Circuit Systems with MATLAB and PSpice by Won Y. Yang

By Won Y. Yang

Software program instruments utilized to circuit research and layout are speedily evolving, allowing scholars to maneuver past the time-consuming, math-intensive equipment of conventional circuit guideline. by way of incorporating MATLAB 7.0 and PSpice 10.0, along systematic use of the Laplace remodel, Yang and Lee aid readers swiftly achieve an intuitive figuring out of circuit innovations.

  • Unified scheme utilizing the Laplace rework speeds up comprehension
  • Focuses on reading strategies and comparing layout effects, now not exhausting computation
  • Most examples illustrated with MATLAB analyses and PSpice simulations
  • Downloadable courses on hand for hands-on practice
  • Over one hundred thirty difficulties to augment and expand conceptual understanding

Includes extended assurance of key parts such as:

  • Positive suggestions OP Amp circuits
  • Nonlinear resistor circuit analysis
  • Real international 555 timer circuit examples
  • Power issue correction programs
  • Three-phase AC energy process analysis
  • Two-port parameter conversion

Based on a long time of educating electric engineering scholars, Yang and Lee have written this article for an entire direction in circuit conception or circuit research. Researchers and engineers with no huge electric engineering backgrounds also will locate this publication a worthwhile advent to circuit platforms

Show description

By Won Y. Yang

Software program instruments utilized to circuit research and layout are speedily evolving, allowing scholars to maneuver past the time-consuming, math-intensive equipment of conventional circuit guideline. by way of incorporating MATLAB 7.0 and PSpice 10.0, along systematic use of the Laplace remodel, Yang and Lee aid readers swiftly achieve an intuitive figuring out of circuit innovations.

  • Unified scheme utilizing the Laplace rework speeds up comprehension
  • Focuses on reading strategies and comparing layout effects, now not exhausting computation
  • Most examples illustrated with MATLAB analyses and PSpice simulations
  • Downloadable courses on hand for hands-on practice
  • Over one hundred thirty difficulties to augment and expand conceptual understanding

Includes extended assurance of key parts such as:

  • Positive suggestions OP Amp circuits
  • Nonlinear resistor circuit analysis
  • Real international 555 timer circuit examples
  • Power issue correction programs
  • Three-phase AC energy process analysis
  • Two-port parameter conversion

Based on a long time of educating electric engineering scholars, Yang and Lee have written this article for an entire direction in circuit conception or circuit research. Researchers and engineers with no huge electric engineering backgrounds also will locate this publication a worthwhile advent to circuit platforms

Show description

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Sample text

It is a wish of the authors that every reader of this book will find his/her own role to play in this world in order to be happy (instead of being ignored) and that this book helps even a bit in achieving such an objective. 8), it cannot play its inborn role of regulating the current between the two nodes while the voltage across the two nodes rests solely on the voltage source. Consequently, a current source connected in parallel with a voltage source can be deactivated or removed (by open-circuiting it) without disturbing the analysis of the rest of the circuit.

The RHS (right-hand side) vector consists of the values of the current sources entering each node. ’ There are two approaches, the supernode method and the source transformation method, which will be explained and tried in the subsequent sections. 1 Node Analysis of Circuits Having No Voltage Sources The above-mentioned method can be used to analyze circuits that are excited by independent current source(s) only. Let us take a look at the following example. 7(a), the top three nodes are labeled 1,2, and 3 and the bottom node 0 as the reference node.

The series combination of resistors yields the equivalent resistance, which is larger than any one of the resistances. 1(b) shows a parallel connection of N resistors each of resistance Rn , or, equivalently, of conductance Gn ¼ 1=Rn . Since all the resistors in parallel have the same voltage v1 ¼ Á Á Á ¼ vN ¼ v, the current of each resistor can be written as i1 ¼ G1 v; i2 ¼ G2 v; ÁÁÁ; iN ¼ GN v and the sum of all the resistor currents makes the overall current as i¼ N X n¼1 in ¼ N X Gn v ¼ n¼1 N X !

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