| What is LVDS? |
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Objective:
Learn what LVDS stands for, what key markets and applications LVDS fits in, and the advantages of using LVDS technology.
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Online Seminar:
 Introduction to LVDS, October 11, 2002, John Goldie
Learn about how high speed and low power, low noise, and reduced cost benefits of Low Voltage Differential Signaling (LVDS) can be realized in many existing and emerging applications. This introductory overview will allow engineers to quickly gain an understanding of LVDS, how it works, and the benefits that it brings.
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Reading Assignment:
- AN-971: An Overview of LVDS Technology.
- LVDS Owner's Manual, 2nd Edition, Chapter 1: "Introduction to LVDS". This chapter explains how LVDS works and where the standard came from.
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Research Assignment:
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Program Coordinator/Professor
John Goldie
 John Goldie is a graduate of San Francisco State University, holding a BS in Electrical Engineering with a minor in Design and Industry. John joined National in 1988 and has worked on LVDS, BLVDS, CML, ECL, GTL, BTL, RS-xxx and other interface technologies for data transmission and display applications. He has also authored over 30 articles and has chaired the TIA TR30.2.1 Electrical Standards committee, which authored LVDS and M-LVDS.
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Quiz:
Take a quiz to check your understanding of this subject. Click here.
Answer all questions correctly to receive a certificate from Dean Bob Pease.
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