- This circuit board is to be used with the EB-3000 universal Electronics work station. Which is sold separately - This listing is for this single circuit board only. Each board comes with a teacher guide and student experiment manual.
- The EB-3165 Optical Communication board is a comprehensive instructional module that plugs directly into the EB-3000 base unit designed to teach the fundamental concepts of digital optical communications to students who are both beginners and experts alike. The topics covered on this board include: audio amplifiers and speakers, preamplifiers and speakers, optical transmitters, optical receivers, Schmitt trigger comparators, infrared communications, optical digital communications, and troubleshooting exercises.
- A minimal amount of wiring is required to setup the EB-3165 board, increasing the amount of time students have for hands on learning. The fault insertion system allows you to create an error on the board for students to troubleshoot, further developing their diagnostic skills. By creating, testing, and performing experiments from the included manual, students will learn the theory, practical applications, and gain a working knowledge of the fundamental concepts of optical communications.
- Topics Covered:
Optical communications: Audio amplifier and speaker,
Preamplifier and speaker,
Optical transmitter,
Optical receiver,
Schmitt trigger comparator,
Infrared communications,
Optical digital communications,
Troubleshooting exercises
- All the tools a student would need to complete a full course in electricity and electronics. This system can be operated with or without a PC. Plugging boards in and out is simple and safe.
The EB-3165 Optical Communication board is a comprehensive instructional module that plugs directly into the EB-3000 base unit designed to teach the fundamental concepts of digital optical communications to students who are both beginners and experts alike. The topics covered on this board include: audio amplifiers and speakers, preamplifiers and speakers, optical transmitters, optical receivers, Schmitt trigger comparators, infrared communications, optical digital communications, and troubleshooting exercises.
A minimal amount of wiring is required to setup the EB-3165 board, increasing the amount of time students have for hands on learning. The fault insertion system allows you to create an error on the board for students to troubleshoot, further developing their diagnostic skills. By creating, testing, and performing experiments from the included manual, students will learn the theory, practical applications, and gain a working knowledge of the fundamental concepts of optical communications.
Topics Covered:
Optical communications: Audio amplifier and speaker,
Preamplifier and speaker,
Optical transmitter,
Optical receiver,
Schmitt trigger comparator,
Infrared communications,
Optical digital communications,
Troubleshooting exercises
