Vcc +8 V Rc 330 Ω C3 R1 12 ΚΩ ν out 10 uF 10 µF βc - B 150 R2 3.3 kN RE 100 N ´ 100 µF

Q: Question 15 Equivalent capacitance equals E2 /2 d Es e/2- A(E1+(82 83/( 82+t 83))/d A(0.5ɛ1+( 82…

A: We will find the equivalent capacitance by using the formula for the capacitance of the parallel…

Q: ransfer function GH () = K(8) The system is stable when: O3<K<9 0<K<3 0<K<5

A: Given, Open loop transfer function, GHs=Ks+5ss+1s+2;   K&gt;0

Q: In the figure given below the value of R is (a) 2.5 2 (b) 5.0 2 (c) 7.5 2 (d) 10.0 2 8A R 100 V 102…

A: The given circuit is:

Q: Given the following Resistances and Capacitors in Series and Voltage Source: R1 = 9 ohms R2 = 5 ohms…

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Q: 2kN A 3k 2 B Fig. (Q-35 to Q-37) In the figure, VAB = A. 9.54 V B. 8.84 V C. 3.16 V O D. 1.76 V

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Q: Determine the maximum power in a dc circuit for V Th = 260 V and RTh = 150 Q. a. 112.666 W b. 0.433…

A: Right answer option a.112.66 W   We are Know that Maximum Power when RL=Rth Maximum Power…

Q: C1 HE 0.33uF Rcoil VL Vs-2 sin wt L1 3mH R 15ohm Figure 2: In practice, we have to consider Reoil in…

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Q: b 15N R1 25 0 R2 12 V 18 V |15 V 30 Ω R3 20 N R4 10 Ω R5 a d 30 Ω R6 50 Ω R, 14 V Rg 8Ω R9 15 N R10…

A: To find currents in given circuit

Q: PERFORM THE FOLLOWING OPERTIONS (show complete solution): 4. (3+j2)*(4+j5)

A: This question belongs to basic electrical . It is based on the concept of basic laws of complex form…

Q: R, RA R2 R3 (3 E Ref (+1

A: The detailed solution is provided below.

Q: For the circuit shown in the figure below, assume Is = 3 x 10-17 A, VT= 26mV, B = 100, and VA =00.…

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Q: please help

A: We’ll answer the first question since the exact one wasn’t specified. Please submit a new question…

Q: 2 µF 15 μF HH R. 3 μF 240 V O

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Q: 0.6 A R5 6000 R4 200Ω 12 V R1 400Ω R2 200Ω la R3 4002 0.2 A

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Q: 60/, 250 Q 24 V 50 Ω 150 Q a) 80 A b) 79 mA c) 0,205 A d) 5 A e) 1mA O Boş bırak

A: Given circuit,

Q: Consider the following circuit. The SW1 is at position 1 for a long time. Att=0 SW1 moves to…

A: Transient analysis

Q: C1 R1 5.7µ 5800 V1 L1 C2 1.4m 3.5µ АC 0.39 0 R2 frequency 12000HZ %3D 120

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Q: 10 kN C2 560 pF 8V 560 pF f 20 kHz Figure 3. Diagram of the RC electrical circuit Q 4(a) Calculate…

A: As per our company guidelines we are supposed to answer only first 3 subpart kindly repost other…

Q: a. Z;. p. Zo. c. Ap. a. Aj. 2.2 kQ = - 0.99 3.3 k2 Vị V, Z. hib = 14.3 Q + hob = 0.5 µA/V 4 V 10 V +

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Q: Problem 4: R=106 ohm x(t) y(t) C=100µ F Draw the output y(t) for each of the following input x(t).…

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Q: An inductor of 2 mH has a voltage across it of 80 e mv. Its current at time 0 is i(0) =4 A.…

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Q: R6 R3 R1 4Ω 4Ω RT 20 R7 2 0 RA R2 20 2 V = R8 R5 10 10

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Q: Question/s 1) Solve the following values in figure 1.0. a) Total Capacitance, Ct. b) Total Charge,…

A: If capacitors C1 , C2 , C3 are connected in parallel than equivalant capacitance is C1 +C2+C3.…

Q: R= 60 R3 =40 R= 100 AOW R = 80 Ra = 60 Rea R2 = 80 Rip = 20 Rg = 60 BO Rs = 40 R; = 8n

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Q: A basic ac bridge consist of the following constant arm ab R= 200 ohm Arm bc = 100 ohms in series…

A: Since frequency is given we will write impedances of each branch such as:

Q: Find the peak current of a series RLC circuit with the following parameters: source voltage= 10Vpk…

A: Source Voltage Vs=10 v (p-p)Frequency f=100 HzR=510 ΩC=22 μFL=1 H

Q: Find iz due to 60V source ANSWER: pic5(1).png 30 N 30 8 A 502 100 V 602 60 V

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Q: Rc 180 N 390 0 Rc R Vec Vcc 15 V 3.9 kn Poc= 50 27 kn Boc =125 VBB VBB 3 V 5V (a) (b)

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Q: aiyse the the given questions + 9V 220uF 100nF 10uH 105mw 10nF 98.5nH in 50 ohm 1000p 185pF 185pF 0-…

A: In the given circuit,

Q: L= 3 mH WMM R= 52 V = 20/2 sin(3771 + 60°)V L= 2 mH C = 4 mF Figure (QS)

A: There are three passive elements, namely: Inductor Capacitor  Resistor

Q: RLC CIRCUIE i R= 200ohm, L= 0.2, C= o 005 , has valtoje SOURCE eavals to 5 vats, Connected faom very…

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Q: Refer to the circuit below. The contribution due to the 10 V source in finding v(t) is: 40 10 V E…

A: From the given figure to find the contribution due to the 10 V source in finding v(t). We can use…

Q: QI: For the circuits shown in figures. If the temperature has changed from 25°C to 65°C, find Alc.…

A: At 250C  Ic =1.5mA Rf = 250KΩ Rc=1kΩ Re=0.5Ω VBE=0.6 β=55. We know IC=βIB+(1+β)ICO So we get…

Q: sin If the value of the source is: 50 H, find the inductance voltage 1 [Q1 (100Tlt) volt R3 R2 R1…

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Q: A capacitor of 0.3 mF has a voltage of 25 cos(250t). The energy stored in it att = 10 ms is: Select…

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Q: (g) x[n]=e/43 (i) x[n] = cos TT -n + sin 3" +1² (h) x[n] = cos in TT (j) x[n]cos² u. 8 n

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Q: An electric potential V= R3 + sin20xcos20. The electric field intensity E is O -R 3R? - ậ cos20 2R O…

A: Given an electric potential, V=R3+sin2θ×cos2θ

Q: Problem 5.5 Reduce the network to the fewest elements. 6.2 mH 10 uF 12 mH 36 mH 9.1 µF 91 µF 24 mH…

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Q: 10 V, Rs kQ2, Rc = 10 kn, R₁ = 15 k2, and C₁ = 9m 39.2 mA/V, C₁ = Cn2 = C₁ = T

A: It is given that, V+=10 VV-=-10 VRS=0.1 kΩR1=42.5kΩR2=20.5kΩR3=28.3kΩRE=6kΩRL=15kΩCL=0 The…

Q: R(Resistance, Kohms) 3 C[nF] 4 E[V] 6 When t=0, q=0. a)Find q(t) and i(t), b)sketch curves q(t) and…

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Q: +10V C- 10 pF C=3 pF Icss = 18 nA @ Vps =-10 V Vason-8 V Ipss 10 mA 10 kn 0.001 µF 0.001 µF 10 kn…

A: We are authorized to answer three subparts at a time, since you have not mentioned which part you…

Q: 100 mH a 100 N 247.49 cos (1000r + 45°) V 10 μF 100 mH

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Q: A capacitor of 0.15 mF has a voltage of 80 sin(400t). The energy stored in it att = 4 ms is: Select…

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Q: Discussion For the circuit below complete the table R 5 Ω 10 V 60 Hz 100 µF C 2.

A: To solve above problem, one should have basic idea about working of AC circuits. Above given circuit…

Q: determine:IBQ,ICQ,IEQ,VCEQ,VB,VC,VBC

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Q: 1. a. Calculate I, VR, VL and Vc. b. Draw Phasor diagram (voltage triangle) C = 200 µF Cz = 200 µF R…

A: In this question,  Calculate the current I, voltage across Resistances , inductances and…

Q: 2.) Find voltage v(t). 15 40 3 10 20 60 cos(50t) 100 mH v (t) 800 uF

A: When the circuit reaches the steady-state, then the inductor will act as a short circuit and the…

Q: 15 Q b 25 Q 12 V= 18 VE 15 V 12 30 ΩΣ 20 Ω: 10Ω a d 30 Ω 50 0 I3 E 14 V 50 80 8 V 15 O

A: Let's solve for the mesh currents by assigning the branch currents for the entire circuit and then…

Q: For the below circuit, What is the charge on C4 capacitor C1 = 12 µF, C 2 = 86 µF, C 3 = 17 pF, and…

A: Brief description :  In the above given question they have mentioned an electrical circuit which is…

Q: Compute the effective value of current. O TIP: Use your CASIO's INTEGRATE function. i(t) A a T/2 b a…

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Photoconductive Cell

Photoconductive cells are light-sensitive resistors in which resistance is inversely proportionated to light intensity when illuminated. These devices consist of a thin single-crystal or polycrystalline film of composite semiconductor materials. Cadmium sulfide (CdS) is used to make the most commercially available photoconductive particles which are sensitive to light in the visible spectrum. Other less commonly used substances respond to infrared light, but not to the visible spectrum. Such substances are lead sulfide (PbS), lead selenide (PbSe), and lead telluride (PbTe), and so on.