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Q: Determine: a. VG b. IDQ and VGSQ c. VD and VS d. VDSQ
A: In this question, We need to calculate the a. VG b. IDQ and VGSQ c. VD and VS d. VDSQ We know…
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Q: 3. Determine a. Ic. b. Rc- c. Rg. d. VCe- 12 V Ic RC RB oVc = 6 V VCE B=100 1- 40 μΑ
A: Solution - Given, β=100
Q: R -R, 10 kΩ, R- 500 Ω, and E kQ. Determine, VGsQ, IDa
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Q: C₁ = =/2 - 3 -2 ≤n≤2 -> Up to 2nd harmonic C-HS Cn= 2-2jzn iztufont (fo== == ) X(t) = 2 Cnie n=-06…
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Q: 50 SL 20SL %3D O 60 Find Vottay in CI and c리 an Ener Jy and Cz on Ci
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A: As in the resonance condition the voltage across inductor and capacitor is equal to Q times the…
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Q: Reduce the following block diagrams اختصر المخط ط الكتلي التالي R +. 不十 63 Fant G4
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Q: Vec =14 Bi=139k Rc=3k %3D Re Rz= 50M Resl,5k Rz Find: IB Is Jr A
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Q: 2. Find I and ZT -j20 N jso N | 200/30° V 40 N 20 Ω.
A: Circuit diagram is given as, Equivalent impedance is given by,…
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Q: Deseribe vellige commutated chopper weêth relevant anrrent and vallige finchon f time. as
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Q: Vcc = 14V Rp Rc 9.7 V B= 82 B 4.51 RE
A: BJT (Bipolar Junction Transistor): It is a three terminal semiconductor device. Base, emitter and…
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A: so Right Answer R2=494.44 Ω
Q: Rc||ro → |Av = Rc||ro||RLOAD |Av| = re re 1 hoe= -= 35; ro = 0.02857 ro |Av| RC||ro 100; re 25mV…
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Q: Trablomsle Find the transher function ty CO/R6) lor the fallowing Contral systets by using black dia…
A: As per company guidelines we are supposed to answer only one question. Kindly repost other questions…
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A: We need to find out the frequency of output of counter 2.
Q: A resistor of resistance R=1000 Q is maintained at 17 °C and it shunted by 100 µH inductor.…
A: Given:R=1000ΩT=17oC or 290 KL=100μH
Q: Pr Finel the trigono-etic F.3 for the semepentrce xH) over the interval ostsa etic f.3 for the…
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Q: H.W: A resistor of resistance R=1000 S2is maintained at 17 °C and it shunted by 100 uH inductor.…
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Q: (c) Discretise the following PI control algorithm K (1 + ) (R(s) – Y(6)) U(s) T;s.
A: Given: The PI control algorithm: To find: Discretise the following PI control algorithm.
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A: Given: Frequency deviation constants kf=2π×105, kp=10π. Modulating signal frequency…
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: Determine S sketch the output voltaye wareform 1MF- 200K Viown -4
A: Here it us asked to find out the output voltage when the input voltage waveform is given. Here the…
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Q: %09 l. 9::0 Q1/(b) Calculate cutoff frequency high for the cct. below at R1=R2= * 10K2 and…
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A: In this question we need to find a transfer function of the given signal flow graph.
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Q: 16 - Transistörün DC yük hattını çizerek çalışma noktasının belirlenmesi istenmektedir. ICQ değeri…
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Q: ktenine the trans for function G6) = im the ginen gysten: T(6)
A: The transfer function for the given rotational mechanical system can be obtained with drawing the…
Q: Wien Bridge with R1-R3= 5 ohm, C1=C3%3D0.000001F. Find the frequency.
A: Given, R1=5 ΩR3=5 ΩC1=0.000001 FC3=0.000001 F
Q: Simplify the following block diagram. 63 G, ܣܩܟ H1 G4 H 62
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A: Here we discuss about the capacitive circuit & related parameters.
Q: The waveform below is from a 70-Vac source. - 50 ms 180 V Determine: a. Vpk (ans: 98.9949 V) b.…
A: As per the honor code I will do only first three parts . Kindly post the other questions again.…
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- The ABCD constants of a 3-phase line are: A = D = 0.98182 + j0.0012447, B = 4.035 + j 58.947 and C = j0.00061137. If the sending end voltage is 387.025 kV L9.542o and the sending end current is 529.29 Amp L-27.325o. Find the receiving end voltage and current delivered to the load.The particulars of the series compensated transmission line in figure shown below are V=220V, f=60 Hz, X=15Ω, and δ=60º. The degree of inductive compensation is r=30%. Find (a) the line current I, (b) the active power PP, and (c) the reactive power QP.(b) Three Impedances each of (10 – j26)Ω are connected in mesh across a three-phase 435V ac supply. Determine the phase current, line current, active power and reactive power drawn from supply. (1)phase current (Ip)? (2)Line current ? (3)real power? (4)reactive power?
- A three-phase 6OO-V circuit has two balanced loads connected in parallel, one Δ impedance 9?∠40 ° Ω and the other Y impedance 5? ∠30 ° Ω. Find the total current of the effective line and the total average power absorbed.l. A single-phase distributor AB has a total impedance 0f (0.1+j0.2) ohms. At the far end B, a current of 80A at 0.8 pf lagging and at mid-point C a current of 100A at 0.6 pf lagging are tapped. If the voltage at B is maintained at 200V, determine the sending end voltage.A single phase transmission line is delivering 500 kVA load at 2 kV. Its resistance is 0·2 Ω and inductivereactance is 0·4 Ω. Determine the voltage regulation if the load power factor is (i) 0·707 lagging (ii)0·707 leading.
- The load flow data for the sample power system are given below. The voltage magnitude at bus 2 is to be maintained at 1.04 p.u.Determine the set of load flow equations at the end of first iteration by using N-R method. Impedance for sample system Bus Code Impedances line charging admittance 1-2 0.08 + j0.24 0.0 1-3 0.02 + j0.06 0.0 2-3 0.06 + j0.18 0.0 Schedule of generation and loads: Bus Code Assured Voltages Generation Load…If a load is symmetric with 50 ohm of series impedance and 13 ohms of mutual impedance, what are the sequence impedances? a. z11 = z22 = 63 ohm, z33 = 89 ohm, else 0 b. z11 = z22 = 33 ohm, Z00 = 76 ohm, else 0 c. z11 = z22 = 50 ohm, Z00 =89 ohm, else 0Circuit theory Question 3) In the above circuit VL=161 and ZL = 30 + j36, find the "Ib" line and "IAB" phase currents.
- A single phase transmission line is delivering 500 kVA load at 2 kV. Its resistance is 0·2 Ω and inductive reactance is 0·4 Ω. Determine the voltage regulation if the load power factor is (i) 0·707 lagging (ii) 0·707 leading. [(i) 5·3% (ii) −1·65%]Please help will Upvote Fro the circuit below a. Determine the total impedance Z Tand the admittance YT. b. Determine the currents I1 , I2 and I3. and verify Kirchhoff's current law by showing that Is = I1 + I2 + I3. c. Determine the power factor of the network, and indicate whether it is leading or lagging.A delta-connected load with impedance Zab= 10cis30, Zbc = 25cis0 und Zca= 20cis-30 ohm is connected to a three phase, three-wire 250-volt source with phase sequence ab-bc-ca. Find the line currents and the total power.