A) For the network shown in Figure 1, i) Determine Ter ii) Find Z,(with ro =...

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A) For the network shown in Figure 1, i) Determine Ter ii) Find Z,(with ro = 002), iii) Calculate Z,(with T. = 002), iv) Determine Ay(with r, =co), v) Repeat parts iii) and iv) including ro - 50k2 in all calculations and compare results. Z QUESTIONS 10μF 460ks 2ks2 10μF B=100 12V Figure 1: Circuit for Question One A) Zo V₂ 10 Marks B) Explain the basic operating principle of a Bipolar Junction Transistor (BJT) and with illus- trations explain its application in alternating current (AC) circuits. 5 Marks A) For the network shown in Figure 1, i) Determine Ter ii) Find Z,(with ro = 002), iii) Calculate Z,(with T. = 002), iv) Determine Ay(with r, =co), v) Repeat parts iii) and iv) including ro - 50k2 in all calculations and compare results. Z QUESTIONS 10μF 460ks 2ks2 10μF B=100 12V Figure 1: Circuit for Question One A) Zo V₂ 10 Marks B) Explain the basic operating principle of a Bipolar Junction Transistor (BJT) and with illus- trations explain its application in alternating current (AC) circuits. 5 Marks

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The circuit in Figure 1 is an inverting operational amplifier opamp circuit with feedbackThe opamp is assumed to be idealwhich means it has infinite gainzero output resistanceand infinite input resist... View the full answer