Signal Integrity

The task of isolating and eliminating signal integrity problems anywhere in the system is challenging.

Tektronix delivers the bandwidth and time-saving features you need to properly address high-speed signal deviations, quickly locate and trace faults back to their source, and eliminate schedule delays and reliability issues.

Signal Integrity

Product	Description	Quantity
Oscilloscope	DSA8300 Series with 80E10 TDR/80E09 Electrical Sampling Modules and 80SJNB Analysis Software	1
Oscilloscope	MSO/DPO5000, DPO7000 or DPO/DSA/MSO70000 Series with DPOJET Analysis Software	1
Oscilloscope Probes	Probe Selector (varies by bandwidth and type)	1
Logic Analyzer	TLA5000B Series, TLA7000 Series	1
Signal Generator	AWG7000 Series	1
Real-Time Spectrum Analyzers	RSA3000 Series, RSA6000 Series	1

	Product Series
Logic Analyzer Fundamentals Learn the basics and benefits of logic analyzers - see how this tool can solve your debug challenges.	TLA6000
How Do You Get the Most Out of Your Tektronix Performance Oscilloscope Understand the important signal acquisition and usability features of your oscilloscope to achieve quicker results.	DPO7000
Fundamentals of Signal Integrity Primer This primer is to provide some insight into signal integrity-related problems in digital systems, and to describe their causes, characteristics, effects, and solutions.	RSA5000
Digital Design Debugging Guide Learn all about digital design debugging in our 16-page how-to guide.
Signal Integrity Solutions Fact Sheet This fact sheet discusses Tektronix' powerful and complete portfolio to overcome signal degradation challenges	RSA3000
Embedded Design Techniques for Verifying Serial Communications With an increasing number of designs utilizing serial communications links between the microcontroller and the peripheral chips, you need a proven test solution to verify these serial buses are operating as expected.
Signal Integrity Engineer's Companion: The Wireless Signal --Part VII Chapter 10 of the Signal Integrity Engineer's Companion discusses new techniques in wireless signal measurement and thought-provoking ideas about signal analysis in the modern wireless environment. Part VII covers applying real-time spectrum analysis. From embedded.com.
How Stressing a Receiver Removes Stress from a Designer 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.
Finding and Examining Pattern-dependent Failures with FrameScan™ Acquisition Technology This application note explains how the FrameScan technology locates and examines pattern-dependent failures at 10 Gbps and beyond.	DSA8300

		Product Series
TLA Series Video: Glitch	Tektronix logic analyzers are equipped with a unique glitch display to help you quickly identify the occurrence of a glitch regardless of the number of signals that are being analyzed.	TLA7000
TLA Series Video: MagniVu	Debug, validate, and optimize your digital designs with MagniVu™ acquisition’s powerful 8 GHz (125ps) high-resolution sampling and avoid missing events in either timing or state acquisition mode on all channels.	TLA7000
TLA Series Video: iCapture	Eliminate double probing and see both digital and analog acquisitions through a single logic analyzer probe with the exclusive iCapture™ multiplexing capability.	TLA7000
TLA Series Video: iView	The integrated iView™ display provides complete system visibility with time-correlated, integrated analog and digital data on one screen.	TLA7000
TLA Series Video: Setup and Hold	Quickly identify and measure elusive timing violations using drag-and-drop Setup and Hold triggers.	TLA7000
Fundamentals of Signal Integrity Webinar	This 30-minute Webinar presented by Professor Geoff Lawday and Tektronix Marketing Manager David Ireland provide insight into signal integrity-related problems in digital and analog systems. This is an essential Webinar for Design Engineers working with complex digital systems and need clean, fast transitions free of transients.

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