Computer aided circuit analysis

  • What are the techniques used in circuit analysis?

    Engineers have come up with two elegant ways to organize and streamline circuit analysis: the Node Voltage Method and the Mesh Current Method.
    These are general-purpose step-by-step recipes to solve a circuit.
    Both methods attempt to minimize the number of simultaneous equations..

  • What is DC circuit analysis?

    DC circuit analysis refers to the process of finding unknown values like the voltage, current, and resistance of a DC circuit or between the components of the circuits.
    In the case of resistance in a DC circuit, the total value of resistance is found based on whether the resistors are in series in parallel or series..

  • What is meant by circuit analysis?

    Circuit analysis is the process of finding all the currents and voltages in a network of connected components.
    We look at the basic elements used to build circuits, and find out what happens when elements are connected together into a circuit..

  • DC circuit analysis refers to the process of finding unknown values like the voltage, current, and resistance of a DC circuit or between the components of the circuits.
    In the case of resistance in a DC circuit, the total value of resistance is found based on whether the resistors are in series in parallel or series.
A general-purpose circuit analysis program based on the manipulation of two port structures is described. This program may be considered as an alternative and 
The computer-aided tools can free the engineer from tedious calculations, thereby freeing more time for doing the kind of creative work a computer cannot do. A circuit analysis program is known as SPICE, an acronym for a simulation program with the emphasis on integrated circuits.

Course Description

The course introduces numerical algorithms and computer-aided techniques for the simulation of electronic circuits.
Theoretical and practical aspects of important analyses: circuit formulation methods, large-signal nonlinear DC, small-signal AC and moment matching, transient, sensitivity and noise analysis.
Recent advances in timing, symbolic, and .

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Lecture Time/Office Hour

TR 2:00 a.m. - 3:20 p.m.
All the lecture will be pre-recorded and posted into the ilearn before the lecture.
The lecture time actually is the office hour time for Q&A from students. Zoom Information: Topic: EE213 Winter 2021 https://ucr.zoom.us/j/91204892190?pwd=RGJpUDRFS1phTmJMZklnVXc0cFIvdz09 Meeting ID: 912 0489 2190 Passcode: 273524

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Prerequisite

EE001A, EE001B and EE133 or similar courses or familiar with basic circuit theories, ability to write software (C, C++) and appreciation for numerical methods.


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