Applied RF Engineering II - Wireless Digital Signals Online
Course 271
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Featuring Demo/Labs using Octave/MatlabPart of our NEW Applied RF Engineering Certification
Feb 11-Jul 11, 2022 - Scheduled Online Course, RF Mentor e-Learning /
Rex Frobenius
$995
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Jul 15-Dec 16, 2022 - Scheduled Online Course, RF Mentor e-Learning /
Rex Frobenius
$995
Register now! or Save a seat
Sep 19-Feb 10, 2023 - Scheduled Online Course, RF Mentor e-Learning /
Rex Frobenius
$995
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Summary
The process of coding information onto an RF carrier is a key aspect that enables modern wireless transmission. An RF/wireless engineer needs to understand how information can be represented as changes to the properties of a carrier, as well as the impediments that the carrier faces going from the transmit antenna to the receive antenna. Although the topic is complex, many key concepts are remarkably simple to understand and help to demystify assumptions concerning frequency, range, and bandwidth requirements for example. Furthermore, understanding the basic modulation types serves as a foundation for understanding how today's elaborate commercial standards work, by seeing them as the combination of familiar building blocks alongside other more advanced techniques.
Lab exercises in the course using Octave/Matlab allow the student to explore relationships between time and frequency domains, as well as providing some bonus familiarity and competence with basic DSP algorithms. Some basic modulation signals are explored, and the basic principles of OFDM signal generation are demonstrated.
This is a self-paced course with each student given approximately 5 months to complete the program. During that time, the student has on-demand access to the course materials at a time that is most convenient for their schedule. The course utilizes a Learning Management System, which allows students to log in and access online course material at any time, ask questions and keep track of their progress. This course is equivalent to 24 hours of classroom training.
Learning objectives
Upon completing the course you will be able to:
- work with DSP tools to create basic waveforms
- view relationships between time and frequency domains
- interpret the basic relationship between frequency and path loss
- identify basic antenna performance metrics
- evaluate wireless standards based on common signal building blocks
Target Audience
This course is intended for students with an engineering background or equivalent practical experience. The material covered is similar to the RF Technology Certification part II. This course includes "lab" sessions using Octave/Matlab examples to create basic signal types and explore their properties in the time and frequency domains. Octave is an open source program that is freely available for download on multiple computer platforms.