Agilent 400-MR and DD2 NMR Console Data Sheet

This document introduces Agilent DD2 Console Technology, which can provide new features for existing NMR systems and extend the system's lifespan. The technology includes amplifier linearization, flat baselines and the latest VnmrJ 3 software.


Agilent 400-MR and DD2 NMR Console Data Sheet - cover page
Brand
Agilent
Document type
Datasheet
Language
English
Pages
4
File format
PDF
File size
1017 KB
Published
04 July, 2012
Updated
30 September, 2023
Model
DD2
MD5 checksum
C2712CC3EFF5FA8A59D4239B37B154A7

About this manual

Agilent Technologies offers a wide selection of NMR console upgrade options that add the benefits of DD2 technology to existing NMR systems. These changes are designed to enhance performance and extend the lifespan of the system without replacing the magnet. Options include on-site board-level upgrades for VNMRS DirectDrive systems and partial or whole console replacements.

What's inside

  • Benefits of DD2 Technology
  • Upgrade Path Summary
  • 400-MR DD2 Console Features
  • 300-900 MHz NMR Systems Upgrade
  • Retained High-Value Components
  • Ordering Information

Specifications

Receiver Digitization Rate80 MHz
ADC Resolution14 bit
Effective Dynamic Range20 bits at 10 KHz spectral width
Waveform Memory per Channel>30 MB

Frequently asked questions

Can high-value components from older consoles be retained?

Yes, for some systems, high-power amplifiers and other high-value components can be retained to realize substantial savings.

What is the minimum spectral width at which the DirectDigital Receiver provides an effective dynamic range of 20 bits?

The receiver provides an effective dynamic range of 20 bits at a spectral width of 10 KHz.

What is the minimum power rating for high-power amplifiers that can be retained during an upgrade?

High-power amplifiers with a rating greater than 400 W are candidates for retention.

What is the digitization rate of the receiver in the Agilent 400-MR DD2 console?

The receiver digitizes at a rate of 80 MHz.

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