please solve for the circuit design below and do not repost the same solution you find for this task on this website as

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please solve for the circuit design below and do notrepost the same solution you find for this task on thiswebsite as it is not accurate

Please Solve For The Circuit Design Below And Do Not Repost The Same Solution You Find For This Task On This Website As 1 (45.46 KiB) Viewed 39 times

Please Solve For The Circuit Design Below And Do Not Repost The Same Solution You Find For This Task On This Website As 2 (108.4 KiB) Viewed 39 times

41. # 59 V2 U= VCC| Vin +1. Pr5 V3 U= R16 R= T1 Vaf=1 Bf=; HE Pr1 Pre T3 Vaf= Bf= R12 R= R10 R= Vo1 2 Pr8 Prg Pr T4 Vaf= Bf=' R18 R= Vo2 + 1 Pr3 MO T5 Vaf= Bf= R14 R= Vout
Task 2: Discrete Op-Amp/Multi-Stage Amplifier Design [Max. 60 Marks] In this task you are going to design a multi-stage Amplifier using 2N3904 (NPN) and 2N3906 (PNP) transistors. The basic architecture for an Op-Amp will contain a differential input stage, followed by a CE Amplifier and an output stage as shown in Figure 2. Vin+ Vin- Differential Pair CE Amplifier The basic specifications for the multistage are outlined below: Figure 2: Multi-Stage Amplifier Block Diagram • Open loop-gain (A): > 80 dB (10000 V/V) input impedance (Rin) > 100 ks • output impedance (R₂) < 75 • CMRR > 100dB. • Vcc= -VEE = 15V • Phase Margin > 70⁰ • Slew Rate • Offset Voltage Output Stage