Recent content by guspabon
-
G
RLC inverse Laplace transform question
The source Vi is a step-input voltage source; the second source in series with the input capacitor, Ci, is meant to depict an initial voltage condition of Vi on the capacitor. I am representing this also as a step-source at t=0. In previous analysis I have always successfully represented...- guspabon
- Post #9
- Forum: Electrical Engineering
-
G
RLC inverse Laplace transform question
Hello Again, GuiltySparks; I recomputed my original derivation above with your inputs and successfully got the same results as you so thanks again for your input. I have expanded my analysis on the circuit we discussed previously. I added additional components which complicated the...- guspabon
- Post #7
- Forum: Electrical Engineering
-
G
RLC inverse Laplace transform question
Thanks for the effort and for the attached derivation; this is very helpful. I will compare it to mine and see where I made and error. Your result makes sense and is what I would've expected.- guspabon
- Post #5
- Forum: Electrical Engineering
-
G
RLC inverse Laplace transform question
Hello GuiltySparks and thanks for your response and intuition. I agree with your comments and was aware of the eventual steady-state currents and voltages that will result after the transient event takes place. This simplified circuit is part of a power systems design where I'm...- guspabon
- Post #3
- Forum: Electrical Engineering
-
G
RLC inverse Laplace transform question
The link below shows a circuit and the s-domain equation for I1(s) that I have derived; My question is on the portion of the equation containing the "(s+a)" terms. I am trying to arrive at the time-domain equation for I1(s) but instead of arriving at the Laplace transform pair shown in the...- guspabon
- Thread
- Inverse Inverse laplace transform Laplace Laplace transform Rlc Transform
- Replies: 8
- Forum: Electrical Engineering