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RF Certifications

Applied RF Engineering II - Signals and Propagation


Description

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.

CatalogID: 271

Content
  • Welcome!
  • 01 Introduction and Propagation
  • Section 1 Notes PDF
  • Introduction Lecture
  • Section 1 Propagation Lecture
  • Workbook Demo|Lab 1
  • 02 Antennas
  • Antennas Notes PDF
  • Antennas Lecture 1
  • Antennas Lecture 2
  • Antennas Lecture 3
  • Antennas Lab
  • 03 Time and Frequency
  • Time and Frequency PDF Notes
  • Time and Frequency Lecture
  • Time and Frequency Workbook
  • 04 Modulation
  • Analog and Digital Modulation PDF Notes
  • Analog Modulation Lecture
  • Analog Modulation Workbook
  • Digital Modulation Lecture
  • Digital Modulation Workbook
  • 05 Signal Performance
  • Signal Performance PDF Notes
  • Lecture 1
  • Lecture 2 Shannon Limit
  • Lecture 3 Coding
  • Lecture 4 Measurements
  • Workbook: Vector Signal Analyzers
  • 06 Multiple Access
  • Multiple Access Notes PDF
  • Lecture 1
  • Lecture 2
  • Lecture 3 CDMA
  • Spread Spectrum Workbook
  • Lecture 4 OFDM
  • OFDM Workbook
  • Lecture 5 MIMO
  • Testing and Feedback
  • Test for Applied RF Engineering II
  • Course Evaluation/Feedback
Completion rules
  • You must complete the test "Test for Applied RF Engineering II"