Find the Norton Equiveient Crotforthe droit gen below in gre4ing this crout find the value for ILand VL RL= 6 Ohms R-30 Fioure 4 Norton Current orton Resistance RN Load Current Load Voltage V

Q: Find Rd to make VDS = 9V. * Vdd = 16V Id 6mA Rd Vgs -8 V 1M Ohm 1k Ohm none of the choices 750 Q O…

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Q: 1= 20/70° A E = 80/40⁰ V

A: W need to find out reactance for given current and voltage

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Q: Compute for the equivalent resistance x and y, use only series parallel and wye delta…

A: Resistors, inductors and capacitors form an integral part of any electrical circuit. A source,…

Q: Consider Figure AA. Solve for VG if VDD = 24 V, R1-6.4Mohms, R2=4.0Mohms, RD=2.5kohms, and…

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Q: VRL = ? Iz = ? P₂ = ? R PZM RL

A: Zener Diode: It is a diode that is designed to operate in the reverse breakdown region of its…

Q: find the eguivalent vesistance Reg for the circuit and total Current supplied by Source and power…

A: the given circuit consist of the three parallel connected resistors and the one voltage source.

Q: tind the curren in branches the diffefent N/w by Superrition theorem.

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Q: ViA 24 M R 4702 25.5mA 12v IN4742A I Load max Ihmin Remin 12y 21mA ய RL 12v For The Zener To ? Stoy…

A: To ensure the Zener diode stays in regulation, we need to calculate the maximum and minimum current…

Q: Calculate for the value of VL(peak). Please show your complete solution. Thank you.

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Q: Determine Ziz2o> AV and Ai by using the - Complete hybridequivalent modelif hib=25KSh hfb--0-99…

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Q: Determine tme node voltages CVc and VE) and brench curren (IB, IE j and Ic)with Bspecified as 10o A…

A: The value of the current gain is given as β=100.

Q: load phase on gle is OL= 30 c on s ton t, find the R o a.)if the a llow load +o draw the max imumn…

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Q: 30 0 b. 25 0 10 0 200 50 150 36.250

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Q: For the circuit given in figure seNode Voltage knalysis and find the voltage and currant across R4.…

A: Node voltage and Voltage and current across R4 is determined as shown below

Q: Q2:- USing mesh aualysis to finel the Carrent For the followsing circuil. Iz R Sour Xe=602 El | 2ou…

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Q: 1. Assume that the circuit shown in Figure 22-2 is connected to a 60-Hz line and has a total current…

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Q: Explain this delta connected balanced load

A: In this question,  We need to explain delta connected balanced load.

Q: What are the branch currents, 12 and 13?

A: The Circuit Diagram is given as:

Q: A 20 ft by 24 ft office has a 14 ft ceiling height, with room surface reflectances of 80% ceiling,…

A: The dimension of the office is 20 ft by 24 ft.The ceiling height is 14 ft.Room surface reflectances…

Q: Question 35 A12 voh batery and gh bub are arranged in sees The ammeter reads the cumentbe a0 npers…

A: Given, Voltage of battery V=12 V Current in the circuit I=0.80 A

Q: Using Kinchoff's Laws. find the cucnents and Voltayes for the Cinenit Shown in figune. 8ghm 127 VaŽ…

A: To find the currents in each branch and voltage across each resistor

Q: Uaing tha nodal voltage meted, find, th current I n the eiruit ahoun. All reaistora are in Ohma. SA

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Q: the circuit shown below, determine load current. 0.62 0.8N 36 V 32 V RŽ1.8N 0.12N 0.242

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Q: Questiom. #dc gorerator fipples generabr Load 1889Kw at a of Horminal voltge The restina is looond…

A: Assume DC shunt Generator  Power and terminal voltage of the generator given.  Find the armature…

Q: 8. Find VDs. 32V 2k Ohm VaSITH) = 4V %3D VastON) = 8V 1M Ohm Dron) = 3 mA 1k Ohm

A: Find the value of VDS for the given MOSFET using given parameters.

Q: Measure currents for unbalanced load

A: In the given circuit, the 3-phase source(s) and load element(s) both are connected in star-form.

Q: Table Q4(c) shows the parameters for three types of gates. Based on your decision on the speed-…

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Q: 1.1 Using the formula dv/dt approximate the slope of CT Answer: Vi vdc=1.8V 13 idc-Su A vd vd pr 010…

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Q: h Statch the freguency reporse (1zl ve for the' folloborig ciicnto w) R a) series R-L b) pauelél R-L…

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Q: FInd output voltage and output current for the given power supply

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Q: A 12V B. Rz R,= 2R Rz=4e Rg 32 Ry=62 Find the current flow btween poikts D a B replaced 8. b) Assume…

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Q: Solve for the total resistance between terminals A and 8. On you solutions, proapierly and complety…

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Q: Given a biased clamper circuit with Vbias = 10.91V, compute for Vout (in V) Vc 10 V Vout Round your…

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Q: Conneler the circuit beluw. V. is chojen such that bese - collector Juncton I, = 54 101"A. Find the…

A: It is given that the base to collector voltage is 200 mV in the reverse bias. VCB=200 mV On applying…

Q: iablemse Find the transter functhion lor C/Rs) r the fallowing control systems by using block…

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Q: 2. For the voltage regulator shown in Figure below, VO =9 Vand R1=1k0. Calculate the value of R2.…

A: The solution is given below

Q: For the circuit shown in figure below, find the unknown currents. 50 A 12 100 A 20A 10A 20 A

A: Redrawing the figure,

Q: II find 4he Value v and Vz + 30 Loupe + 20 Vz - Lo? 40v Loop!

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Q: 15SL BN a 3552 25V

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Q: 2. Det R₁ and lp if 5: + 220Vac V₁ 60 Hz PDc=1.4W. 1 R₁ Vout I

A: We need to find out the load resistance and peak current .

Q: (c) For the circuit shown in Figure Q1(e), assume that the diode is ideal and Voc-2 V. Calculate the…

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Q: Find the remaining current in amperes using Kirchoff's rule.

A: According to KCL, the algebraic sum of current at a node is zero. It can be stated as " at a node,…

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).