Hello I need help with solving this ECE 2101 problem #3 which deals with Electrical Circuit analysis. Please show all th
Posted: Fri Jul 08, 2022 6:17 am
Hello
I need help with solving this ECE 2101 problem #3 which deals with Electrical Circuit analysis. Please show all the correct steps and the correct answers to each part of the question
Please follow all of the directions for each part of the question.
Also please provide the correct answer with the correct steps with each specific part of the question in complete detail. I will also provide a similar solution to a similar problem (see the last two images below) so you have a template or basis on what to do for problem #3. So only do problem #3 (top 1st image), the solution (last image below which is labeled #2)is just there for you if you help.
PLEASE, IN GREAT DETAIL, EXPLAIN HOW EACH SPECIFIC PART OF THE QUESTION (WITH THE ANSWERS) WORKS IN COMPLETE DETAIL
Please provide pictures of circuits if required (very important). Please draw the circuit for this problem and make sure it's very detailed.
Please make sure that your work is correct.
Please be neat and provide detailed written explanations, this is very important to me (since I want to understand how this problem works), and I promise that I will rate you.
3. Find the load impedance in the circuit shown in the following figure for maximum power transfer. Also, find the maximum power delivered to the load. Assume that vs(t) = 20 cos(2+60t) V. 6020 R₁ www 120 J 2002 R₂ ww 150) -150 ZLoad
2. Find the load impedance in the circuit shown in the Figure for maximum power transfer. Also, find the maximum power delivered to the load. Assume that vs(t) = 70 cos(2760t+45°) V (rms). Solution: Pmax 70/0 Vh88.887² 4x32.647 AR Answer: Pmax=89.28 W R₁ w 12 (2 Vth = VSXZC/(R1 + ZL+ZC) = -20.5882 - j82.3529 = 84.88752-104.03620 V Zth = R2 + (R1 + ZL) || ZC= 32.6471-j19.4118 ZLoad = Zth * = 32.6471+j19.41180 1180 = 55.18 W R₂ ww 1502 - 150 Zload
I need help with solving this ECE 2101 problem #3 which deals with Electrical Circuit analysis. Please show all the correct steps and the correct answers to each part of the question
Please follow all of the directions for each part of the question.
Also please provide the correct answer with the correct steps with each specific part of the question in complete detail. I will also provide a similar solution to a similar problem (see the last two images below) so you have a template or basis on what to do for problem #3. So only do problem #3 (top 1st image), the solution (last image below which is labeled #2)is just there for you if you help.
PLEASE, IN GREAT DETAIL, EXPLAIN HOW EACH SPECIFIC PART OF THE QUESTION (WITH THE ANSWERS) WORKS IN COMPLETE DETAIL
Please provide pictures of circuits if required (very important). Please draw the circuit for this problem and make sure it's very detailed.
Please make sure that your work is correct.
Please be neat and provide detailed written explanations, this is very important to me (since I want to understand how this problem works), and I promise that I will rate you.
3. Find the load impedance in the circuit shown in the following figure for maximum power transfer. Also, find the maximum power delivered to the load. Assume that vs(t) = 20 cos(2+60t) V. 6020 R₁ www 120 J 2002 R₂ ww 150) -150 ZLoad
2. Find the load impedance in the circuit shown in the Figure for maximum power transfer. Also, find the maximum power delivered to the load. Assume that vs(t) = 70 cos(2760t+45°) V (rms). Solution: Pmax 70/0 Vh88.887² 4x32.647 AR Answer: Pmax=89.28 W R₁ w 12 (2 Vth = VSXZC/(R1 + ZL+ZC) = -20.5882 - j82.3529 = 84.88752-104.03620 V Zth = R2 + (R1 + ZL) || ZC= 32.6471-j19.4118 ZLoad = Zth * = 32.6471+j19.41180 1180 = 55.18 W R₂ ww 1502 - 150 Zload