рровием #З USING REPEATED SOURCE TRANSFORMATIONS, REDUCE THE CIRCUIT TO A VOLTAGE RESISTOR 6MS RESISTOR. 27μA 7 A VOLTAGE SOURCE IN SERIES WITH A BOTH OF WHICH ARE IN SERIES WITH THE 3.5M 750kr 1.2Mr 715v е 7ме кьмя

Q: Vc = @ positive half cycle Vo = @ negative half cycle Vo =

A: Given find VC, positive half cycle V0 and negative half cycle V0.

Q: Find the average value of the voltage in the figure 5 V hn ov+ O 1.59 V O 63.7 V O6.37 V O 10.5 V

A: In this question,  We need to choose the correct option determine the average value of output…

Q: j17 - j25 -jX j7 loll 25 jX 32

A: The given circuit is, And X=67

Q: 15) Determine Rį and V. 0.1 RA 0.03 RB IA EA+ 115 RL EB+ 110 1=100 A

A: By krichoff's current law we will find voltage across RL and then we will find out load resistance .

Q: Ex: Find R ab Power divider circuit in Rig. A ssume in the four-way each ele ment's 1 1 1 1 1 1 a M-…

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Q: 3. Find vand / 9A (↑) + ↑ V≤10 40 W 6U W 20 305

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Q: Lepeepoinn Theoam. heorem.

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Q: In electrodynamometer type wattmeter, a high resistance R is connected in series with moving coil to

A: In this question , we will write high resistance importance in wattmeter..

Q: 1000 VAR 18. For the power triangle, the apparent power is, 2000 VA O 500 VAR O 1000 VAR 866 VAR

A: Apparent power: Apparent power is obtained by dividing the active power and power factor. its unit…

Q: Determine urrent, P, ST, Qr f the 'circuit i 3+5 al7

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Q: In the circuit below what is the voltage VAB? lok ZK 12K 12K бок

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Q: Use Thevenin’s and Norton to solve for the current and voltage across RB.

A: From the figure the generator will also act as constant DC source ,hence the circuit can be modified…

Q: VIN 1.5ΚΩ Μ +10V 70Ω VCC = 12V, Vin = 2V, B = 100, RC = 70 Ohm, RB = 1.5 KOhM

A:

Q: Find the voltage Ra=15kΩ  Rb=68kΩ Vo= 87mV V1 in mV.  Find V1 in mV

A: given a non inverting op-amp with the output and it is asked to find the input

Q: Find the value of lo for the figure given, of stion 4 A 2A ww f 10 A O8 A 4 A ww

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Q: SERIES - PARALLEL CIRCUIT R1 R2 R2 HSTRUCTIOH: TO MEASUE THE VOLTAGE md CUreREHT OF 1, e2 m R3,…

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Q: Find the current through (5+j4) Q resistor. 10n j4 100V 80

A: According to question: Applying KVL in [fadcef], [abda] and [bcdb] this will give…

Q: Proslem #2 FoR the Giren CiRwIT Fiave V. Vo 2.

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Q: 4. Use superposition to determine the current I, in the following circuit: 6/0° V 122 2/0° A 1923 Io…

A: Compute the value of Io using superposition method

Q: If have two current source in parallel, the first one is 10A and the other 8A in different…

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Q: it R1 R3 1

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Q: Find l, using Nodal Analysis. 1 kN ... 1 k2 2 kn 1, 4 mA 2 mA +)6V

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Q: 10μF oVo 10μF B-90 Reく 250KS2 REK 1k2 VEE=-20V

A:

Q: find Vx

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Q: Calculate the current lo in the circuit of the figure 10 2 ww. -j4 2 180 2.4/0 A 60/0' V 50

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Q: 8LOAC 3- T 1325 حمان HE Ⓒ100190°V I'= (8L0A) (-vio) -Sio + j25 I" = ( 100 190° v) (-510) + (j25) 14…

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Q: Get The voltage and Current equations in The Capautor for any type of time 12,5 кл + лока un 120V…

A: The circuit diagram,

Q: Using the Node Voltage Method, what is the voltage V1? j4 N -j4 N + V1 10430° V 102-30° V O 10.0230°…

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Q: Use KVL to solve the following

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Q: Deformane the currenf supphel by the batfery wi the crinitchnm belad. A www TiかV 300 50O D

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Q: 200mH 4Cos(10t) V 5 ohm 2Sin(10t) V Find Vx for the given circuit. Seçtiğiniz cevabın…

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Q: deriv ds in Cylnderical deriv dv iin Cylnderical

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Q: Determine current, Pr, ST, Qr 4 the circuit of 3+3 jatj

A: First calculate equivalent impedance seen by current source and then find active,  reactive and…

Q: 1Asagidaki kuvetlendirici devrest için Vp degerini bulunuz. +20V Ra Re 330K 21.1K Ra 91K O Vc B-160…

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Q: 132 I2 1052 В Is (+ lov A 15S C 25A 2052

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Q: In the following cireunt determne the current exprestion for t70 Which is correct ? if we know thqt…

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Q: Rind the limi la use Sevies to limit In (x+) Sin 2 X - メ

A: The series expansion of the sin(x) and the ln(1+x) is shown below:

Q: What are the expected voltages at points C and D of this circuit? 10,000 0 10 0 12 V 12 V D. 12 V…

A: In the given two images, we need to determine the potential of nodes C and D where the position of…

Q: 5. Find I using superposition. 1Ω In 2/0°A = -j1Ω 1Ω Μ +1 6400V

A:

Q: Question 2 Find the average value of the voltage in the figure "inn SV ov+ O 1.59 V O 63.7 V 6.37 V…

A: Given data, Waveform is given as,

Q: 60V 0.47A 520 902 1072

A: According to the question we have to calculate the value of E.

Q: Calculate the voltage gain for this circuit. +16V 90km 카 10km -16.34 O -137.25 ○ -7.91 -84 2.1 ka…

A: We need to find out the gain for given circuit

Q: 3) Using Kirchoff's AN SOON + -1₁ Joy LIN 13 m² 600N -12 200 F0.7V = 0.7 Det I, I, Iz

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Q: $3.6ks2 500ke lopf lo MF y

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Q: SinI ke Cupnei'bamce that Conpecd the Pawer fucbov Nan 200kw lookw 2, 27 leuding laging 23 40okw o•8…

A: In first step we will calculage the amount of Q that needs compensation

Q: 0-079) Solve For the mode voltages and value F independent voltage rouce. gphin is cumected in…

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Q: 15) Determine Yeq for the circuit. 5Ω :3Ω Yeg -j4 Q -j2 0

A: In this question, we need to determine the equivalent Admittance as shown in the circuit.  In…

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.