Consider a causal stable LTI system with transfer function H(s) = = 82-2s+2 (s²+4s+5)(s+1)* a) Draw the pole-zero plot. b) Find a minimum phase transfer function HMP(s) and an all pass transfer function HAP(s) uch that H(s) = Hmp(s)HAP(s) Sketch the pole-zero plots for each of these transfer functions. (c) Sketch the phase /HAP(jw) as a function of w.

Figure shows a transistor switching circuit. Find the Vcc and Rc, which causes the output voltage to have a peak to peak value of 6V (given that the input voltage signal Vi, and the output voltage signal Vo, have units of Volt) Fone: V₁ 10k2 www +Vcc Rc V₂ B-100

First，Calculate the input resistance Rin defined as Vin/Iin . Hint: Assuming you know the variable Vin, find Iin in terms of Vin. Substitute Iin into Vin/Iin, then variables Vin will cancel each other on the numerator and denominator. You will get a number that represents Rin. Second，Construct the resistive network in figure 5 with Vin = 5V from the Arduino POWER section. Measure Vin. Then, measure Iin by inserting the DMM between node n1 and n2. Divide these two values to get Rin. Report Vin, Iin, and Rin. Then， Are the measured input resistance values the same when you use Vin = 3.3V and when you use Vin = 5V? Is Rin independent from Vin and Iin? Explain it. Also, include a photo of your circuit！

The multiplexer has the input states of Do=1, D1=1, D2=1, D3=0 So=1, S1=0 Determine the output of this multiplexer. Do Di Output D2 D3 s0 mux MUX