Determine the current 13, in Amperes, if E R1 R2 R3 R4 R5 24 V 0.3 0 24 Q 0.3 0 15 Q 16 0 I3 'R, R2 R4 *R5 E R3

Q: QUESTION 22 The total current in this circuit is 30 V 23 kHz L1 2.1 mH R1 400 O 24mA 75mA 124mA O…

A: The solution is given below

Q: For the circuit shown below: Bpc = 100, VBE = 0.7V, V7 = 26 mV. 1. What are the 5 steps? 2. What is…

A: 1. Five steps to solve this problem are  a) 1st of all we have to do the DC analysis. b) During dc…

Q: caled 19) Sketch the equivalent circuit showing Ceq in parallel with Leg C, 1.4 µF C2 1.2 µF C3 3 uF…

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Q: ?

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A: The collector current from the given diagram is  Let IB=0 approx

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Q: Vcc +18 V RC 3.3 kN C3 V out R1 47 kN 10 µF BDC = 75 Bac = 70 C1 %3D Vin o 10 μF RL 10 k. C2 10 µF…

A: Note: Since you have posted a question with multiple subparts, we will solve the first three…

Q: C4 CS CS C9

A: Given, Breadboard connections are

Q: 4µF C1 +|C2 3µF +

A: Circuit diagram is given as, Here, all the capacitors are connected in series.

Q: b 15 0 R 25 0 R2 12 V 18 V 15 V 30 0 R3 20 Ω R. 10Ω R5 a d 30Ω Re 50 Ω R- 50 14 V 15 0 R10 8V Ra

A: Find the voltage difference between nodes a,b,c,d

Q: PROBLEM 4 Find Req R2 R3 120 R4: 60 R5 R7: 30 60 R1 120: Reg R6 180 Figure 4

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Q: +15 Vcc RC 1.5 k2 22 k2 ß = 150, R2 4.7 k. SRE 680 kN

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Q: determine: Vth Vce Ic Ve

A: The solution can be achieved by following methods.

Q: Find the current 12: 4= 2.00 A || R : = 10.00 2 R2 = 10.00 N V = ? R3 = 10.00 N R4 10.00 2 vo I2 :…

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Q: c) Voltage across R12: R1 R2 R3 R4 50 50 50 50 R9 30 R11 R8 30 V1 -150V R12 20 R10 R13 30 30 R5 R6…

A: First reduce the circuit using series and parallel reduction of resistances without changing R12…

Q: In the following circuit: Rs Rd RL 10 ka Vo ro 100 ka Vgs 2Vgs 100 kQ 7.6 ko R2 R3 10 MQ Vs 5 MQ (a)…

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Q: In the circuit below, what is the value of the current 13? A 25 Ω F 0.52 A O 0.19 A O 0.71 A O 0.25…

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Q: V1 V2 R1 R3 y 30 50 50V 50V R6 R7 340 R4 R5 30

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Q: C1 R1 -68kQ VCC 10V R2 >5.6kQ R9 >270kQ R10 2.2ΚΩ C4 Q3 10µF C3 北 Q2 22 10μF Q4 10μF R5 -30kQ R3 R8…

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Q: Q1) A 1200 strain gauge used to measure the strain and has a gauge factor of 2.5. It connected to a…

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Q: 2. Calculate Vout. 9V o 5V o R3 1K R4 2K R1 5K + 1 R2 3K Vout

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Q: Consider the following series ID(on)= 10 mA VGS(on)= 8 V VGS(Tn) = 3 V Vp= -4 V Ipss= 8 mA ra= 60 kn…

A: Given circuit: VDD=30 VR1=40 MΩR2=33.8 MΩRD=3.3 kΩRS=1.1 kΩIDon=10 mAVGSon=8 VVGSTh=3 VVP=-4…

Q: IL VRI Vei VR2

A: Impedance Z=1Admittance .Admittance = 1R3+jL1+1R2+1R1+11jc1Admittance = 1150+j180+1300+1100+j200 on…

Q: 4 Part A Determine the current through each of the resistors in the figure. Express your answers…

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Q: Ex. 1620. See Fig. 1620 with an ideal op amp. Assume MKS units for all R,V,&I. V1=2.3, R2=1.9,…

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Q: Determine the voltage gain

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Q: what must be resistance of R2 in * the circuit of fig R2 16VN 11 15A R1 42 R3 >80 R4 120

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Q: what is the current through each component

A: It is given that:

Q: Determine the characteristics of the circuit below. Show your work! Parameter Value IB Ic IE VB V VE…

A: Given that,Redraw the circuit as shown below.

Q: R2 RI R3 CIRCU IT N0.4 O O O .. O O o 0000 www 00

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Q: What is the output of the circuit? 100 uF 100 uF PT1 3V + 220 V/60 Hz/0 Deg 100 uF 100 uF TP2

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Q: PROBLEM 5 Find Vx and Ix R2 100 4A R1 14Ω [R3 : 150 Vx 1A ·R4 20Ω: R6 :60 Figure 5 R5 Ix :50 13 6A

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Q: نقطة واحدة the total resistance in the circuit shown in the figure is R 4 4Ω B C R4 0.5 2 E 10 V R4N…

A: the parallel combination of the resistances:-in case of the parallel combination of two resistances…

Q: E C1 4:1 zi R2 R1 20V RC Q1 NPN RE C2 C3 Zo RL

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Q: Find the values of I2 and I3 that will make the output voltage (OUT) to 0.5v. Describe the…

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Q: Pictured circuit inductor I current ILO is before opening switch k: E = 10 V R₁ = 20 R₂ = 10 L = 0.1…

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Q: Q/the current in R8 R2 R6 100 150 R5 R4 R8 140 130 R1 R3 180 200 V1 R7 30 20V O 0.056 O 0.035 O…

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Q: 1₁ E 10V V₁ R₁ = 1.2k R₂= 1.2k 1₂ V₂ 1₁ V₁ C=100μF

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Q: Determine the approximate value of IDss of the given circuit below. 1ΜΩ 9.82 mA 7.18 MA 8.33 mA 10…

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Q: Ex. 1610. See Figure 1610 with an ideal opamp. R1=2.0k ohms, R2=2.3k ohms, Power supply input…

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Q: Please solve the numbers c, d and f.

A: The inductive reactance is calculated by the following expression,

Q: C3 R1 1.0 kO 0.022 uF C2 R4 +. 0.047 µF 0.047µF 1.0 k 1.0 k? R3 560 2 R2 R- 560 2 1.0 k2 0.022 uF Rs…

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Star Delta Conversion

Find the input resistance between points A and B of the following resistive network: