NEW EDITION NOW AVAILABLE! This widely adopted work conveys a set of timeless principles and problem solving techniques in a modern context, but also provides a valuable framework for subsequent studies.

A supplement for learning how to use instrumentation, take measurements, and observe circuits in action to reinforce fundamental objectives and concepts in analog electronics.

Introduction to Communication Systems: Lab Based Learning with NI USRP™ and LabVIEW Communications

As the only complete, ready-to-use teaching solution of its kind, the USRP supports RF and communication courses through accessible, hands-on laboratory learning with real-world signals. Explore the relationships between spectrum, bandwidth, and data rate and then introduce the basics of analog and digital modulation with tools that scale to research and industry.

A lab supplement for Engineering Signals & Systems by Fawwaz Ulaby & Andrew Yagle created by Ed Doering, Rose-Hulman Institute of Technology.

A lab supplement for Engineering Signals & Systems by Fawwaz Ulaby & Andrew Yagle created by Ed Doering, Rose-Hulman Institute of Technology

This book conveys a set of timeless principles and problem solving techniques for a first course in electrical engineering circuit analysis.

An indispensable resource for those who know some LabVIEW basics but want to learn how to increase their productivity and reduce development time and effort by using established LabVIEW design patterns.

The book is intended for interested readers who wish to tackle demanding challenges from science and technology, and who want to be challenged by LEGO robotics because of personal interest, or because they wish to encourage their children in STEM activities.

This book was written to provide a customized introduction for the beginner with a minimum amount of prerequisite knowledge. This is the second volume in The Modular Series of Microelectronic Device & Circuit Design, edited by Roger T. Howe and Charles G. Sodini.

This book is meant to apply most directly to introductory courses in circuit design, which appear during the second or third year in many engineering curricula, but it can also provide a supplement to other courses for which some knowledge of circuits is useful. The book belongs to the Modular Series of Microelectronic Device and Circuit Design. Each module in the series, like this book, provides a brief fundamental look at a specific topic.

The Modular Series of Microelectronic Device & Circuit Design offers a fresh approach for the changing demands of undergraduate electronics education today and tomorrow.

Our goal is to provide an effective and efficient environment for students to learn the theory and problem-solving skills for discrete-time, linear systems. The material is designed to provide appropriate background to proceed into areas such as communications, control systems and signal processing.

As a companion to the textbook Modern Control Systems by Richard C. Dorf and Robert H. Bishop, this supplement provides a set of comprehensive tutorials and exercises utilizing the LabVIEW Control Design and Simulation Module.

This supplement to Circuits by Ulaby and Maharbiz contains 40 additional homework problems designed for three-way solution: analytical, simulation, and measurement.

This instructional guidebook provides an introduction to the NI ELVIS II workstation and to LabVIEW’s graphical programming environment. Building on this framework it then presents a set of fully detailed hands-on labs that explore more features and capabilities of NI ELVIS II.

These hands-on experiments demonstrate the wide-ranging possibilities of using NI MyDAQ, a portable data acquisition system that connects to a computer or laptop with a USB cable, providing a portal into the analog or digital world of measurement and control.

The Circuits Laboratory Companion is the perfect counterpart to Circuits by Fawwaz T. Ulaby and Michel M. Maharbiz providing an out-of-box, affordable, university lab solution.

LabVIEW for LEGO MINDSTORMS NXT by Michael Gasperi illustrates through many detailed examples how to write programs in LabVIEW that execute entirely on the NXT and that directly control the NXT using programs that run on a computer.