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Description
For undergraduate courses in Introductory Circuit Analysis, Circuit Analysis, Circuits 1 and 2, Analog Electronics, and Digital Electronics in departments of Engineering and Engineering Technology.
This in–depth manual, written as a class demonstration with step–by–step screen captures, shows students how to use the Multisim 7 circuit simulation program from Electronics Workbench. It focuses on a wide range of circuits, and features a collection of examples that show how to create a circuit, how to run different analyses, and how to obtain the results from those analyses.
Features
In–depth coverage—Makes this the best Multisim 7 reverence available.
~Covers the basic analyses such as AC/DC/Transient, as well as Temperature Sweeps, Digital Analyses, and the lab instruments.
Step–by–step screen captures—Leads through the software by displaying screen captures right alongside the narrative.
~Shows students how to use the program without confusion. Frees instructors from covering the software in class and from giving demonstrations.
Simulation of the same circuits—Using both the Multisim 7 virtual lab simulations and SPICE analyses.
~Illustrates the connection between circuit operation, lab measurements, and SPICE simulation results; and helps students understand and interpret abstract SPICE simulations.
Logical format.
~Simulates class presentation of material.
Organization by analysis type—Guides students through an array of logically sequenced discussions, integrating a wide range of examples.
~Eases students into more advanced, complex topics, helping to minimize intimidation and increase motivation.
Student–friendly presentation.
~Offers users an easy–to–follow format that allows for self–paced learning, and provides the visual support today’s students need to fully grasp often abstract concepts and procedures.
Coverage of simple and advanced circuits—Uses a broad range of complexity to fully illustrate each analysis type.
~Gives students a wide range of circuits and difficulty.
Section–end exercises.
~Specifies a circuit and gives the simulation results, then asks students to use the software to obtain the same results.
Numerous chapter–end simulation problems.
~Gives students the opportunity to test their capability and understanding.
In–depth usage of the graphical processor.
~Enables students to easily interpret and compare results.