Total files found 8. Displaying 1 to 8
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Fundamentals of Signal Integrity (WebID: 14174):
This primer is to provide some insight into signal integrity-related problems in digital systems, and to describe their causes, characteristics, effects, and solutions. (28 Pages, 54W-22137-1) |
Primer |
02-Nov-2009 |
How Do You Get the Most Out of Your Tektronix Performance Oscilloscope (WebID: 11843):
Understand the important signal acquisition and usability features of your oscilloscope to achieve quicker results. (16 Pages, 55W-20959-1) |
Application Note |
19-Jan-2009 |
Signal Integrity Engineer's Companion: The Wireless Signal--Part VII (WebID: 14480):
Embedded.com |
Technical Article |
02-Oct-2008 |
Signal Integrity Solutions (WebID: 14177):
This fact sheet discusses Tektronix' powerful and complete portfolio to overcome signal degradation challenges (2 Pages, 54W-22138-0) |
Application Fact Sheets |
21-Aug-2008 |
How Stressing a Receiver Removes Stress from a Designer (WebID: 12851):
The ideal way to determine if a receiver is fit for an application is to test it with the worst signal it is likely to ever see. This paper shows how different types of stress arise in systems, how they can be applied to a receiver for diagnosing problems and then look at a typical serial standard to see how stress tests are used for interoperability compliance. (8 Pages, 55W_21993_0) |
White Paper |
09-Apr-2008 |
Finding and Examining Pattern-dependent Failures with FrameScan™ Acquisition Technology (WebID: 6517):
This application note explains how the FrameScan technology locates and examines pattern-dependent failures at 10 Gbps and beyond. (85W-13561-2) |
Application Note |
12-Jun-2007 |
Adding Value to Arbitrary Generators (WebID: 4297):
Producing diverse waveforms to provide additional signals from a missing or difficult-to-obtain component or sensor historically has been delivered by multiple dedicated signal sources. With the arrival of digital sampling technology and digital serial processing techniques, just one signal source instrument, the arbitrary generator, can deliver almost any type of signal generation required. (76W-19737-0) |
White Paper |
09-Jun-2006 |
Fundamentals of Timing Analysis (WebID: 4085):
This primer highlights important timing analysis issues, such as common errors, their causes and ways to efficiently confront them. The latest tools for capturing elusive timing errors and expediting system verification will also be discussed. (52W-19572-0) |
Primer |
26-Apr-2006 |
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