6545XT HP | Alldatasheet
Document overview
- Manufacturer or author: Provided By ALLDATASHEET.COM(FREE DATASHEET DOWNLOAD SITE)
- PDF pages: 1
Technical content
Parameter Measure Specification MS Sensitivity, positive Signal-to-noise for 1 pg injection of reserpine, while maintaining maximum mass resolution >500:1 RMS in 10 replicates MS Accuracy, positive Measured at the (M+H)+ ion of reserpine (m/z 609.2807) using an internal mass reference <0.8 ppm RMS in 10 replicates MS Sensitivity, negative Signal-to-noise for 1 pg injection of chloramphenicol, while maintaining maximum mass resolution >500:1 RMS in 10 replicates MS Accuracy, negative Measured at the (M-H)– ion of chloramphenicol (m/z 321.0051) using an internal mass reference <0.8 ppm RMS in 10 replicates MS/MS Sensitivity Signal-to-noise for 1 pg LC/MS injection of reserpine, monitoring the most intense product ions (174, 195, 397, and 448 m/z) while maintaining maximum mass resolution >1,500:1 RMS in 10 replicates MS/MS Accuracy, positive Product ion m/z 397 for reserpine <2.0 ppm RMS in 10 replicates MS/MS Accuracy, negative Product ion m/z 152 for chloramphenicol <2.5 ppm RMS in 10 replicates Intact protein accuracy Deconvolved mass assignment of intact trypsinogen protein <10 ppm RMS in 10 replicates Mass resolving power Full width half mass (FWHM) of spectral peak, with all instrument parameters set by autotune >50,000 FWHM at m/z 2,722 Mass range 50–30,000 m/z Temperature stability Temperature: 15 to 35 °C (59 to 95 °F) at constant temperature Maintain 1 ppm mass accuracy (variations <3 °C from calibration temperature) Dynamic range Intrascan dynamic range on coeluting components Up to 5 decades Spectral acquisition rate, MS Acquisition speed while maintain maximum resolving power (mode dependent) 50 spectra/second Spectral acquisition rate, MS/MS Acquisition speed while maintain maximum resolving power (mode dependent) 30 spectra/second Polarity switching Complete cycle of positive and negative spectral acquisition 1.5 seconds with proper configuration Agilent SWARM Autotune Flexible automated optimization for protein, peptide, and small/labile molecule analysis. Automated data analysis for the following workflows Intact Protein Analysis, Peptide Sequence Mapping, Glycan Profiling Vacuum system Single foreline pump with dual split-flow turbo pumps capable of reaching flight tube vacuum of 10–8 torr under standard operating conditions Integrated calibrant solution Automated delivery of calibrant for tuning and mass calibration Vent-free capillary removal Isolation valve to allow source and sampling capillary maintenance while maintaining system vacuum. www.agilent.com/chem For Research Use Only. Not for use in diagnostic procedures. This information is subject to change without notice. © Agilent Technologies, Inc., 2017 Published in the USA, October 2, 2017 5991-7957EN All sensitivity, chemical accuracy, and resolution specifications are achieved in manufacturing, and instrument performance data is supplied with shipment. All specification values are achieved after autotune, and do not require manual optimization. These specifications are not standard installation specifications for the Agilent Q-TOF. The Agilent high-resolution accurate mass Q-TOF instruments are tested and installed in accordance with standard performance tests as described in the Agilent installation manual.