Problem 1: Determine the voltage gain and I/O impedances of the circuits shown in the figure below. Assume V1 =∞. Transistor Q2 in (d) and (e) operates in soft saturation, which means VCE≈0.2V. Vcc VCC Q2 Vout Vin Q1 J Vcc Q2 Q2 Rc R1 Vout Vout Vino Кат Vino кат = (a) Vcc VCC ка Q2 Vout Rc Rc - Vout Vina кат Vino = (d) (e)

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A: We are given:f(t)=asin(βt)α=10,β=23Laplace Transform definition:F(s)=∫0∞​f(t)e−stdtSo,...

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A: Step 1: Analyze the circuit configurationThe circuit forms a second-order RLC system with a voltage...

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A: Step 1: Introduction to the questionWe are given the measured parameters of a two-port transmission...

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A: Experiment 2 - Flip-FlopsObjective The purpose of this experiment is to study the operation of two...

A: Approach to Solving the QuestionThe problem involves modeling the dynamics of creatinine...

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A: Step 1:To make a stability analysis of the given system in respect of the gain factor K, we need to...

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A: Controller 1: Proportional-Derivative (PD):Schematic:Input resistor R1​ in parallel with capacitor...

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A: Step 1: Given: Power Output (Rated): P=10MW=×ばつ106W Calorific Value of Coal: CV=7500kcal/kg...

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A: Final AnswersVoltage TypeValue (Peak)Value (RMS)Disruptive Voltage243.56 kV172.22 kVVisual...