Lab 7 v6-Thevenin and Norton Equivalent Circuits

Consider a PV Module with 24 solar PV cells with the Size of each 15cm x 10cm are connected in series. Choose the correct statement for the above. (Assume necessary data) a. The output voltage is 12 V, the output power is 540W b. The output voltage is 12 V, the output power is 54W c. The output voltage is 12 V, the output power is 5.4W d. The output voltage is 24 V, the output power is 2.25W

Q2: A PMMC(Galvanometer instrument) has a resistance of 10052 and FSD for a current of 400Au. A shunt arrangement is shown in order to have an multi-range ammeters(AYRTON). Determine the various ranges to which the ammeter may be switch. Assume the R1-R2-R3-R4-0.00152. PMMC 10052

Consider Two same size series connected PV modules,each with the specification as Po=100W, Voc= 24.5V and Isc=5A.then choose the correct Statement Refer to this PV Panel. a.The output power from this panel is 100W , the Voltage is 24.5V and the current is 10A b.The output power from this panel is 200W , the Voltage is 24.5V and the current is 10A c.The output power from this panel is 200W , the Voltage is 49V and the current is 5A d.The output power from this panel is 200W , the Voltage is 49V and the current is 10AClear my choice

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Problem No.2 group Six group of batteries are in parallel. Each has 10 cells connected in series, each has an internal emf of GV and resistance fo 0.412. a. Determine the equivalent emf and the internal resistance of the battery system.. b. If a 1-kn load resistor is connected to the battery system, what is the power dissipated to this load venistor? c. In & hre operation, determine the total energy delivered source to the 1-ks load resistor. the by

ELTE 108 Homework 6 Circuit Four: R2 = 236 Q R3 = 244 Q E2 = Ez = 12 = I3 = R = 30 Q E, = I = R = 160 2 E = ET = 240 V R7 = IT = 0610 assign ELTE108 Homework 06_2011-11-04ACC.docx Circuits: ver 2011-11-04 mjf Page 5 of 6

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23.Compare between 1 ph IM and 3 ph IM. 24.Draw the equivalent circuit of 1 ph IM. 25.Write the equations to determine X0 and RO of 1 ph IM. 26. Why the p.f under no load is a very small value.

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201503131 3. Two batteries with E, = 3V and E₂ = 5 V are connected with three resisters R₁ = 10 ohms, R₂ = 20 ohms and R3 = 30 ohms as shown in the Figure. (8-points) a) Find the currents I₁, I2 and 13 passing through the resistors R₁, R₂ and R3 consecutively and indicate their directions in the figure. (4-points) I Iz V.P 23 13 = I₁+I₂ R₂ 10 3 & 3-101₁-3013 =0 5-20 I 2-10 I₁ = 0 I R₁ ww R3 30 20 25

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Use the following constants if necessary. Coulomb constant, k = 8.987 x 10° N - m² /C2. Vacuum permitivity, co = 8.854 x 10 12 F/m. Magnetic Permeability of vacuum, Ho = 12.566370614356 x 10-' H/m. Magnitude of the Charge of one electron, e = -1.60217662 × 10–19 C. Mass of one electron, me = 9.10938356 x 10 31 kg. Unless specified otherwise, each symbol carries their usual meaning. For example, µC means micro coulomb. a R5 R3 e R9 R, R6 R8 Ry K Suppose you have the following circuit diagram. Here R1 =1.1 kN, R2 = 3.3 kN, R3 = 2.2 kN, R4 = 22 kN, R5 = 22 kN, Rg = 11 kN, R7 = 11 kN, Rg = 11 kN, R9 = 1.1 kN are the resistances on the circuit where kN stands for kilo ohm. The electromotive forces of the batteries are & = 5 volts and Ez = 3 volts. a) Calculate Rik. the resistance equivalent to R5, Re, R7, Rg and R9 between the terminals b and k. Value of Rhk Give your answer to at least two significance digits. Ω b) Calculate the current through R1.

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Ex. 94. See Figure 94. Challenging exercise? Given a 8.00 kOhm potentiometer, V_AC=100.0 volts, V_BC= 10.0 volts and load current is 3.000 mAmps. Determine R_AB Ohms, R_BC Ohms, and power (watts) dissipated by the potentiometer. ans:3

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Eлample (1) For the series-parallel arrangement shown in Figure below, find: a) The supply current. I ?. b) The current flowing through each resistor. c) The p.d. across each resistor. R3 2.50 40 Ri R4 RE I ? 200V

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In choppers voltage varying circuits employ semiconductor devices as switche Option 1: Dynamic Option 2: Static Option 3: None of the above Option 4: Both static and dyanamic

aloulated m O1 the value you Up = A cos wt +1o Calaulate maarli)-min(i) =? Use constant voltage drop mad. Don7 to write units. . - 3.7V forget

Exe: The single-phase bridge rectifier has an RL Load and an ac source, with R = 10Ω andL = 10mH. The peak value of the source is Vm = 100V at 60 Hz. The expressions of voltage andcurrent outputs are:(a) Determine v0(t) and i0(t) with two ac terms (n=2 and 4)(b)  Determine the power absorbed by the load.

For Fixed Bias Configuration Solve for Ib, Ic and le. Atleast 2 decimal place. Be mindful of units. Assume Ic is not equal to le. ... 4 RC 15002 RB VCC 20V 90A/A 100k2 Ib=Blank 1 HA Ic=Blank 2mA le=Blank 3 mA Blank 1 Add your answer Blank 2 Add your answer Blank 3 Add your answer

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W1 A 1 IL Tr1 AC Supply V V w2 12 Tr2 use double range voltmeter Fig.(1)

Consider a typical electrical circuit system shown in Figure 2. The circuit consisting of two resisters value R, and R2 (ohm), a capacitance of value C (farad) and an inductance of value L (henry). The input is the supplied voltage V, and the output voltage is Vo- viz R1 Vi R2 Vo Figure 2 (1). Apply Kirchhoffs voltage law or other principles to derive the input-output dynamic model equation. (i). Apply Laplace Transform to determine the model transfer function for the electrical system. (i). Estimate the transfer function for the following R; = (ohm) and R2 = (ohm), L = (henry), and C = (farad) values. Task 4 R, (ohm) R: (ohm) C (farad) (henry) Note: Refer the Table for R1, R2, C and L values. 27 13 24 4 lellll

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continuity Choose... test Done Choose... maximize the loading effect minimize the loading effect multimeter voltmeter

In the circuit in Figure 2, the capacitor andThe circuit of resistance is defined as a load circuit.a) Find the average power dissipated by the load circuit?b) How much of the average power calculated in a) by the resistance in the load circuit and how muchspent by the capacitor? Interpreting the results obtained?c) In the circuit in Figure 2, with a resistance of 80 ohms 23?A coil of is connected in series. In this case,calculating transformer ratio () to optimize power delivery to the load? Obtainedinterpreting the result?d) Calculate the distributed load complex power and reactive power in the newly learned circuit?

O * 33% A moodle1.du.edu.om e SIM aY The measured temperature is 173 OF and the reference is 45 °F. The voltage. in mV is Select one: O a. 4.643 O b. 4.097 O e. 3.732 O d. -3.732 Previous page Next page

2:34 ull 4G I moodle1.du.edu.om An RTD forms one arm of a Wheatstone bridge as shown in the figure. The RTD is used to measure a temperature with the bridge is operated in a balanced mode. The RTD has a resistance of 252 at a temperature of 0°C and a thermal coefficient of resistance a=0.003925C-1. The value of the variable resistance R, must be set to 41.485 Q to balance the bridge circuit. Determine the temperature measured by the RTD where R2=R3=1002 R2 R3 RTD RRTD E, Select one: O a. 4200

I need help with (d) . Thanks 1. Consider a half-wave rectifier circuit with a resistive load of 25 Ωand a 60 Hz ac source of 110V rms.(a)  Determine v0(t) and i0(t)(b) Calculate the rms values of v0(t) and i0(t)(c)  Calculate the average power delivered to the load(d)  Repeat questions a , b, and c to the full wave rectifier of Figure below with R-load and thesame source and load parameters