3). Defermminc the currentri the 42 branch in the circuif sham. 252 252 12V I, 35L ho emoe 452 24 V

Q: In the given circuit below, find the following: a. Total Resistance b. Total Current c. Voltage drop…

A:

Q: The thevenin's equivalent resistance at terminals A and B is 10Ω 50Ω A Rth 2A 20Ω 8.333 ohms O 70…

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Q: a) If Ri based on the rise of the temperature changed from 2792 to 5402, in this situation, is the…

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Q: 3. Solve I using source conversion. 5 65V I 4 (± 50V 5 (F) 20V

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Q: 2. Find the voltage across the 5 A current source using superposition. 20/3V ww 8A SA 82 1012 www ww

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A: A transistor is a three terminal and three layer device consisting of either one n-type layer…

Q: 1. CURRENT IN EICH REKTORS 2. VOLTAGE ne EACH RETATORS Cefoare 4 AMONG G NETWORK Rim5e THEOREM: a.…

A: Nodal Analysis - It is used to find node voltage using Kirchhoff's current law. Kirchhoff's current…

Q: +9V 2k RB IB Rc Ic + IE VBE RE 3k 343ko 333ko 323ko O 313ka

A: Given VCE = 3V and taking Beta as 79. Generally beta value can be 50 to 200 Now finding value of RB…

Q: Determine the approximate value of VD of the given circuit below.

A: It is given that:

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Q: Ex:- Determine The Total Resistance for the Circuit . 36 L 182 Req 18 2 22

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Q: Simplify the circuit below, using appropriate source and resistor combinations. Then, determine the…

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Q: 17 Q: The h= parametersofatronsis ter are:- B Bre 2kL, - 50 re so us ed the cct. to Calculote (EJ…

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Q: Find node voltage Va. * R1 R3 49 n VA 80 n Vsi 12 V R2 24 2 VS2 6V VB 1 Add file

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Q: R2 C1 10uF R1 R3 12k0 741 100ka 741 Vout

A: Here the 1st opamp is inverting opamp and the 2nd one is integrator.

Q: Determi ne V, and V2 for the circuit in figure below. rell 2201e VE 452 し*

A: Assuming currents I1 and I2 in the first and second loop in a clockwise direction.

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A: Since you have asked multiple questions, we will solve the first question for you. If you want any…

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Q: Consider the following electrical circuit:   If Vx = 5 V, find Ix

A: Consider the given circuit,

Q: Find lo in the network shown. 6 kN 12 k. 12k 12 mA I.

A: Apply nodal analysis at the node, Vo12000+Vo12000+Vo6000+12×10-3=0…

Q: Determine i, on the nodal circuit below. o 6 kn www 12Κ Ω V₂ 3k0 2mA

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Q: Not: (B +1 B) olarak alınız. 12 V 1.5 ko 47 k. 27 kn I µF 10 uF Boc= Bac= 75 %3D I uF Bos= 25 µs VBE…

A: First of all, we will discuss the DC analysis. In the DC analysis, the capacitor will be…

Q: 30 me: = 13.5 V. Is 3.625 A = 15 V. Is4.25 A 12 V. Is -3A - 18 V. is5.5A 21 V. IS67S A

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Q: Determine VCEQ of the circuit.

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Q: 3) Calculate Thevenin equivalent circuit between the open terminals a-b of the circuit. 800 e 200 A…

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Q: 3) 3kz 21KA 6 ku 3KR Find Ska P in the cirenit -W- 2 Kur 10u

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Q: Find the pawcr and current dissipated in lO LED in the circuit,

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Q: 4) Deferemine fe 2 in fle ciewit (ore cupere position poinciple) + 652 2A 552 www + v 2352 12-2 4.52…

A: Superposition theorem is based on the concept of linearity between the response and excitation of an…

Q: o 22 V 5.6 k2 330 k2 Cc キ B= 80 ,=40 kQ Cc %3D 1.2 k2

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Q: Q/ Using Mesh analysis to find the mesh currents for the circuit in figure below. V Vy SA 2 A 20

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Q: 3. Determine the total resistance and the total current. 152 lon 502 1oov(+ 15n 1on

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Q: Quiz 3. Find I using superposition. XL E. - 5 VZ0 07A 0

A: Solve as below

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A: According to the question we have to calculate the value of voltage across R3.

Q: Q4) By using Nodal analysis, find all voltages and currents. 4 k2 4 mA VA 1 k2 V8 Vcl 14 10 V 2 kn 4…

A: To find the currents and voltages in the given circuit

Q: H.W / 1/ Find Req a-b in the circuit of Figure:

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Q: #5) Compute all the voituges and cuwats in this cireuit: I5 Ve 3KR Va +, 24V Iz Is

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Q: Vee +12V R3 Rs 3.3 KA 39kA Bc 337 R4 R2 VB 4.7kn VB VE Vc Ica VCEA VBEQ re 1,20/0.58 :32 Q

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Q: Find: IB IC IE VC VE VCE VB Kindly provide CLEAR and COMPLETE solutions.

A: The solution is given below

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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.