An underdamped second arnder syplem forward transfer funchion is given as G CS) = 20 %3D s+S + 20

Q: Haw I Consider the sytam shown bebu. ablase the closed Loo ransler functin C6)/AS) す +1

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Q: 3. 2-x-9J x-9J JJ Jo Jo or dy dz dx

A: In this question  We need to determine the value of given integral.

Q: How many poles are in the right half-plane, in the left half-plane, and on the jw-axis for the…

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Q: QH find the simplification For this Booleun function. 3=(Ax+Bx)-A +(AX+ BX) A

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Q: H. W iew is d 1- Determine the transfer function of Figure 1 ei(t) Ans C. 11 mm R₁ i C₂ e(t) R-JXc…

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Q: O83735 Soru 21 141210345-9992983735 R1 41210345-9992983735 41210345-9992983738 14121034 40 İçi 12…

A: Environmental equation is form by either kcl or kvl  Option C,and D are wrong because in these…

Q: Given the following circuit with Vp-96<30° Volts. Then 12:1 Vs 10002 Select one: O a. None of these…

A: Transformer:  Transformer is a static electrical device which transfers power from one circuit to…

Q: RI A 72Vニ R2 {RA RL B Ri =R2 =e3 = %3D %3D Calculate VTH and RTH, IN and RN ! Note : TH thevenin N=…

A: We need to find thevenin equivalent circuit, norton equivalent circuit .

Q: H.wl: one cy cle To AD 2 Wo = 2T To To -To Ao To 2

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Q: Please solve this problem in detail to understand

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Q: Design FSM for full adder and half adder(red marked) for this diagram

A: Finite State Machine- The Finite State Machine is an unambiguous mathematical model for a digital…

Q: Consider the following plot and anower the following questions Voltage (V) VI V2 4. 8 9.5 17.5 Time…

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Q: ebtain the state equntion, transition matrin and the state Variables ecid ? too R=32 initial…

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Q: Draw the block diagram of the system using state equations. di Ri - dt L L

A: The given equations can be written as- i ˙= -RLi - KbLω +VL ω˙ = KtJi - BJω This can be expressed in…

Q: Two poles & tvo zeros Design the filt er Fs = 8000 Hz 1500 2000 400

A: According to the question, we need to design a filter by using the given pole-zero plot

Q: C2 Rs =lk Rc=Gik Ciz =4pf NTH=96

A: Given network is shown below. It is a CE amplifier (Common emitter). Given data is Rs=1kΩ, R1=45kΩ,…

Q: Reg in the Circuit shown in the Figure is (--)2 Rea 3

A: The solution can be achieved as follows.

Q: The value of and @o in the following RLC circuit in Figure 2 is given by ic i, iR 10µFVo 0.4 H lo…

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Q: For the circuit shownin Figure IF Vec= 16V, Rc= 3-9kn Vcc RI= 39, R2=4.7ke Rc RI RE = 1.2 Ks2, B=100…

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Q: In the circuit in the figure below, after determining the  hybrid equivalent circuit, calculate the…

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Q: A series RL circuit with R=10 N and if I_=5 A and V.-100 volt, with f=60 Hz then L will be Select…

A: Given: A series RL circuit with, R=10 ΩIs=5 AVs=100 Vf=60 Hz

Q: SHOW COMPLETE SOUTON C3 C2 Hei 50v C8 -Ca - AMF ST

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Q: An RLC series consists of R = 400, XL = 30, and XC = 60. Total circuit impedance:

A: Given:RLC series connectedR = 40 ΩXL=j30 ΩXC=-j60 Ω

Q: A CT system with the poles s1=-1 and s2=0.7-j2 is

A: In control system, the poles are the roots of the denominator of the transfer function and zeros are…

Q: An R-L-C circuit has the following frequency response when connected to a 100 V supply. The lower…

A: The bandwidth of the system can be calculated by using the upper and lower cut off frequencies i.e…

Q: Input Biáš čurrnent = 30URA Hint Slides 99-104 of Lecture 5 Noninverting input U1 R3 Output OPAMP 3T…

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Q: 2. Deaw the observaóle cananical form of siven tromm for furetim Gls). Find the slate epu ations.…

A: Transfer function:  The ratio of the Laplace transform of output to the Laplace transform of input…

Q: 0.4 Σ 0.25 0.9 1.5 C 0.45

A: while shifting summing point before the block we have to add 1.5 block to the feedback network and…

Q: For the following circuit C1=61, C2=61, C3=11, C4=11, C5=81, C6=31, C7=51, Determine the equivalent…

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Q: For the cascade connection given below, Find the input voltage Vin to get an output voltage Vout =…

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Q: Given : B = 120, VCC = 15, RB1 = 50k, RB2 = 8k, RC = 2.2k, RE = 220 %3D Solve for RIN(BASE), IB, re,…

A: We are authorized to answer three sub-parts at a time, since you have not mentioned which part you…

Q: 2) Fill in waveforms for Q and D_OUT D P.. D_IN CLK CLK D_OUT D_IN D_OUT Ti

A: given logic diagram is

Q: Convert each SOP expression to standard SOP form: A+BD

A: To solve above question, the concepts required include the following: Understanding of basic gate…

Q: Find the simplification of AB+B(B+C)+C(B+C) O a. B+C O b. C+A O c. 1 O d. A+B

A: Use the Boolean Algebra rules and solve as below

Q: 2572 R, Hust Rz vC 5218V 52 Hz

A: Given, R1=257 ΩL1=75 mHV=5218 Vf=52 Hz Also, UL=3UC∠UL-∠UC=90

Q: Consider the Circult R,= 3K& Rg vilt) Rz= 200NQ Vs(H)( Rg= INQ C= 1uf L= 2mH Iz(t) Which of the…

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Q: h. x = AB(C D) + ABD + BC D

A: There are basically two ways to simplify it and the best one is using k-map as it will provide you…

Q: LT+LH+TH+PIEPLEPH

A: The given function is in the form of sum of products. f=LT+LH¯+TH¯+P¯T+P¯L+P¯ H¯ The product of sums…

Q: 3 mili gus 25mv 15 K-2 Find zi and zo and Av and Vo

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Q: ) Find a difference equation to implement a system with a frequenc response e-iw H(e]w) = 6+ 5e-jw…

A: For the given transfer function  H(ejw) =-e-jw6+5e-jw+e-j2w Difference equation is obtained as shown…

Q: 9. Determine the low cut-off frequencies of the figure with following parameters: (Remodel and draw…

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Q: What is the natural frequency of the figure below? 400 G(s) = s²+ 12s + 400 15 20 30 O 25 ㅇ

A: In this answer we will find the natural frequency of the given transfer function as shown below. The…

Q: Compute the cutoff frequency. C C 4.7 nF 4.7 nF 44 O2 kHz O 1.4 kHz O2.82 kHz 03.12 kHz R₂ 12 kQ www…

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Q: R S + E K s+4 s+2 + C

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Q: Can you explain how you get Vo(.6-j.05)=7.5 angle 20. Because I get Vo(.6+j.05)=7.5 angle 20 I dont…

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