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    Circuits Textbook, Second Edition - On sale while quantities last!

    The Circuits Second Edition textbook conveys a set of timeless principles and problem solving techniques for a first course in electrical engineering circuit analysis, it also provides a valuable framework for subsequent studies. The Circuits second edition textbook offers a number of significant enhancements.
    MFR Part #: 978-1-934891-19-3
    $52.00
    Availability: 25 in stock

     

    Authors:
    Fawwaz T. Ulaby of the University of Michigan
    Michel M. Maharbiz of the University of California, Berkeley
     

    ISBN: 978-1-934891-19-3
     

     

    This textbook conveys a set of principles and problem solving techniques for a first course in electrical engineering circuit analysis, and also provides a valuable framework for subsequent studies. The second edition of this text offers a number of significant enhancements.

     

    New Features to the Second Edition:

    • Includes two new chapters: one on Three-Phase Circuits (Chap. 10) and another on Magnetically Coupled Circuits (Chapter 11)
       
    • NI myDAQ tutorials and myDAQ Problems: In addition to solving a circuit problem analytically and simulating its behavior with NI Multisim, a complementary third approach is to physically build the circuit on a circuit board and use the NI myDAQ to interface the circuit to a computer. The interface allows students to use the computer both as a function generator to excite the circuit and as a multimeter or oscilloscope to measure its response. A NI myDAQ tutorial developed by Professor Ed Doering of the Rose-Hulman Institute of Technology is included on the DVD which is included with the book. This is in addition to video tutorials on how to use computer-based instruments, and 36 end of chapter NI myDAQ Design Problems
       
    • About 200 end-of-chapter problems have been added, increasing the total number of problems in this textbook to 834.
       
    • Concept questions strategically placed within chapter, which encourages you to think critically about the material you have just read.
       
    • Updated Technology Briefs and several new ones are added.
       
    • The previous RLC Circuits Chapter (6) and Laplace Transform Analysis Technique Chapter (10) are now combined in the new Chapter 6, Circuit Analysis by Laplace Transform.
       
    • Additional examples and new concept illustrations that help students consolidate their understanding of the subject.
       
    • A new appendix on the NI MathScript RT Module and MATLAB
       
    • A student version of Mathscript is included on the DVD for use with matrix inversion and other calculations. (MathScript RT Module is a computer program developed and sold by National Instruments, as a module in LabVIEW. The basic commands used by MATLAB also work in MathScript RT Module. Unless otherwise noted, all MATLAB commands used in this book and DVD also work in MathScript RT Module.)
       
    • Latest versions of both NI LabVIEW and NI Multisim Student Edition Software on a DVD packaged with each book.


       
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    Authors:
    Fawwaz T. Ulaby of the University of Michigan
    Michel M. Maharbiz of the University of California, Berkeley
     

    ISBN: 978-1-934891-19-3
     

     

    This textbook conveys a set of principles and problem solving techniques for a first course in electrical engineering circuit analysis, and also provides a valuable framework for subsequent studies. The second edition of this text offers a number of significant enhancements.

     

    New Features to the Second Edition:

    • Includes two new chapters: one on Three-Phase Circuits (Chap. 10) and another on Magnetically Coupled Circuits (Chapter 11)
       
    • NI myDAQ tutorials and myDAQ Problems: In addition to solving a circuit problem analytically and simulating its behavior with NI Multisim, a complementary third approach is to physically build the circuit on a circuit board and use the NI myDAQ to interface the circuit to a computer. The interface allows students to use the computer both as a function generator to excite the circuit and as a multimeter or oscilloscope to measure its response. A NI myDAQ tutorial developed by Professor Ed Doering of the Rose-Hulman Institute of Technology is included on the DVD which is included with the book. This is in addition to video tutorials on how to use computer-based instruments, and 36 end of chapter NI myDAQ Design Problems
       
    • About 200 end-of-chapter problems have been added, increasing the total number of problems in this textbook to 834.
       
    • Concept questions strategically placed within chapter, which encourages you to think critically about the material you have just read.
       
    • Updated Technology Briefs and several new ones are added.
       
    • The previous RLC Circuits Chapter (6) and Laplace Transform Analysis Technique Chapter (10) are now combined in the new Chapter 6, Circuit Analysis by Laplace Transform.
       
    • Additional examples and new concept illustrations that help students consolidate their understanding of the subject.
       
    • A new appendix on the NI MathScript RT Module and MATLAB
       
    • A student version of Mathscript is included on the DVD for use with matrix inversion and other calculations. (MathScript RT Module is a computer program developed and sold by National Instruments, as a module in LabVIEW. The basic commands used by MATLAB also work in MathScript RT Module. Unless otherwise noted, all MATLAB commands used in this book and DVD also work in MathScript RT Module.)
       
    • Latest versions of both NI LabVIEW and NI Multisim Student Edition Software on a DVD packaged with each book.


       
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    $62.95
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    NI Circuit Design Suite combines Multisim 14.3 and Ultiboard software, to offer students a complete set of tools for circuit design, simulation, validation, and layout. The Circuit Design Suite helps you design circuits using intuitive and cost-effective tools. You can perform interactive SPICE simulation and seamlessly transition to PCB layout and routing software. Built for education, research, and design, the suite provides advanced simulation capabilities to give you clear insights into how circuits perform under any situation.

    • NI Multisim will help to engage students and reinforce theory. As a unified environment, you can use it to teach and learn analog, digital and power electronics.
    • This program will help you understand circuits faster with intuitive graphical simulation.
    • Students will gain standardized skills with a powerful design tool that is used across multiple industries.
    • includes access to Multisim Live, allowing users to take the same simulation technology used in academic institutions, and use it anywhere, anytime and on any device. 

    Note: (Only for sale to Students & Faculty in the USA for lab preparation on personal computers, not for classroom or institutional use.)