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In this lab manual students simulate, build, and analyze circuits to learn about behaviors, characteristics, and applications of common silicon-based components. Designed for use with NI ELVIS III.
In this lab, students will recover a variety of messages from an amplitude modulated carrier signal and develop an understanding of the demodulation process. Designed for NI ELVIS III.
In this lab students will learn about Kirchoff's Current Law and how to calculate unknown values using KCL, then confirming with real circuits. Designed for use with NI ELVIS III.
For faculty wishing to incorporate portable instrumentation into their analog electronics courses, this text provides forty end-of-chapter-style problems covering basic concepts in diodes,...
Students design an Electrocardiogram (ECG) circuit using Multisim Live, and then build and validate the circuit to produce the most accurate possible heartbeat reading. Designed for NI ELVIS III.
This comprehensive laboratory set for analog and digital curriculum teaches DC circuits, AC circuits, analog electronics, and digital electronics. Designed for NI ELVIS II/II+.
In this lab, students will investigate the properties and responses of the error amplifier generated by the gate driver voltage in a linear regulator. Designed for NI ELVIS III.
In this lab students will be looking at two devices used as electronic switches: optocouplers and insulated-gate bipolar transistors (IGBTs). Designed for use with NI ELVIS III.
In this lab students will be looking at a configuration of op-amp amplifiers called instrumentation amplifiers through web-based simulation and hands-on circuit building. Designed for use with NI...
This lab introduces students to the importance of frequency response when designing circuits. Students will investigate the frequency response of two amplifier circuits, one made with transistors and...
In this lab students will design and build a voltage level indicator, applying the knowledge they have learned into a hands-on application. Designed for use with NI ELVIS III.
In this lab students will learn how to recognize and analyze voltage divider and resistance bridge circuits through hands-on work. Designed for use with NI ELVIS III.
This lab introduces students to filter transfer functions for passive and active filters and allows them to apply their knowledge by simulating and building these circuits.
Complementary Labs for Electrical Engineering is a collection of seven labs that demonstrate how the Analog Discovery 2 can provide a way for students to experiment at home. The labs included are: RC...
Developed in collaboration with the University of Virginia, Fundamentals 1 is the first in a series of 3 course sets that redefine how the core topics of circuits, electronics, and signals and...
In this lab students will be looking at applications of transistors in the real world, learning about their importance, use, and applications. Designed for use with NI ELVIS III.
In this lab students will learn about transformers by working with two different simulations and hands-on applications with circuits. Designed for use with NI ELVIS III.
In this lab, students will apply their knowledge of circuits and hands-on concepts to understand components of a complex real-world device: a radio. Designed for use with NI ELVIS III.
In this lab, students use Mulitisim to simulate different methods of binary addition, complete analysis, and validate circuits simulatiosn on an FPGA. Designed for NI ELVIS III.
Students explore basic logic gates, boolean algebra, and deriiving cominational logic circuits using circuit simulation and PLD deployment. Designed for NI ELVIS III.
Sophomore or Junior level textbook designed for a two-course sequence, covering continuous-time signals and systems and their discrete-time counterparts.