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PCI/PCIe/cPCI/VME Digitizers

The Agilent Acqiris high-speed digitizers product line in PCI, PCI Express® (PCIe™), CompactPCI® (cPCI), and VME form factors covers a wide range of specifications and capabilities:

  • 100 MS/s to 8 GS/s on one or more channels
  • Vertical resolution of 8, 10, 12 or 14 bits
  • Bandwidths of up to 3 GHz
  • Flexible acquisition memory
  • Fast data throughput
  • On-board real-time signal processing using FPGA
  • From single to multi-channels solutions
  • Include both analog-to-digital (ADC) and digital-to-analog converters (DAC) functionalities

Therefore, our products can be tuned to meet the highest measurement needs in commercial, industrial, physics, aerospace and defense applications.

Your application requirements are clear? Select which digitizer is right for you here: Select and compare Modules

Agilent Core technology

Agilent-proprietary technologies—and knowhow—are at the core. These unique elements include data-converter chipsets, analog front-end technology and digital data-handling devices. Together, these application-specific integrated circuits (ASIC), with commercial off-the-shelf (COTS) technologies, provide three key advantages:

  •    Give an easy access to low-power, high-fidelity data acquisition
  • Ensure maximum data throughput to the host processor
  • Reduce measurement time and cost

 

High-speed digitizers as OEM components

If you plan to design-in high speed data converters as OEM components into your own products, Agilent provides you the latest ADC technology and knowledge to support your project development. Typical OEM applications include medical imaging, non-destructive testing, data storage and semi-conductor testing, environmental monitoring and radar.

Multichannel systems

In laboratories around the world, Agilent cPCI instrumentation has become an integral part of advanced experimental systems, whether for system control or experiment observation.

cPCI digitizers and TDC’s provide channel density that is designed for use in multichannel systems. By integrating multiple units into one desktop or rackmount chassis it is possible to create a complete data acquisition system with up to 80 synchronized digitizer acquisition channels or 240 TDC channels in one chassis. Typical multichannel system applications include for example plasma and nuclear physics.

Choose the right high-speed digitizer for your application: Discover our Data converter selection guide

PICMG and the PICMG logo , CompactPCI and the CompactPCI logo, AdvancedTCA and the AdvancedTCA logo are US registered trademarks of the PCI Industrial Computers Manufacturers Group.

“PCIe” and “PCI EXPRESS” are registered trademarks and/or service marks of PCI-SIG

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Signal generation enables cost-effective testing

Application Note 2014-04-07

U5309A PCIe High Speed Digitizer with On-Board Processing - Data Sheet
Datasheet of the U5309A PCIe high-speed digitizer with on-board processing which explain the FDK implemented into the FPGA.

Data Sheet 2014-04-02

U5303A PCIe High-Speed Digitizer with On-Board Processing - Data Sheet
Datasheet of the U5303A PCIe high-speed digitizer with on-board processing which explain the FDK implemented in the FPGA.

Data Sheet 2014-03-20

DOCSIS 3.1 Test Solution - Application Brief
This “DOCSIS 3.1 Test Solution" app brief gives insight into Agilent solutions that can be used for testing DOCSIS 3.1 transmitters, receivers and components.

Application Note 2014-03-19

PDF PDF 1.30 MB
Data Acquisition for High-Speed Medical Imaging - Poster
This poster describe the high-speed digitizers (data acquisition boards) range that can be used in high-speed medical imaging applications.

Promotional Materials 2014-03-13

PDF PDF 1.32 MB
U5309A PCIe High-Speed Digitizer - Startup Guide
This startup guide details the process of receiving and installing your modular Digitizer, installing the required software and verifying basic operation.

Quick Start Guide 2014-01-13

CHM CHM 1.19 MB
U5309A PCIe High-speed Digitizer - User's Manual
(Save file to computer before use) This help document is intended to provide in-depth information and reference material specific to your digitizer product.

User Manual 2014-01-13

CHM CHM 1.26 MB
MD2 LabVIEW Programming Information - Help File
(Save file to computer before use) This help document is intended to provide in-depth information and reference material for the Agilent MD2 LabVIEW Driver.

Help File 2014-01-13

CHM CHM 836 KB
U5303A PCIe High-speed Digitizer - User's Manual
User information and reference for the U5303A PCIe High-speed Digitizer.

Help File 2014-01-13

CHM CHM 1.74 MB
Data Acquisition for Laser Based High-Speed Imaging - Poster
This poster describe the high-speed digitizers (data acquisition boards) range that can be used in Laser based high-speed imaging applications.

Promotional Materials 2014-01-10

PDF PDF 1.71 MB
U5303A PCIe High-speed Digitizer - Startup Guide
The scope of this Startup Guide is to detail the processes of receiving and installing the Agilent U5303A PCIe Digitizer, installing the required software, and verifying basic module operation.

Installation Manual 2014-01-08

PDF PDF 3.09 MB
MD1 Soft Front Panel Help System - Help File
(Save file to computer before use) Help system for the MD1 Soft Front Panel (SFP). LabVIEW driver for MD1 digitizers. Includes detailed API documentation of all driver functions.

Help File 2014-01-08

CHM CHM 8.01 MB
MD2 IVI Driver Reference - Help File
(Save file to computer before use) Information and reference material for the AgMD2 driver.

Help File 2013-12-19

CHM CHM 1.58 MB
U1084A 8-bit High-Speed PCIe Digitizer - User's Manual
(Save file to computer before use) This help document is intended to provide in-depth information and reference material specific to your digitizer product.

User Manual 2013-12-12

CHM CHM 3.59 MB
Data Converter Product - Selection Guide
The guide presents the Acqiris family of cards and modules currently available.

Technical Overview 2013-07-09

AgMD2 Driver, Software Migration Note
This document provides information on the migration of software applications from the AgMD1 to the newer AgMD2 driver.

Release Notes 2013-07-01

PDF PDF 131 KB
U5340A FPGA Development Kit for High-Speed Digitizers - Brochure
The FPGA Development Kit is a complete environment for the design, verification and implementation of real-time, user-defined signal-processing algorithms.

Brochure 2013-06-17

PDF PDF 1.04 MB
U10xx Series Digitizers Startup Guide
Startup Guide for the U10xx series of Agilent Acqiris Products. Provides information on unpacking, inspecting, installation (software and hardware), making instrument connections and verifying operation.

Quick Start Guide 2012-11-27

PDF PDF 4.14 MB
AgMD1 LabVIEW Driver Help System
Help system for the Soft Front Panel (SFP) for MD1 series digitizers. Includes product introduction, tour of the SFP UI, and how-to procedures, and troubleshooting. (Extract this zipped file to a local drive.)

Help File 2012-11-13

CHM CHM 1.34 MB
U1056B Acqiris High-Speed Data Converter Systems
This document outlines the Acqiris Box, the alternative to conventional oscilloscopes for multichannel data acquisition.

Technical Overview 2012-10-22

AgMD1 IVI Driver Help System
Help system for the IVI driver for MD1 digitizers. Includes detailed API documentation of all driver functions. (Extract this zipped file to a local drive.)

Help File 2012-09-28

CHM CHM 1.71 MB
U1084A - High-Speed PCIe Digitizers with On-Board Signal Processing
This brochure explains how to configure the U1084A Acqiris High-Speed PCIe Data Converter with Firmware for Signal Averaging, Peak Analysis or Custom Firmware Development.

Brochure 2012-09-21

PDF PDF 1.71 MB
U1051A Time to Digital Converter
Application Note - Absolute Time Recovery

Application Note 2012-07-01

PDF PDF 1.19 MB
Acqiris Time-to-Digital Converters User's Manual
For Use with TC Series Time-to-Digital Converters

User Manual 2012-07-01

PDF PDF 864 KB
U1083A - Product Security Features and Certificate of Volatility
Provides information on the memory areas within the product and the required procedures to declassify the instrument.

Reference Guide 2012-07-01

PDF PDF 1.07 MB

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