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Course Description

In this course, you will explore circuits whose behavior varies with time. These circuits have a variety of useful applications, and you will learn about both their theoretical design using mathematical circuit analysis and practical circuit assembly. You will also be introduced to a new and incredibly useful tool for analyzing circuits, the oscilloscope. By the end of the course, you will build a practical circuit to complete a specific task without requiring use of a microcontroller. This course will give you a wealth of experience that will be useful as you move toward doing your own open-ended projects.

Due to the applied nature of this program, you will be sent a kit of electrical components and microcontrollers before the start of your course.

You are required to have completed the following course or have equivalent experience before taking this course:

  • Building and Analyzing a Basic Circuit

Faculty Author

Benjamin M. Finio

Benefits to the Learner

  • Use capacitors in time-varying circuits
  • Measure behavior of time-varying circuits using an oscilloscope
  • Use RC circuit step and frequency response
  • Explore operational amplifiers

Target Audience

  • Engineers (mechanical, software, civil, systems, chemical, biomedical)
  • Robotics and automation technicians
  • Programmers and computer scientists
  • Technology researchers
  • High school teachers
  • Hobbyists
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Cornell Engineering
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