Discontinued DSA80000B Digital Signal Analyzer

Description

Note: The 80000B Series is discontinued. The 90000A Series is the recommended replacement product.

With today's higher data rates and serial buses, you need specialized tools to design, debug and validate your designs. Your measurements of low-voltage, differential signals can be impacted by oscilloscope noise, trigger jitter, and probe fidelity. Clock signals are typically embedded in your data, and the data may be 8b/10b encoded, so debugging your signal requires a smart oscilloscope. Once your design is complete, you are faced with compliance testing, which means making many complicated tests in a short amount of time. A standard oscilloscope no longer does the job.

The DSA80000B digital signal analyzer (DSA) is an oscilloscope measurement system optimized for these measurement tasks. The system is built around an Infiniium DSO80000B Series oscilloscope and the InfiniiMax probing system. The oscilloscope includes as standard maximum memory, high-speed serial data analysis software, and EZJIT Plus jitter analysis software at an attractive price.

Base Specification for all DSA80000B models

Channels: 4 channels
Upgradeable Bandwidth: from 2 GHz to 13 GHz Details
Sample rate: 40 GSa/s @ 1 or 2 channels are used. 20 GSa/s @ all channels are used
Memory Depth: 1-2 Mpts at 20- 40GS/s (64 Mpts at 4GSa/s)
Display: 8.4 inch XGA display with 256 level of intensity grading
Trigger Jitter: less than 500 fs
Signal Integrity Application Information Details
MET/CAL Support for the 80000 Series Details
Base configuration for DSA80000B Digital Signal Analyzer models include the following as standard:
- Option 001 memory
- Option 003 high-speed serial data analysis software
- Option 004 EZJIT Plus jitter analysis software

Scope additions and enhancements:

More Information

DSO81304B 80000B Series Infiniium High Performance Oscilloscope: 13 GHz [Discontinued]
The Infiniium 81304B and InfiniiMax probing system with the industry’s lowest noise floor, trigger jitter, and flattest frequency response provide the superior signal integrity and probing for your application.
DSO81204B 80000B Series Infiniium High Performance Oscilloscope: 12 GHz [Discontinued]
The Infiniium 81204B and InfiniiMax probing system with the industry’s lowest noise floor, trigger jitter, and flattest frequency response provide the superior signal integrity and probing for your application.
DSO81004B 80000B Series Infiniium High Performance Oscilloscope: 10 GHz [Discontinued]
The Infiniium 81004B and InfiniiMax probing system with the industry’s lowest noise floor, trigger jitter, and flattest frequency response provide the superior signal integrity and probing for your application.
DSO80804B 80000B Series Infiniium High Performance Oscilloscope: 8 GHz [Discontinued]
The Infiniium 80804B and InfiniiMax probing system with the industry’s lowest noise floor, trigger jitter, and flattest frequency response provide the superior signal integrity and probing for your application.
DSO80604B 80000B Series Infiniium High Performance Oscilloscope: 6 GHz [Discontinued]
The Infiniium 80604B and InfiniiMax probing system with the industry’s lowest noise floor, trigger jitter, and flattest frequency response provide the superior signal integrity and probing for your application.
DSO80404B 80000B Series Infiniium High Performance Oscilloscope: 4 GHz [Discontinued]
The Infiniium 80404B and InfiniiMax probing system with the industry's lowest noise floor, trigger jitter, and flattest frequency response provide the superior signal integrity and probing for your application.
DSO80304B Infiniium High Performance Oscilloscope: 3 GHz [Discontinued]
The Infiniium 80304B and InfiniiMax probing system with the industry’s lowest noise floor, trigger jitter, and flattest frequency response provide the superior signal integrity and probing for your application.
DSO80204B 80000B Series Infiniium High Performance Oscilloscope: 2GHz [Discontinued]
The Infiniium 80204B and InfiniiMax probing system with the industry’s lowest noise floor, trigger jitter, and flattest frequency response provide the superior signal integrity and probing for your application.

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