NI Multisim Fundamental Circuits Chapter 1: RLC Circuits

Publish Date: Apr 11, 2012 | 46 Ratings | 3.78 out of 5 |  PDF

Overview

The NI Multisim Fundamental Circuits series presents many frequently used circuits and design topologies, essential in the understanding of electronics. These examples, for new or advanced users, provide a powerful starting point to building a library of circuits showcasing various components, designs, and the power of interactive SPICE simulation and analyses.

Divided into seven chapters consisting of RLC, diode, transistor, amplifier, opamp, filter and miscellaneous circuits, groups of circuits can be downloaded. Each circuit is documented to indicate the illustrated design concept.

Chapter 1: RLC Circuits

 

Chapter 1 of the NI Multisim Fundamental Circuits series investigates a number of basic electronics laws and passive component designs with interactive SPICE simulation. Download the circuits in the zip file attached below.

The following circuits are available for download and use in NI Multisim 10 and above.

 004  Parallel DC Circuit.ms10
 005  Series-Parallel DC Circuit.ms10
 006  Current Analysis.ms10
 007  Millmans Theorem 1.ms10
 008  Millmans Theorem 2.ms10
 009  Kirchoff's Current Law.ms10
 010  Thevenin's Theorem.ms10
 011  Superposition Principle.ms10
 012  Nortons Theorem and Source Conversion.ms10
 013  AC Voltage Measurement.ms10
 014  Frequency Response of the Series RL Network.ms10
 015  RL High and Low Pass Filter
 016  Frequency Response of the Series RC Network.ms10
 017  RC High and Low Pass Filter.ms10
 
Return to the NI Multisim Fundamental Circuits main page.

 

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