Download Circuit Analysis I with MATLAB Computing and by Steven Karris PDF

By Steven Karris

This article is an advent to the elemental rules of electric engineering and covers DC and AC circuit research and Transients. it really is meant for all engineering majors and presumes wisdom of first yr differential and fundamental calculus and physics. The final chapters comprise step by step techniques for the ideas of straightforward differential equations utilized in the derivation of the normal and forces responses. Appendices A, B, and C are introductions to MATLAB, Simulink, and SimPowerSystems respectively. Appendix D is a evaluation of complicated Numbers, and Appendix E is an advent to matrices and determinants. for more information. please stopover at the Orchard courses web site

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Extra info for Circuit Analysis I with MATLAB Computing and Simulink/SimPowerSystems Modeling

Sample text

Also, the circuit constants are the same and thus the natural response has the form v Cn = k 1 e –2t + k 2 e –3t . We will find the forced (steady-state) response using phasor circuit analysis where  = 1 , jL = j20 , – j  C = – j120 , and 100 cos t  100 0 . The phasor circuit is shown below. 100  j20  VS +  – j 120  +  VC V S = 100 0 V Using the voltage division expression we obtain – j120 – j120 – 90  100 0- = 60 2 – 135 V C = ---------------------------------------- 100 0 = -------------------------- 100 0 = 120 --------------------------------------------------100 + j20 – j120 100 + j100 100 2 45 and in the t – domain v Cf = 60 2 cos  t – 135  .

2 Response of Parallel RLC Circuits with AC Excitation The total response of a parallel RLC circuit that is excited by a sinusoidal source also consists of the natural and forced response components. The natural response will be overdamped, critically damped or underdamped. The forced component will be a sinusoid of the same frequency as that of the excitation, and since it represents the AC steadystate condition, we can use phasor analysis to find the forced response. We will derive the total response of a parallel RLC circuit which is excited by an AC source with the following example.

This results in the underdamped or oscillatory natural response and has the form vn  t  = e –P t  k 1 cos  nP t + k 2 sin  nP t  = k 3 e –P t  cos  nP t +    If a second order circuit is neither series nor parallel, the natural response if found from yn = k1 e or or s1 t + k2 e s2 t yN =  k1 + k2 t  e yn = e – t s1 t  k 3 cos t + k 4 sin  t  = e – t k 5 cos  t +   depending on the roots of the characteristic equation being real and unequal, real and equal, or complex conjugates respectively.

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