22/ for the circuit in figure (2) choose che correct answer V=100 20° V=100 20 Figure (2) 1- Z1 is equal: - * O a) Z1=30 O b) Z1=3+j4Q O c) Z1=3-j40 O d))Z1=+j40

Q: What is the output voltage Vs = 24 /__ 0 ° V0 in the circuit in the figure ?

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Q: For the cireit showa in Figure F Vec = 20v, Re= 2.2ka Re- 390ka, RE 12ka Vec Be 100, r = 002 Re Rc…

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Q: Express Vo as V₁, V2, V3. describe the process of calculation R₁ www DIO U₂ 0 13 O R₂ M R3 R4 WWW ww…

A: The given circuit isWe need to express vo as v1, v2 and v3.

Q: Solve for the Vrms (magnitude only) across the resistance if R2-1093 ohms and Xc - 2318 ohms. www не…

A: Given data, Circuit diagram is given as,

Q: Ет%3D 12V IT= RT = PT= Vi = R1 = 52 P1 = V2 = I2 = R2 = 1Q P2 V3 = I3 = R3 = 588m2 P3

A: In the circuit given in question, the resistor R2 is connected in parallel with resistor R3 and the…

Q: GIUEN Rz Ra Rr Ry = 2R %3D 10A noitepilquA to é %3D 3A Rc -42

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Q: For the circuit of the figure with 60 Hz input frequency, determine to the nearest integer: Vp(sec)…

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Q: Find. Rth us ing TEC

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Q: ... R. If Ra = 5, Rb = 4, and Rc = 6, find R2. Two decimal places. b R2 a R1 ww Ra Rb R3 Round your…

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Q: Vz = 8 V, V6 = 0.6 V, V1 = 2 V. Find the average dc voltage of output waveform.

A: These days, all solar panels provide DC power. Electrical current that travels in a single direction…

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Q: 3:00 ¢ W O A O X 7 all 58% Use the 9's complement to do the subtraction: 63505 -1754 | The first…

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Q: Calcula te the total resistance? RI= 10n R3=201

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Q: Circuits theory

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Q: Determine R₁, R., Rc of the following for the given networks Vcc 9V Re R R₂-20KQ L-101 4₁ a=0.98…

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Q: Which option is correct for the state equation of the circuit in the figure? NOTE: Take the…

A: Given circuit is - Given values are - R=1L=0.2C=0.1

Q: Find current l, in the circuit of Figure Q2(b). j6 2 -j4 2 102 20 j12 V 12Ω j20 10280° A Figure…

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Q: MI If Is=1x10¹6A and V₁-26mV, Then Vout is 750 mV Select one: O a HE RL 1KQ Ic 91 131 V O b. 2.66 V…

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Q: CHI D CH2 + Vs 10V p-p 100 Hz RL 1 k2 VL +

A: The given circuit is a circuit of "HALF WAVE UNCONTROLLED RECTIFIER"

Q: klst2) Sketch vi0ot Jocus and also G Is) HIS) = %3D S+25+6 detevimine W at K=1-33

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Q: In circuit shown in figure, the operating point is chosen such that Ic = 1.57 mA, VCE = 3.1V,If Rc =…

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Q: Chtain The note voth qer n The circuft shown V2 Vz 4DA

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Q: Design and findd io & vo terms of rsistenes moninverting op- anp Avz15 Hio R3 Viの RI

A: Operational Amplifier- Op-amp is a linear analog IC having 8-pins. It is fabricated using VLSI.When…

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Q: R3 100k R2 Vi V2 10 20k Vo V1 Ú1 SINE(0 1.414 10k) V3 )10 +

A: This is opamp with negative feedback and supply is at inverting terminal We can apply virtual short…

Q: in the given figure shows pole-zere

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Q: If Is = 1×1016A and V,= 26MV, Then Vout is: RL 1 k2 3 V 750 mV Q1 Select one: O a. None of these O…

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Q: homeuork 3 Ike 22k2 Boc=- find Q-point こ auswer 1-8MA 2.2 Ic -5U VCE

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Q: Which of the following compensator is used to improve the margin of stability?

A: A compensator is a component in the control system and it is used to regulate another system

Q: 1-) Reg 11 R₁ eiven: R₁ = 65 R₂ = 8 R3-10 R4 = 120 RE-70 Re OLLAATOR R₂= 52 A N R5 RG = 65 R₁ = 952…

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Q: 16 v₁² =√₁² + 2ax = 0 + 2* 7.9*10⁰*0.05 vo 4₁ = (v₁²0.0 ans = 8.89*107

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Q: For the circuit shown, find the operating point assume ß = 45 Rc1.2 k2 Ic Cc Cin V BE. 100 kn Rg…

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Q: A voltage divider amplifier shown in Figure 3 has an output current Ic = 4 mA. Based on the circuit…

A: Since you have posted the questions with multiple subpart so we are supposed to answer 3 subpart.

Q: Q:2 The op- onp. in the Cir Cuit of Fi G. below a finel iz and P. <power at R=3kan)? in 1mA (T 14k-

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Q: 5 Please draw De ond put graph fa he givere 5. cizanid. Assume he diede is ideal. Osv -ob

A: The solution can be achieved as follows.

Q: Q/ solue the equation [500] = [DI]*+BL +BH ÷ CX + CX %3D DI = 2000 H [DI] = 130 Bx = 148AH CX = 22 H

A: [500]=DI2+BL+BH÷CX DI=2000HDI=130 BX=148 AHCX=22H

Q: Find V₁ and V₂ in the circuit below: 220° A ↑ V₁ = 5.2793 - j*5.4190 V₁ = 9.2793 - j*1.4190 V₂ =…

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Q: Rg=1 k2 Rc=2 k2 R2 R1 = 10 k2 Vcc= 15 V

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Compensation Techniques

The compensation techniques are the methods that are employed in the electrical control systems to enhance the performance of the system. The performance are generally affected by the factors like lag in the compensating devices, slow response of the system of the components like sensors used in the control system. The basic compensation technique involves lag compensation, lead compensation or the combination of the both.