Calculate RT 4 S v2 6 S v1 E=24 v A. 10 ohm B. 0.1 ohm C. 10 S

Q: Example 6 to An amount of energy equal to 100 J is used in 5 s. What is the power Solution P = W/ t…

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Q: Calculate v1, v2 and v3 1 k2 5 mA 4 ΚΩ U2 4 k2 U3 20 mA (4 2 k2 2 kΩ 10 mA

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Q: DEVICE |RESISTOR|VOLTAGE|CURRENT R1 1.0 k Q R3 560 n R2 3.9 k 2 R3 560 Q TOTAL R1 1.0K n 25V R2…

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Q: Find the value of the resistance (R1) 10 A R1 30 V R2 R3 { 5 2 50 Hz 30 40 50 10 20

A: Kirchhoff's current laws are used to analyze linear circuits. Kirchhoff's current law states that…

Q: 5 V 2.5 kN R2= 60 N R3 13 h =4 mA R = 40 N 5 kfN 5 V R2 *4 kN 50 V R3 (a) (b)

A: Disclaimer:  Since you have asked multipart questions, we will solve the first three subpart for…

Q: 7.5 kN 7.5 k2 7.5 k2 15 k2 ww 15 k2 15 k2 15 k2 15 k2 15 k2 +15 V al a2 a3 oVo ww- ww

A: This is the basic question of network analysis as well as analog electronics

Q: 20 V Chc = 6 pF Che = 20 pF Ce = 10 pF Cw, = 7 pF Cw,- = 11 pF %3D 3 kn 470 k2 1 µF 0,6 k2 B = 110 1…

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Q: 1 k2 3 k2 10 mA 5 k2 20 k2 Figure 2.45 For Practice Prob. 2.13. ww

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Q: Find the Values of R, and R. R1 470 Q R2 1.0 kN V R4 65 V 120 V R3 30 V

A: The circuit can be defined as

Q: 2.2 k2 90 k2 + C2 B =100 , r,= 50 k2 %3D Zo Vo 10 kQ 0.68 k2 . CE

A: For the small signal model deactivate  the DC sources . In small signal analysis all the capacitors…

Q: li2(e) 10 V

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Q: calculate the current that passes through the 8 Q resistor. R2 17

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Q: 3. Determine the numerical value of the current Ix. 25 k2 6 k2 5 k2 50 V 15 k2 20 k2

A: The circuit diagram is: Applying Kirchhoff’s current law at node N:

Q: 200 k2 10 k2 A2 200 kQ Vo3 20 ka A4 Voi 10 ka Voz A3 V, = 0.2 V 200 ka 20 kn

A: The first op-amp (A1)  is shown below:  The above op-amp is a negative feedback op-amp as the…

Q: Consider the circuit shown below, the value of resistance R1= 60 and the voltage source E= 28V,…

A: We need to calculate voltage across R1  , we will apply here voltage divider rule .

Q: DEVICE |RESISTOR R1 1.0 k Q R3 560 n R2 3.9 k 2 R3 560 2 TOTAL R1 1.0K n 25V R2 3.9Kn

A: Calculating total resistor All the three resistors are in parallel

Q: Question 3 a). Taking Ci and C2 to be 6µF, 16MF 3V E L buF Find the Charge (a)

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Q: Find Vo? 9 kQ 8 k2 V. 4 k2 4 ΚΩ 12 mA Select one: O a. 144 V b. None of them Oc. 48 V d. 120 V Oe.…

A: Find the voltage Vo  We are solving this problem using series parallel combination and ohms law

Q: V, in I, in W, in I2 in Amps V2 in W2 in Volts Amps watts Volts watts 220 0.51 111 228 0.41 95.3…

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Q: QI) Find the voltage V, for the circuit of Figure 1: R1 100 N R2 R4 300 N 50 N R3 200 N E 40 V

A: By ohms law current I=Voltage Resistance. Apply KVL in loop to get Vab. According to KVL sum of…

Q: In the following circuit if R1 =24 Q, find V, ? 10 V R1 2V • WA 2 A 20 I A)10 V E) 34 V B)16 V F) 40…

A: Applying KCL at node gives node voltage. Apply KVL in loop to get unknown voltage Vx.

Q: VsI 20 V R1 1.0 kf. R2 1.0 k R3 2.2 kn Vs2 15 V

A: The given circuit diagram is shown below:

Q: 4,1 kQ 20 k2 20 k 20 ka 0.05 uF 10 k2 c0.02 uF

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Q: 3. P=W %3D R, = 1 ko | = 96 mA %3D R2 = 1.5 kQ

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Q: R1 10kn D1 1N4097 v1 Fig.17

A: Here i have described it.

Q: 4,1 ka 4.1 ka 20 k2 20 k2 20 ka 0.05 uF 10 k2 c0.02 µF

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Q: R2 R1 ww ww I2 R3 bat ww +

A: This question is from a transient response(NETWORK ANALYSIS).

Q: Find I2 in the figure below. Please submit your answer in units of (A). E, = 24.0 V %3D 0.10 2 R,…

A: To solve this question we reduce the circuit as possible.

Q: Exemple 45 S-3 Tis) = S+35+ 2 L-6 S+4 a) Generate Hhe siginal glow gooupls write the state space…

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Q: 5Ω 1Ω 2Ω 10 V 4Ω Figure Q2(a)

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Q: A R1 10 Q R3 + V1 R2 10 Q 10 V B ct one: а. 8 b. 2.6 С. 12.3 d. 13

A: In this question we will find thevenin resistance across AB...

Q: Find the power dissipated by R2. 30 mA www O 275 W O 256 W 2.29 W ww

A: Using source transformation convert current source into equivalent voltage source and then using…

Q: Np:Ng 6:1 D, D2 Vp 120 Vac 60 Hz D3 DA R= 200 n

A: Brief description : The given circuit is a full wave bridge rectifier circuit for each input of…

Q: R, R2 R3 Total E Volts 9 V R2 R3 Amps 2 k2 2 k2 1 k2 2k 2k 1k Ohms

A: In this question we need to find a total current, voltage, resistance of the given circuit and…

Q: 8 kl 5 kfl 500 N 6 kn3 7 kn3 7 kll 800 n 1200 Nl 300 N 18 V 27 V 200 N (a) (b) 50 N 90 N 80 N 10 N…

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Q: R2 R1 V1 V2 R3 R4 Given V1= 28 V V2 = 20 V I = 10 A R1 = 22 R2 = 15 2 R3 = 42 R4 = 42 Use…

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Q: 20 k2 8 k2 ww- ww 10 k2 ww 6 kQ 1.5 V ww 2 v (+ 4 k2 1.2 V ww

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Q: DEVICE RESISTOR|VOLTAGE|CURRENT R1 1.0 k Q R3 560 n R2 3.9 k 2 R3 560 Q TOTAL R1 1.0K n 25V R2 3.9Kn

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Q: 22 V 5.6 k2 330 k2 Cc B=100 Сс ro= 20k2 Z; 1.2 k2 0.47 k2 CE

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Q: 4. R=_2 R, 1.6 kn R2 1.2 k R3 1 kn %3D

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Q: Q2: Use Superposition theorem to calculate the volt age drop across the 3 2 repistor 6. D1SA 1 ww…

A: This circuit have 3 independent energy sources and resistance.  Find the current in 3 ohm resistance…

Q: 30 k2 ww 10 kQ 5 kO Consider the following circuit and find the voltage gain.

A: Calculation of voltage gain of the given op-amp circuit. We know, Volatge gain AV=V0VI Input is…

Q: 4. Determine the numerical value of the voltage V, . 40 k2 5 k2 5 k2 9 V ( * 5 V 20 k2

A: To find the value of VZ in the below circuit:

Q: Q2) Determine the value of the resistance R in the circuit shown below using Thevenin 5 kQ 10 ka a 4…

A: Here we have to calculate value of unknown resistance , through which current is given . We will do…

Q: a) Compute R, such that 25V are generated across the 2kN resistor (the load). 1 kQ 50 V Rp 2 k2 25 V

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Q: Determine the equivalent resistance between terminals a and b. O 6.9130 Q O 7.6547 Q O 5.9253 Q O…

A: In this question,  We need to determine the equivalent resistance across the terminal a and b as…

Q: Q2) Find Vab 20 Ω 12 N b 30 Ω 75 V 15 N 20 Ω a 18 N V ab' +1

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Q: Q2: Find the equivalent Resistance between a and b 30 Ω 40 2 8Ω a o 20 N 60 Ω 6Ω 10 Ω 50 2 4Ω bo WW…

A: When two resistors are connected between same terminals then they are said to be in parallel. when…

Q: 918 V 2 k2 30 КО 3 µF V, AH 15 μF 10kn 1.46 кQ 6 µF

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Synchronous Generator

In comparison to an asynchronous generator, it is a machine where the rotor speed is equal to the rotating magnetic field produced by the stator, i.e., mechanical speed is equal to the electrical speed, thus called synchronous, and not asynchronous.

Salient Pole Rotor

Salient pole rotor includes a large number of exposed poles mounted on a magnetic wheel. The construction of a bright pole is as shown in the image on the left. The proposed poles are made of metal laminations. The rotor winding is provided on these poles and is supported by pole shoes.