulate designed cicit using v. Compare the calculation and simulation results. vi. You are expected to present all results in the form of a Technical Report