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- Bruker BioSpin's MRI CryoProbe(TM) Selected for 2008 R&D 100 Award for Enabling Preclinical MRI on...
- Bruker BioSpin 1.7mm MicroCryoProbe(TM) Wins R&D 100 Award for Delivering a Tenfold Jump in NMR...
- NMR Newsletter 07/2008
- ParaVision 5.0 released- Routine Workflow for Preclinical MRI
- TopSpin 2.1 now supports Windows Vista SP1 and Windows XP Professional SP3
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AVANCE III - The Fastest Spectrometer Ever
Introducing the Avance III
The new and enhanced Avance™ III NMR spectrometer architecture yields the fastest, highest performance and most flexible NMR spectrometer on the market. The Avance III architecture is based on a forward-thinking electronics concept,offering increased computational power with the addition of RF channels. It provides an unprecedented level of digital control, speed, flexibility and exceptionally pure NMR frequency generation.
Avance™ III Applications
Flexible Communication Structure
The Avance III communication backbone consists of two data paths: a LAN-based approach (ethernet) for non-time critical applications (diagnostics, firmware upgrades, configuration parameters) and an ultra-fast LVDS bus for timecritical (real-time) applications.
Advanced RF Generation
Bruker’s patented digital RF generation provides the most precise and stable RF pulses, greatly surpassing any commercially available technologies for the highest spectral purity. In addition to the highest available phase and frequency resolution, RF parameters can be switched in only 25 ns, including simultaneous phase, frequency and amplitude switching.
Unparalleled Dynamic Range
The 2nd Generation Digital Receiver enables the highest dynamic range and digital resolution, thanks to the use of a special ADC architecture, leading to over 22 usable bits.
Beyond the Electronics
Together with a wealth of performance-leading solids and liquids probes, industry leading TopSpin operating software and a broad array of automation and hyphenation options, the Avance III is the NMR spectrometer that will enable not just the latest, but also future experiments and research
applications.


