(d) 1.50 A Figure 3: Circuit for 50V IDa V, 3A Problems 6 and 7 Given the circuit of Figure 3, answer the following using nodal analysis Problem 6 The voltage v,is: (a) 40 V (b) 30 V (c) 25 V (d) 20 V Problem 7 The current is is: (a) 4 A (b) 2 А (c) 1 A (d) 0.5 A
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- In an R-L parallel circuit, ET=240 volts, R=560, and XL=330. Find apparent power.The table in (a) gives the relationship between the terminal current and voltage of the practical constant current source shown in (b). 1. Plot is versus vs.2. Construct a circuit model of this current source that is valid for0≤vs≤30 V, based on the equation of the line plotted in (a).3. Use your circuit model to predict the current delivered to a 3 kΩresistor.4. Use your circuit model to predict the open- circuit voltage of thecurrent source.5. What is the actual open-circuit voltage?6. Explain why the answers to (d) and (e) are not the same.The following are the readings taken while conducting an experiment on a wind turbine. what will be the value of open circuit voltage, if the short circuit current is 0.472 A, Maximum power point voltage is 5.32 V, Maximum power point current is 0.111 A and the fill factor is 0.599? Select one: a. 2080 mV b. 2.08 mV c. 8020 V d. 80.2 V
- choose the correct option 1. If the output of a transistor amplifier is 5 V rms and the input is 100 mV rms, the voltage gain is a) 5 b) 50 c) 500 d) 5000 2. Multimeter can also be used to check whether a circuit is short or open a) True b) False 3. Ohm's law is not applicable to a) DC circuits b) high currents c) small resistors d) semi-conductors 4. In a series circuit with unequal resistances: a) the highest resistance has the most of the current through it b) the lowest resistance has the highest voltage drop c) the lowest resistance has the highest current d) the highest resistance has the highest voltage drop 5) A simple multimeter can be used to test the functional NPN or PNP transistor by checking the conductance of two junctions a) True b) False 6. Zener diode is a a) Voltage regulator…Consider the circuit shown in Figure 1. Vcc= +12 V (DC), R1 = 100KΩ, R2 = 10 KΩ, RE = 1KΩ and RL = 2.2 KΩ. Assume β = 100 Calculate IE, IC, IB, VE, VC, VB08. Consider a solar PV system with Number of PV modules: 4 The number of PV cells in one PV module: 28 Arca of cach PV cell= 134 cm (take insolation valuc as 1150 W/m and efficicncy as 15% ) For the connection schemes a &b, Calculate the following for the PV Panel: a) If the Four PV modules are connected in Scrics: a) Total output power b)Total output voltage c)Total output current
- Draw the below-given circuit. Change the value of components and add RL as a variable resistor. Use an ammeter to measure the current for various values of RL. Verify the Maximum Power Transfer theorem using the circuit below. Vth = 25 Volts and Rth = 140 Ohms.The circuit given below consists of some components that value.R is the value of "92". V1 is the voltage value given by the "6".a-) According to defined prerequisites for the circuit, redesign the schematic.b-) the variable DC voltage source in the circuit given below is adjusted so that i0 is zero. Find the value of VDCc-) Is there a power dissipating source in the circuit? Verify your answerWhere X = 5 and Y = 6 and. t1 = 0,5 and t2 = 0,6 Vo = 6 For the circuit of Figure, knowing that t0 = 0s and that vC (t0) = −vo. 1) Find the mathematical expression for vC(t) in the interval t0 ≤ t <t1. Give your answer in V. Answer format: A + BeCt where A, B and C are real numbers rounded to three decimal places. 2) Find the mathematical expression for iR (t) on the interval 0<t <t1. Give your answer in amps (A). Response format: D +EeCt where D and E are real numbers rounded to three decimal places. 3) Find the mathematical expression for vC (t) on the interval t1≤t <t2. Give your answer in volts (V). Response format: F + GeHt where F, G and H are real numbers rounded to three decimal places.
- A DC resistive circuit includes a 5.5 mA current source, Is, which is connected to 2 resistors in parallel: Ry which is 7 kQ and R2 which has 1.75 times more conductance than R1. There is a closed switch before R2 in series with only this resistor. The negative terminal of the current source is at ground. a) Draw the circuit diagram for the above described circuit being sure to label all circuit elements, current directions and voltage polarities of each element. b) The switch is now open. Redraw the circuit diagram with a voltmeter which measures the voltage across the resistor Ry. Be sure to label all circuit elements, current directions and voltage polarities of each element. Indicate the value displayed by the voltmeter.For the circuit in the figure, find the ones requested in the questions by using the following values? Vcc= 14 V, β=139, RF=326 kΩ, RC=4,5 kΩ, RE=0,9 kΩ IE=VCE=VCB=Hey please reply as soon as posible Using only source transformation and without eliminating ix, reduce the circuit in Figure to a single voltage source and a single resistor, then obtain ix using Ohm's law. A) What is the value of the source voltage in V and what is the value of the resistor in Ω? B) What is the value of ix in Amps?