Find Amid and F1 (s) for this transfer function. Is there a dominant pole? If so, what is the dominant- pole approximation of A,(s)? What is the cutoff frequency fi of the dominant-pole approximation? What is the exact cutoff frequency using the com- plete transfer function? 50s? A,(s) (s + 3)(s + 40)

Note : Value of K1 = 17; K2 = 49 Question : a) Find V1,V2 and V0. b)Draw the output waveform of V1,V2 and V0. c)Draw the transfer characteristics of V0 vs V1. d) Compare T+,T-. Note:: In the below i have add the question and also add 2 answers of the questions. Now you have to identify,which ans is correct and ans if any part is missing.

Note: In the block it is 1/x

I need the answer as soon as possible

Quiq plz

Q2] Design an op amp-based Non inverting low pass active filter with a cut off frequency of 500Hz and a passband gain of 1 using a 50nF capacitor. And Draw your circuit, labeling the component values and output voltage. And If the value of the feedback resistor in the filler is changed but the value of the resistor in the forward path is unchanged, what characteristic of the filter is changed?

Consider the integrator circuit shown below. From the input and output graphs shown, determine if this circuit is working correctly, by first determining what the output should be. (Show your working/reasoning.) The output of the integrator shown is given below: Vout Vindt RC The general form of the integral (assuming the input is a cosine) is given by: A A cos(wt)dt = – sin(wt) 100k? 0.2µF 2.2k2 Vout 300 Hz - Output = 3.13 V, PP Input 2.0 V Pp -2 -3 1. 3. 6. 8. 9. 10 Time / [ms] 2. 3. Input/Output Voltage / [V]

A boost converter is a dc-to-dc switched power supply in which the voltage output is larger than the voltage input. A block diagram for a peak current mode controlled converter is shown below. Find the transfer function Vo(s)/V/(s). Tja(s) Tpa(s) Kf Fm R₁ Tp.(s) K₁ H.(s) Tma(s)

generation of impulse high voltage.      1.theory fundamental.   2.Experimental setup- circuit.     3.related issues problem/challenges

None