DSA72004B Tektronix Digital Oscilloscope

Features:

• 20 GHz 
• 50 GS/s 
• 20 MS 
• 4 channels
• On All Four Channels Simultaneously
• Uncompromised Bandwidth – Up to 20 GHz on all 4 channels enables measurement on the latest high-speed serial standards
• Superior Signal Integrity and Excellent Signal-to-Noise Ratio – Observe the truest representation of your waveform
• Pinpoint® Triggering – Minimize time spent trying to acquire problem signals for efficient troubleshooting and shortened debug time
• 6.25 Gb/s Real-time Serial Trigger – Assures triggering on the first instance of a specified NRZ or 8b/10b pattern to allow isolation of pattern-dependent effects
• Search & Mark – Provides waveform pattern matching and software triggers for signals of interest
• P7500 TriMode™ Probing System – Perfectly matched signal connectivity from 4 GHz to 20 GHz
• Application Support for High-speed Serial Industry Standards, RF, Power Supplies, and Memory – Enables standard-specific certification, measurement automation, and ease of use

Applications:  

• Design Verification including Signal Integrity, Jitter, and Timing Analysis
• Design Characterization for High-speed, Sophisticated Designs
• Certification Testing of Serial Data Streams for Industry Standards
• Memory Bus Analysis and Debug
• Prototype Turn-on and Power Supply Verification
• Research and Investigation of Transient Phenomena
• Production Testing of Complex Systems
• Spectral Analysis of Transient or Wide-bandwidth RF Signals

The Tektronix DSA72004B is a digital oscilloscope. The DPO/DSA70000B and MSO70000 Series oscilloscopes’ unique capabilities combined with exceptional signal acquisition performance and analysis accelerate your measurement tasks. The superior signal integrity and excellent signal-to-noise ratio of the DPO/DSA70000B and MSO70000 Series ensures confidence in your measurement results. With high signal-to-noise ratio and low internal noise floor, the DPO/DSA70000B and MSO70000 Series enable you to perform precise characterization measurements. When debugging a DUT, a low noise floor and maximum signal fidelity of the measurement instrument allows you to find the smallest anomalies that might affect the DUT’s performance. For RF signals, a lower noise floor translates into a higher dynamic range, opening the DPO/DSA70000B and MSO70000 for a wider range of applications.