Maximum Power Transfer Theorem for AC Circuits
It can be stated as in an active network, the maximum power is transferred to the load when the load impedance is equal to the complex conjugate of an equivalent impedance of a given network as viewed from the load terminals.
Based on requirement , we use polar form to rectangular form and vice versa.
For the circiut shown a) Find the load impedance 21 For mximum power to the load...
Find the load impedance 2L for the network shown in Figure 2 for delivering maximum power to the load. Also calculate the maximum power supplied to the load. What is the percentage of power loss when supplying maximum power to the load. REAL M 000 4.12 312 E 230 V 20 X 612 ZL Figure 2: Circuit for Question 2
For the circuit shown above, (a) determine the impedance ZL results in maximum average power transfer to ZL ? (b) What is the maximum average power transferred to the load impedance determined in (a) ? 20/0° © 2003 -j6n+ Z For the circuit shown above, (a) determine the impedance ZL results in maximum average power transfer to ZL? (b) What is the maximum average power transferred to the load impedance determined in (a) ?
Problem 10.44 ? 5of8 Part A Determine the load impedance for the circuit shown in the figure that will result in maximum average power being transferred to the load if ?-5 krad /s. (Figure 1) Express your answer in complex form. Figure of 1 S2 Submit 8 mH Part B 4012 Determine the maximum average power delivered to the load from part A if t, 80 cos 5000t V Express your answer with the appropriate units.
Assuming that the load impedance is to be purely resistive, what load should be connected to terminals a-b of the circuits in the given figure so that the maximum power is transferred to the load? Assume R 52 Ω. 100 Ω -j10Ω 40Ω 120/60° v (+ 2/90 A j30 Ω o b The value of R is Ω.
Maximum Power Transfer Learning Goal: To find the load resistance and load power for the maximum power transferred to a load. A resistive network containing independent and dependent sources can be modeled with a Thévenin equivalent circuit, as shown below. Maximum power transfer occurs when the load resistance RLequals the Thévenin resistance RTh Part A Find the Thévenin equivalent circuit with respect to the terminals a,b for the circuit above. What is the Thévenin voltage VTh? Express your answer in...
545. Find Thevenin and Norton. (46 ) 1.522 N j2052||-j1022 5.46. Find the load impedance at which the circuits of previous problems transfer maximum power from the source to the load.
For the circuit shown below find the values of the reactance X and the characteristic impedance Zo2 of line 2 for which the power delivered to the load Z, is maximum. 1. Z,4002+/5082 JX Line Line 2 0
a. For the circuit given in Figure 6 i. Find the load resistance RL that will receive maximum power and determine the maximum power. ii. Determine the power dissipated on the load when RL = 2 Ω and RL = 10 Ω. Figure 6 b. For the circuit shown in Figure 4, determine: iii. The power delivered to the load. iv. The impedance required in a matching network that will receive maximum power. Figure 4 1. R 1012 R2 32012...
Q.8 For the circuit shown all values of impedance are given in ohms: a) Calculate the value of load impedance that will cause maximum power to be delivered into the load b) Calculate the power delivered to the load when it has the value calculated in part a) 10A j5 10V Load j5
Calculate the reactive power absorbed by the load shown below when its impedance is 70+j45.570+j45.5 and Ix = 39.0 A-rms. vo V