Needs Complete solution with 100 % accuracy. Find the Thevenin Equivalent circuit at terminals (a, b) across the 1 Ohm rightmost resistor (see red dots), thenreconnect the load resistor load to find Vo(t). Note the role that superposition plays. That is, express V = {H1} Vs+ {H2}Is10Vs2Ix10ww10Is10V₁

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Answered: Find the Thevenin Equivalent circuit at…

Power System Analysis and Design (MindTap Course List)

6th Edition

ISBN:9781305632134

Author:J. Duncan Glover, Thomas Overbye, Mulukutla S. Sarma

Publisher:J. Duncan Glover, Thomas Overbye, Mulukutla S. Sarma

Chapter6: Power Flows

Section: Chapter Questions

Problem 6.61P

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Please someone help me to slove these two problems, and give me an explanation , thank you
c) Using minimum number of components, design a voltage divider which can deliver 1 W at 100V, 2W at -50V and 1.6W at -80V. The voltage source has an internal resistance of 200 Q and supplies a current of 100mA. What is the open - circuit voltage of the voltage source? All resistance in ohm.
Just like resistors, impedance values can be combined in series or in parallel. We combine them in the same way as combining resistors, i.e., for the series connection: Zeg Z1+22+ Z3+.... For the parallel connection: Zeq = (Z+Z+Z3+...) What is the equivalent impedance of the following circuit? (Hint: you can use scientific calculator or MatLab to perform calculations involving complex numbers.) L 50 £2 300 1000 MO 400 200 102.2+19.8j O 102.2-19.8j -102.2+19.8j O-102.2 19.8j
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An ideal voltage divider consists of only R₁, R2, and the voltage source in series with each other. In practical use, the terminals of the divider has a stray capacitance Cs, making the circuit frequency dependent. The compensating capacitance C₁ is added to the circuit to make V₂/V₁ independent of the frequency again. Determine the value of the compensating capacitance C₁ in terms of R₁, R2, and Cs. + V₁ R1 I'm R2 ww + V₂ Cs
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