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Highlights

Applications

  • Aerospace Defense
  • Electronic test
  • Medical imaging
  • Communications

Functionality

  • 1 slot PXIe 4/8 channel digitizer
  • 100 MSa/s, 14 bit, 100 MHz bandwidth
  • Advanced data acquisition system with flexible triggering and programmable cycles and data bursts

Performance characteristics

  • Up to 2 GB of onboard RAM (~1 GSa)
  • Multi-instrument programming, which is enabled using the KS2201A PathWave Test Sync Executive programming environment, is supported by SD1 3.x software API for core programmers. Flowchart style programming enabled by Hardware Virtual Instrument Design Environment (M3601A) is supported by SD1 2.x Software only. (M3XXXA, Option HV1 required).
  • PathWave FPGA Design Environment (KF9000A), supported by SD1 3.x software, enables easy programming & designing of logic, control, and combinatorial routines to the M3xxxA instrument along with supporting HVI for interaction with several FPGA functions. The Graphical FPGA Design Environment (M3602A) is supported by SD1 2.x Software only (M3xxxA, Option FP1 required).

The M3100A PXIe digitizer is ideal for general purpose digitizer automated test requirements. It offers high channel density with an advanced data acquisition systems (DAQ). The optional real-time sequencing, inter-module synchronization, and graphical FPGA programming software tools expand its capability to enable a number of solutions including angle of arrival (AoA), baseband electronics designs, wireless device manufacturing and multi-channel coherent signal acquisition.

Learn more about Keysight PXI Oscilloscope & Digitizer

 

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M3100A PXIe Digitizer

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Extend the Capabilities for Your PXIe Digitizer: 100 MSa/s, 14 bit, 100 MHz

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Featured Resources for M3100A PXIe Digitizer: 100 MSa/s, 14 bit, 100 MHz

Application Notes 2017.11.30

FPGA Implementation of a LUT-based Input Processing

FPGA Implementation of a LUT-based Input Processing

This application note demonstrates the FPGA implementation of a signal transformation using a lookup table (LUT). It implements a piecewise first-order linear approximation of a nonlinear function.

2017.11.30

User Manuals 2021.06.07

M3601A HVI Design Environment User's Guide

M3601A HVI Design Environment User's Guide

Latest version of the M3601A User's Guide

2021.06.07

User Manuals 2020.01.31

SD1 2.x M31xxA/M33xxA Digitizers User's Guide

SD1 2.x M31xxA/M33xxA Digitizers User's Guide

Product and user information for the M31xxA/M33xxA Digitizers, compatible with SD1 2.x Software only.

2020.01.31

User Manuals 2017.02.28

M3602A FPGA Design Environment User's Guide

M3602A FPGA Design Environment User's Guide

User's information for the M3602A FPGA design environment.

2017.02.28

White Papers 2023.09.06

Understanding the Differences Between Oscilloscopes and Digitizers for Wideband Signal Acquisitions

Understanding the Differences Between Oscilloscopes and Digitizers for Wideband Signal Acquisitions

This white paper provides advantages and disadvantages of using oscilloscopes or wideband digitizers for wideband signal applications.

2023.09.06

Data Sheets 2022.06.27

M3100A PXIe Digitizers with Optional Real-Time Sequencing and FPGA Programming

M3100A PXIe Digitizers with Optional Real-Time Sequencing and FPGA Programming

The M3100A are high-performance, high-bandwidth digitizers with an advanced data acquisition system (DAQ).

2022.06.27

Technical Overviews 2019.12.01

M3102A/M3100A PXIe Digitizers with Optional Real-Time Sequencing and FPGA Programming

M3102A/M3100A PXIe Digitizers with Optional Real-Time Sequencing and FPGA Programming

M3102A/M3100A digitizers are high-performance, high-bandwidth digitizers with advanced data acquisition system (DAQ).

2019.12.01

Flyers 2017.09.05

BUILDING a Time-to-Digital Converter (TDC)

BUILDING a Time-to-Digital Converter (TDC)

FLIER

2017.09.05

View All Resources

View All Resources

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