X-FT AWG Bridge

The X FT-AWG Bridge re-imagines the powerful ELEXSYS E580 in a pulse-only configuration, with an integrated AWG II and automated iris control.
 Bruker X-FT AWG Bridge for advanced Pulse EPR with integrated AWG-II technology
 Bruker X-FT AWG Bridge for advanced Pulse EPR with integrated AWG-II technology
Pulse Shaping
The X FT-AWG Bridge contains an integrated
SpinJet AWG-II for advanced pulse shaping capabilities.
Flexibility
The X FT-AWG Bridge can be offered as a full system or as an upgrade to an existing system.
Motorized Iris
Automated resonator coupling provides a seamless user experience.

Features

  • Full FT-EPR capabilities of E580, including:
    • FID detection and Echo-Detected Field Sweeps for detection of EPR signal Measurement of electron spin relaxation times (T1 and T2)
    • ESEEM/HYSCORE to probe hyperfine interactions in disordered systems
    • Pulse-ENDOR to measure hyperfine couplings and nuclear spin relaxation
    • Dipolar spectroscopy experiments like DEER, DQC, RIDME and SIFTER to measure long-range distances between spins
    • Advanced pulse shaping for detection of broadband echoes and usage in a variety of pulse experiments
  • Integrated SpinJet AWG-II as the sole pulse-forming unit, reducing overall components and footprint while maintaining best-in-class performance
  • New MD5 and MD4 probes with motorized iris control for easy, reproducible coupling

Specifications

  • 2.0 GS/s, 0.5 ns resolution
  • 14-bit amplitude resolution
  • 0.5° phase resolution
  • 1 GHz bandwidth
  • WURST, sech/tanh, and Fourier-series as new pre-defined pulse shapes
  • Phase cycling of custom pulse shapes
  • Increased memory with optimized usage
  • Calibration table for optimized suppression of the carrier frequency
  • Compatible with all frequency bands offered by Bruker

LabScape

磁気共鳴および前臨床イメージング向けのサービスとライフサイクルサポート

ブルカーは、最初のお問い合わせから評価、据え付け、その後装置が寿命を迎えるまでの購入サイクル全体を通して、お客様に比類のないサポートを提供することをお約束します。

LabScapeの保守契約、On-Site、On-DemandおよびEnhance Your Labは、現在の実験室に適した保守とサービスを行うために、新しいアプローチを提供するよう設計されています。