DSOX92004A Infiniium High-Performance Oscilloscope

Agilent DSOX92004A Infiniium High-Performance Oscilloscope

DSOX92004A Agilent Digital Oscilloscope | Introduction to Agilent 20 GHz Oscilloscope:

DSOX92004A DSOX92004A Infiniium High-Performance Oscilloscope: 20 GHz

DSOX92004A Agilent Digital Oscilloscope | Key Features and Specifications of Agilent 20 GHz Oscilloscope

Bandwidth Real-Time Oscilloscope

20 GHz True Analog Bandwidth, Upgradable to *** Bandwidth: 32 GHz

80 GSa/s Sampling Rate, 2 Channels; 40 GSa/s Sampling Rate, 4 Channels

*** Deepest Memory Depth ― Up to 2 Gpts Memory, 20 Mpts Standard Depth per Channel (DSA Models Feature 50 Mpts Standard Depth)

Real-Time Oscilloscope Measurement Accuracy

True Analog Bandwidth for Better Spectrum Analysis of Transient and Wide-Bandwidth RF Signals

****** Oscilloscope Noise Floor (2.31 mVrms at 50 mV/div, 32 GHz)

*** Measurement Noise Floor (<100 fS)

****** 30 GHz Oscilloscope Probing System

Fully Customized Probe Amplifier Parameter Characteristics, Providing *** Probe Calibration for Each Probe Amplifier

****** Bandwidth-Upgradable Probes, Allowing Preparation for Evolving Probing Needs

****** Comprehensive Application-Specific Measurement Software

*** Jitter, Trigger, Analysis, and Protocol Tools

Pre-installed Compliance Test Software Integrates Expertise from Numerous Agilent Engineers on Standard Committees. Check Available Compliance Application Software

Supports Emerging Technologies, Including Fibre Channel, SAS 12G, MIPI-Nphy, GDDR5, and PCIe Gen 3

DSOX92004A Agilent Digital Oscilloscope | Description of Agilent 20 GHz Oscilloscope

When deploying emerging high-speed serial bus technologies, identifying spectral components of wide-bandwidth RF signals, or analyzing transient physical phenomena, you need the truest characteristics of the signal under test. The Agilent Infiniium 90000 X Series Oscilloscope offers 32 GHz true analog bandwidth. By investing in *** integrated circuit processes, Agilent has achieved *** hardware analog bandwidth in its measurement instruments, along with ****** noise floor and inherent jitter, enabling the 90000 X Series to deliver up to 32 GHz true analog hardware bandwidth. Due to bottlenecks in 16 GHz hardware technology, other manufacturers resort to digital signal processing enhancements or frequency-domain interleaving techniques to increase their oscilloscopes' test bandwidth. However, these methods increase noise density and distortion and adversely affect measurement accuracy. The 90000 X Series features ****** noise and inherent jitter, ensuring *** measurement accuracy.

The *** test probes launched with the Infiniium 90000 X Series Oscilloscope provide 30 GHz point-contact probe accessories, while other accessories offer 28 GHz bandwidth. If you initially purchase probes with only 16 GHz bandwidth, you can upgrade them to higher bandwidth at any time in the future as needed.