The Agilent 6540 and 6538 Ultra High Definition (UHD) Accurate-Mass Q-TOF LC/MS systems feature Ion Beam Compression (IBC) and Enhanced Mirror Technology (EMT) for significantly improved mass accuracy and resolution. The 6538 Q-TOF system is equipped with Dual-ESI technology, while the 6540 Q-TOF system achieves even higher sensitivity with the Agilent Jet Stream technology. These new UHD Q-TOF systems have a large dynamic range, high sensitivity, high isotope and mass accuracy, and high resolution for the most demanding applications.
This document introduces the Agilent 6540 and 6538 UHD Accurate-Mass Q-TOF LC/MS systems, which feature Ion Beam Compression (IBC) and Enhanced Mirror Technology (EMT) for improved mass accuracy and resolution. The 6538 system utilizes Dual-ESI technology, while the 6540 system employs Agilent Jet Stream technology for higher sensitivity. Both systems offer a wide dynamic range, high sensitivity, and high isotopic and mass accuracy suitable for demanding applications.
The leaflet details the performance benefits of the UHD Q-TOF technology, including the ability to identify trace substances in the femtogram range and achieve a mass accuracy of 500 ppb. It also describes the MassHunter Workstation software for data analysis and the specific advantages of the Jet Stream technology in enhancing LC/MS sensitivity by improving spatial focusing of electrospray droplets. This manual is written in German.
| Mass Accuracy | 500 ppb |
|---|---|
| Data Acquisition Rate | 20 Spectra/Second |
The systems achieve a mass accuracy of 500 ppb, which increases reliability and reduces false-positive results.
The systems support data acquisition rates of 20 spectra per second to ensure full compatibility with high-throughput methods.