Find Vth and Rth? ra 50 6 V 1.5 Ix Select one: a. VTh = 6 [M], Rh = 0.44,4 [0] Ob. VTh = 4.33 M, Rth = 44,4 [m2] C VTh=5 [V, Reh = 400 [mQ] d. VTh=5.33 [V), Rn= 444.4 [m0] %31 %3D

Q: Determine the value of the variable resistor in the circuit if RL =50, PRL=3.4KW and the source…

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Q: 4) For questions 4 to 6, refer to the 4 point circuit below. What is the impedance value of the…

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Q: In the circuit in the figure, Vcc= 18 V, Rs1 = 0.9 kohm, Rohm = 0.5 kQ, R1 = 75 kohm, R2 = 15 kohm,…

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Q: For the circuit shown, ICQ value is pu Vcc=14V {" 220KEN Re • 22 ΚΩ 16 10pF 7-30 D output

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Q: Solve the approximate value of lg of Figure 44. vcc T12V |RC RB V.= 7.6V Q1 Beta = 80 V = 2.4V |RE…

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Q: 9. Using hybrid model, find the Zo of the whole circuit if Vo = -200. 20 V hfe = 140 hie = 0.86kohms…

A: Hybrid parameters hib=input impedance with output short circuit hrb=Reverse voltage ratio input open…

Q: Given hfe = 60, hie=10000, hoe = 20μ 0, hre = 2*10^-4. Find the current gain of the BJT, correct up…

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Q: t6 Dusix he Thevenin equivalent of the eir 17. Derive the Dievenin equivalent of the cir 1.2 k 1.0 k…

A: According to the question we have to derive the Thevenin equivalent circuit.

Q: mb 言=? 2. 6m- = ? for 2m +20 n/m -4n Cm2 Prob, 2, 3 charyed sphencal skells

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Q: Q1/Find (1101100)Gray + (1100111)Ex-3 -(1011011)Gray= ( )16 * None of them O B9 75 3F O 4A

A: Choose the correct option Find the hexadecimal equivalent of the given equation

Q: RI A 72Vニ R2 {RA RL B Ri =R2 =e3 = %3D %3D Calculate VTH and RTH, IN and RN ! Note : TH thevenin N=…

A: We need to find thevenin equivalent circuit, norton equivalent circuit .

Q: Given: Vcc = 16v, VEE = -6v, VBE = 0.71v, Vc = 5.97v, Rb = 125 ohm, Rc = 3.20k ohm, and Re = 1.70k…

A: The given circuit is a common Base amplifier and the required values can be calculated by using the…

Q: 41. In the figure, the value of Ris 8 A R ww 100 V- 10 2 102 (a) 2.5 2 (c) 7,5 0 (b) 5.0 2 (d) 10 O

A: According to the question we have to find the value of R.

Q: f = (343/2T) *√(0.000314 / (0.0006 * 0.053)) = 345.9 Hz tor is approximately 345.9 Hz.

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Q: 4. Doaw the contrallable canenécad Lorme of qiven tromefer fanehion Gls), Find the slale equahime.…

A: Given transfer function: G(s)=C(s)R(s)=s+62s2+6s+8 Given initial condition: xo=1-2

Q: What is the lower cutoff frequency due to C,,C2 and C3 for circuit in figure 1? Assume re' = 4.5 ohm…

A: The lower cutoff frequency can be obtained by considering the RC network.

Q: Determine I, Ic, I, Vuu, Vez, and Ven in the Figure below for the following values: R,=22KO, R=220n,…

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Q: 4. R=100.051 MQ + 20.25 KQ + 30 Q is equal to * O 120.106 MO O 100.071MQ O 100.710MO O No one above

A: 4. From the picture it has only shown properly so I am solving it below: R=100.051 MΩ+20.25 KΩ+30 Ω

Q: The difference between the two signs

A: A rectifier circuit is used to rectify the AC power generated by this source to the DC  power that…

Q: Home Work:D PI) Three resistors RRz ard Rs are Smectad in. Series to a leov Suply 1f R=l002. 12 =…

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Q: HW: Sketch V₁ and Vc. V₁ = 0.7V and find R=1kQ V* = +10V 1µF + V = -10V W-" Vo R₁= 2kQ R₂= 2ΚΩ fos

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Q: If Is = 4x10-16A and V7= 26mV, Then Vout is: RL 1 k2 3 V k Vout 750 mV Select one: O a. 1.99 V O b.…

A: VBE = 750 m V VBE = 0.75 V  VE = 0 V. VOUT= ?.      From the collector current relation we…

Q: Solve the following using the remodel. 1. The dc emitter current IE is: A. 2.62 mA B. 2.99 mA 2. The…

A: For re model do some Changes in the solution (only some variable replacement )  hieis replaced by…

Q: For the cirenit shown in Figure Vcc Vec= 22 V, Rc= 5.6ks2 RB=330k2, B= 80 RB Rc ro= 052 = ∞s2 Vi Vo…

A: for the  circuit shown in below; VCC=22V RC=5.6KΩ RB=330KΩ β=80ro=∞Ω

Q: Explain what value VCE would be at if the input terminal (the base) is open.

A: For the given circuit

Q: For the circuit shown below, please use ß= 200, Rg = 1kN, Rc = 2k2, Rɛ = 4kN, VBE,on = 0.7V, VŒ,sat…

A: TRANSISTOR BIASING: The main and the most important function of a transistor is amplification. This…

Q: Q5:- Find Vau ☆ Vms Um. Vavz o.637 Um Vrms = 0-707 Um

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Q: Find ZT when R=1.3kohms, XK=L=510ohms, & XC=680ohms

A: the given circuit has the resistance and the capacitance in parallel with the inductance  XL=510ohms…

Q: 2) Trace the following program MOV BX, 708EH MOV AX, BX MOV CX, 4802H OR BL, BH XOR BL, AH SHL BL,…

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Q: Solve for Rc of Figure 42. 12 V - Vc = 6V www Ra www Rc VCE B=80 IB = 40 μA Reference: Boylestad, R.…

A: Given the value of β=80 Consider the value of the collector voltage. Vc=Vce=6 V

Q: 5:1 A A3 100Vrms Re Det a) Airdg b) Azrdg c) Agrdy d) Ayrdy e) Virdy f) Va rdg g. Piave

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Q: Ez=+18 Find Ro-5.2 エVeN、 ニー Rus6r (Ve)

A: From the figure  V1 = E2 -E1 V1 = 18-(-6) V1=24volts

Q: for the circuit shown below: The upper reference threshold 10v vin 5 simwt 02.5 O-2.5 02.4 O-2.4…

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Q: 4. If R=5K2 in series with 10ks potentiometer, C=0.0068 μF and Vs = 10V. What are the maximum and…

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Q: ?14) = - 30 Sinyot – 40 C63 se -30 Sin voro – vo Cavero) + 2500 2 50 2500 - 30€ 7(4) = -e + 0 -032…

A: Explain given steps ?

Nodal Analysis

In the analysis of any electric circuit, nodal analysis is the method of determining the potential difference or voltage between different nodes in an electric circuit. A node is a point where two or more branches connect each other. In the nodal analysis, the voltages are determined in the terms of branch currents. The nodal analysis is also known as the node voltage method or branch current method. The nodal analysis method is one of the several applications of Kirchhoff's Current Law (KCL).