b) Find current using nodal analysis. 252 www 18 V 402 3A

Q: 1. Consider the circuit below with the transformer winding turns ratio n. Ro 0000 1:n 0000 a) Derive…

A: Supply voltage is Vs. Turns ratio of the transformer is 1:n. Load resistance is RL. Primary side…

Q: turn loads fully ON or fully OFF. a. Analog circuits b. Contactors c. Digital circuits d. Mechanical…

A: In this question we need to choose a correct option

Q: Q.10 A 15 MVA, 11 kV alternator has positive, negative and zero sequence reactance are 0.2 pu, 0.35…

A: 15 MVA, 11 KV alternator, Positive, negative & zero sequence reactance = 0.2 p.u, 0.35 p.u.…

Q: Given R1=100, R2=8 Q, R3 = 13 0, and L = 2 H, for the circuit shown in the figure shown below,…

A: For the given circuit the value of current flowing through resistor R3 needs to be calculated by…

Q: receiving antennas have an impedance equal to 50 to watt. In order 150 to the receiver, the…

A: Maximum power is given, Pmax=150 W.

Q: Having the below Nodal-Admittance Equation: j0.8 j1 FAAH! j2.5 2.5 V₂ j0.8 12.5 -j4.55 jo V3 1.5625…

A: I have written this solution as handwritten solution. Hope you find the perfect solution.

Q: Q2: For the system shown in figure (1), Design the compensator (G.(s)) to meet the specifications of…

A: it is asked to design the compensator such that the given control system will have damping ratio of…

Q: 17. A six-phase midpoint rectifier operates from sources with line-to-neutral voltage of 190 VRMS at…

A: The input voltage, Vin=190 V Supply frequency,  f=50 Hz The output voltage of the converter, V∘=200…

Q: One difference between the NMOS and PMOS Transistors is: O None of the other answers. O The material…

A: We need to tell about difference between PMOS and NMOS .

Q: An open-loop control system results in a response of e 2t (sin 5t + cos 5t) for a unit impulse…

A: Response of an open loop control system is, ct=e-2tsin5t+cos5t. Input is unit impulse, rt=δt.

Q: 3.49 Partial specifications of a collection of zener diodes are provided below. For each, identify…

A: The parameters of the Zener diode, A) VZ=10 V, VZx=9.6 V , IZT=50 mA B) Izt=10 mA, Vz=9.1 V, rz=30 Ω…

Q: The switch moves from position A to position B at t = 0 30 Ω At=0 ww 80 V dv(0)/dt=-4 V/s ic(0)=-4A…

A: We need to find the following parameters for this circuit  Circuit:-

Q: Re D ww * -Vcc www AN အညာသတင်းအ

A: We need to find the base collector and emitter voltages VB ,VC and VE Circuit:-

Q: The first two rows of Routh's tabulation of a third order equation are as follows. S³ 2 2 s²4 4 This…

A: Given- The first two rows of Routh's tabulation of a third-order equation, s3 2 2 s2 4 4…

Q: 10.9 In the circuit of Fig. 10.7a let R = 330 ks2, C = 1 nF, R₁ = 10 ks2, and R₂ = 20 ks2. Assuming…

A:

Q: Question- For a single phase 440/110 V transformer having input on primary side at no load is 100 W.…

A: A single phase 440/110 V transformer-   Input on primary side at no load is 100 W.   The low voltage…

Q: let x[n] is the inverse z-transform for the following sequence, find x[4]? 52/125 b51/125 c54/125…

A: In this question we need to find the value of x(4) . 1st we need to find the inverse Z transform of…

Q: Q5. Find the de gain, natural frequency, damping coefficient and poles of the following second order…

A:

Q: A power system has 200 buses including 40 generator buses. For the load flow analysis using…

A: Total number of busbar is given n = 200. Number of generators given as = 40.

Q: Compute for the value of VCE in the circuit. V₁0 10 μF H RBS 250kΩ 10 μF HE B-90 RE1K2 VEE=-20V Vo

A:

Q: In the circuit shown in Fig. P6.42, current source I is 1.1 mA, and at 25°C vBE= 680 mV at iE= 1 mA.…

A:

Q: Show how an asynchronous counter with positive edge-triggered D flip-flops can be implemented having…

A: SOLUTION: Given Data: asynchronous counter Having modulus-13. DETERMINE: → here determine…

Q: Q2) For the circuit in the Figure, a) determine the range of RL and IL that will result in V₁ being…

A:

Q: 80 V 25 ΚΩ 1=0 20 ΚΩ 60 ΚΩ 1 με 4. 2 mH

A: In this question we need to choose a correct option

Q: ! Required information Consider the given frequency domain functions. ▪ X(ein) j8π (82n (N + 7 ) −…

A:

Q: Part A Determine the equivalent inductance for the combination of inductances shown in the figure…

A: The total inductance for the given circuit needs to be calculated and the same can be calculated by…

Q: Question -8: Determine the Norton equivalents of the circuit shown in Figure-8, as seen by an…

A: In this question we need to find the Norton equivalent of the given circuit. To find Norton…

Q: What is the magnitude of the transformed voltage V(jw)? What is the angle of the transformed voltage…

A: Asked to find  Magnitude Value of voltage V(jω) Angle of voltage V(jω)

Q: Ex:2 Find I, VR. VL and Vc at resonance for the circuit. R AMD XL Xc m1F loske IKR 1K2

A: In this question we need to find the current I , voltage across resistor , voltage across inductor…

Q: Determine the Thevenin Equivalent circuit looking into the terminals a and b. Use the principle of…

A: Asked to calculate a. Determine equivalent impedance seen by a and b terminals  b. Find Thevenin's…

Q: a. What should be the value of X such that the total resistance of the circuit is 22 ohms? b. What…

A: In this question,  We need to determine the value of X, current in the resistance R4  and R3  .  We…

Q: A de-de converter is to be built to the following specifications: Allowed de input voltage range: +3…

A: Boost converter  Buck converter  Buck Boost converter

Q: Find the linewidth A2 in nanometers corresponding to a picosecond, femtosecond, and attosecond pulse…

A:

Q: Following are several z-transforms. For each, determine the inverse z-transform using both methods…

A:

Q: For R1=5, R2=16, R3=29, R4=35, K1=2 and I1=13 A in the shown circuit, find the node voltages:

A: For R1=5Ω, R2-16Ω, R3-29Ω, R4-35Ω, K1-2, and 11-13 A we need to calculate the node voltages:

Q: Derive the equation for the output voltage VOUT

A: In this question We need to determine the output voltage Vo  as shown the circuit.  We are solving…

Q: Discuss in detail the formation of a conventional current       in a semiconductor. Butress your…

A: The problem has been solved

Q: 2. For the logic circuit shown: X Y Z BOH F a. Write the Boolean expression that directly implements…

A:

Q: What type of components placed in series are used to make a voltage divider?

A: The voltage divider circuit is used to divide the total given input voltage into the required…

Q: Determine lc. VE-VB. R₁ 16 V 62 kn Ing 9.1 kQ 13.9 kQ 100 Ve VCEO B = 80 0.68 kQ

A:

Q: A = 5,2 â+5,5 ay + 7,1 a. if aA = Ka+ Lay+ Mâ, then K+L+M=? **use at least 3 digits after the comma…

A:

Q: 7. What is the principle of dividing the long arc into short arc sending out arc? 8. What is…

A: ANSWER 7 THE PRINCIPLE OF DIVIDING THE LONG ARC INTO SHORT SEGMENT ALSO KNOWN AS ARC SEGMENTATION ,…

Q: The excluded volume is included in (Select all that applies)     VL     VT     Vi     VS

A:

Q: Figure 25.16 shows a source (a battery) with emf & = 12 V and internal resistance r = 2 N. (For…

A:

Q: ›uppose a signal ä(t) has the following two-sided spectrum representation: e-1²- e -1.5 e-¹4 -0.5…

A:

Q: 6-25 The OP AMP integrator in Figure P6-20 has R = 22 k2, C = 0.001 µF, and vo(0) = 0V. The input is…

A:

Q: Draw 2-input NOR gate using CMOS logic family?

A:

Q: 20 230° V + -j4 Ω 3 Ω a b 8-j6Ω 4 + j10 Ω

A: In this question we need to find the Thevenin voltage and Thevenin impedance of the given circuit.

Q: 3. Analyze the sequential circuit shown by drawing the truth table showing the inputs and the state…

A: Given, Sequential circuit is We need to analyse the given sequential circuit by drawing the truth…

Q: Find the magnitude of the phasor current I(jw) that passes through the voltage source. Find the…

A: Given: To find: The magnitude of the phasor current I(jw) that passes through the voltage source.…

Maximum power transfer theorem

A resistive load will consume maximum power from a network when the load resistance is equal to the resistance of the network as viewed from the open-circuit terminals, with all energy sources removed leaving only the internal resistances. Physicist Moritz von Jacobi introduced the maximum power transfer theorem in 1940. Therefore, this theorem is also known as Jacobi's law.