User’s GuideVersion 5 Series SoftwarePerSeptive Biosystems, Inc.500 Old Connecticut PathFramingham, MA 01701 USAA subsidiary of PE CorporationPart Nu
Table of Contentsx PerSeptive BiosystemsChapter 7 PSD Analysis7.1 Overview of PSD Analysis...
Chapter 2 Installing the Voyager™ Biospectrometry™ Workstations2-22 PerSeptive Biosystems2Video monitorsFigure 2-12 and Figure 2-13 show the re
Connecting the Voyager-DE STR WorkstationVoyager™ Biospectrometry™ Workstation User’s Guide 2-232NOTE: In the US only, you can plug the video monitor
Chapter 2 Installing the Voyager™ Biospectrometry™ Workstations2-24 PerSeptive Biosystems22.5 Installing SoftwareAll necessary software is ins
Installing SoftwareVoyager™ Biospectrometry™ Workstation User’s Guide 2-2522.5.1 Installing the Voyager SoftwareInstallingTo install the Voyager soft
Chapter 2 Installing the Voyager™ Biospectrometry™ Workstations2-26 PerSeptive Biosystems2• User Guides—Includes PDF (portable document format)
Installing SoftwareVoyager™ Biospectrometry™ Workstation User’s Guide 2-2722.5.2 Starting the SoftwareStartingInstrumentControl PanelTo start the Voy
Chapter 2 Installing the Voyager™ Biospectrometry™ Workstations2-28 PerSeptive Biosystems2StartingSequence ControlPanelTo start the Sequence Co
Installing SoftwareVoyager™ Biospectrometry™ Workstation User’s Guide 2-2922.5.3 Exiting the SoftwareCAUTIONIf you are using the Voyager Workstation
Chapter 2 Installing the Voyager™ Biospectrometry™ Workstations2-30 PerSeptive Biosystems22.6 Hardware ConfigurationCAUTIONDo not alter the Ha
Hardware ConfigurationVoyager™ Biospectrometry™ Workstation User’s Guide 2-312.Figure 2-16 Vacuum Configuration3. Check the following values as neede
Table of ContentsVoyager Biospectrometry Workstation User’s Guide xiAppendix A Specifications...
Chapter 2 Installing the Voyager™ Biospectrometry™ Workstations2-32 PerSeptive Biosystems2• Source Chamber (BA1) Wait Time—Time (seconds) that
Hardware ConfigurationVoyager™ Biospectrometry™ Workstation User’s Guide 2-332High voltageconfigurationTo check high voltage configuration:1. In the I
Chapter 2 Installing the Voyager™ Biospectrometry™ Workstations2-34 PerSeptive Biosystems2• Idle Power Off/Idle Time—When enabled, the number o
Hardware ConfigurationVoyager™ Biospectrometry™ Workstation User’s Guide 2-3523. Check the following values as needed:• Flight Length to Deflector (Re
Chapter 2 Installing the Voyager™ Biospectrometry™ Workstations2-36 PerSeptive Biosystems23. Check the following fields as needed:• Instrument
Hardware ConfigurationVoyager™ Biospectrometry™ Workstation User’s Guide 2-372Figure 2-20 Laser Configuration3. Check the following fields as needed:
Chapter 2 Installing the Voyager™ Biospectrometry™ Workstations2-38 PerSeptive Biosystems2DigitizerconfigurationTo check the configuration of t
Aligning the Sample PlateVoyager™ Biospectrometry™ Workstation User’s Guide 2-3922.7 Aligning the Sample PlateIn this sectionThis section describes:•
Chapter 2 Installing the Voyager™ Biospectrometry™ Workstations2-40 PerSeptive Biosystems2.PLT files andmultiplealignmentsA .PLT file defines t
Aligning the Sample PlateVoyager™ Biospectrometry™ Workstation User’s Guide 2-412Overview of videomonitor displayThe following examples show how the s
Table of Contentsxii PerSeptive Biosystems
Chapter 2 Installing the Voyager™ Biospectrometry™ Workstations2-42 PerSeptive Biosystems2What you needTo align the sample plate you need the f
Aligning the Sample PlateVoyager™ Biospectrometry™ Workstation User’s Guide 2-432Using the controlstickTo align a sample plate, you must use the contr
Chapter 2 Installing the Voyager™ Biospectrometry™ Workstations2-44 PerSeptive Biosystems2Figure 2-26 Sample Plate Alignment Wizard3. Click Ne
Aligning the Sample PlateVoyager™ Biospectrometry™ Workstation User’s Guide 2-452The software calculates the alignment and uses the settings to ensure
Chapter 2 Installing the Voyager™ Biospectrometry™ Workstations2-46 PerSeptive Biosystems22.8 Startup and ShutdownIn this sectionThis section
Startup and ShutdownVoyager™ Biospectrometry™ Workstation User’s Guide 2-472If your system includes a LeCroy digitizer, wait approximately one minute
Chapter 2 Installing the Voyager™ Biospectrometry™ Workstations2-48 PerSeptive Biosystems2InitializingThe hardware is automatically initialized
Startup and ShutdownVoyager™ Biospectrometry™ Workstation User’s Guide 2-492Powering downthe massspectrometerIf you need to perform maintenance on int
Chapter 2 Installing the Voyager™ Biospectrometry™ Workstations2-50 PerSeptive Biosystems22.9 Checking System StatusDisplay the System Status
Checking System StatusVoyager™ Biospectrometry™ Workstation User’s Guide 2-512Table 2-2 System Status ParametersParameter DescriptionSystem StatusIn
Safety and Compliance InformationVoyager™ Biospectrometry™ Workstation User’s Guide xiii1Safety and Compliance InformationIn this sectionThis section
Chapter 2 Installing the Voyager™ Biospectrometry™ Workstations2-52 PerSeptive Biosystems2
3ChapterVoyager™ Biospectrometry™ Workstation User’s Guide 3-13 Preparing SamplesThis chapter contains the following sections:3.1 Preparing Samples
Chapter 3 Preparing Samples3-2 PerSeptive Biosystems33.1 Preparing Samples NOTE: Sample preparation is critical to obtain good results in MALDI-T
Preparing SamplesVoyager™ Biospectrometry™ Workstation User’s Guide 3-333.1.1 Selecting a MatrixPurpose of matrixIn MALDI-TOF, the matrix plays a key
Chapter 3 Preparing Samples3-4 PerSeptive Biosystems3MixturesIf you are examining a sample mixture, it may be necessary to prepare the mixture wit
Preparing SamplesVoyager™ Biospectrometry™ Workstation User’s Guide 3-53NOTE: HPLC-grade water may vary in salt concentration and may produce adduct i
Chapter 3 Preparing Samples3-6 PerSeptive Biosystems35. Cap the tube and vortex thoroughly for approximately 1 minute or until dissolved. You can
Preparing SamplesVoyager™ Biospectrometry™ Workstation User’s Guide 3-73Sinapinic acidUse sinapinic acid for peptides and proteins >10,000 Da.Matri
Chapter 3 Preparing Samples3-8 PerSeptive Biosystems3CHCAUseα-cyano-4-hydroxycinnamic acid (CHCA) for:• Dried drop application—Peptides/proteins &
Preparing SamplesVoyager™ Biospectrometry™ Workstation User’s Guide 3-93CHCA for thin layerapplicationUse for peptides <3,000 Da.Matrix concentrati
Safety and Compliance Informationxiv PerSeptive Biosystems1A Caution provides information to avoid damage to the system or loss of data and appears as
Chapter 3 Preparing Samples3-10 PerSeptive Biosystems3THAPUse THAP for small oligonucleotides <3,500 Da, acidic carbohydrates, acidic glycopept
Preparing SamplesVoyager™ Biospectrometry™ Workstation User’s Guide 3-1133-HPAUse 3-HPA for large oligonucleotides >3,500 Da.Matrix concentration 5
Chapter 3 Preparing Samples3-12 PerSeptive Biosystems3DHBUse DHB for:• Neutral carbohydrates• Small moleculesDHB for neutralcarbohydratesMatrix co
Preparing SamplesVoyager™ Biospectrometry™ Workstation User’s Guide 3-133DHB for smallmoleculesMatrix concentration 10 mg/mlFinal sample concentration
Chapter 3 Preparing Samples3-14 PerSeptive Biosystems3DHBsUse DHBs for peptides and proteins >10,000 Da, and glycosylated proteins.Matrix conce
Preparing SamplesVoyager™ Biospectrometry™ Workstation User’s Guide 3-153Synthetic polymermatricesChoice of matrix depends on the sample you are analy
Chapter 3 Preparing Samples3-16 PerSeptive Biosystems3You can load polymer samples on sample plates in two ways:• Thin layer polymer method (yield
Preparing SamplesVoyager™ Biospectrometry™ Workstation User’s Guide 3-1733.1.4 Preparing SampleIn this sectionThis section includes:• Sample concentr
Chapter 3 Preparing Samples3-18 PerSeptive Biosystems3Note the following:• When diluting sample, keep in mind that you will be further diluting wh
Preparing SamplesVoyager™ Biospectrometry™ Workstation User’s Guide 3-1933.1.5 Sample CleanupCleaningtechniquesUse the following techniques to clean
Safety and Compliance InformationVoyager™ Biospectrometry™ Workstation User’s Guide xv1Safety symbolsThe following symbols may be displayed on the sys
Chapter 3 Preparing Samples3-20 PerSeptive Biosystems33.1.5.1 WashingWhen to useUse this technique when you know the solubility of the contaminan
Preparing SamplesVoyager™ Biospectrometry™ Workstation User’s Guide 3-2133.1.5.2 Drop Dialysis (Floating Membrane)When to useUse this technique on po
Chapter 3 Preparing Samples3-22 PerSeptive Biosystems3NOTE: Sample also passes through the membrane during dialysis, particularly low mass samples
Preparing SamplesVoyager™ Biospectrometry™ Workstation User’s Guide 3-2333.1.5.3 Cation ExchangeWhen to useUse this technique for non-polar proteins
Chapter 3 Preparing Samples3-24 PerSeptive Biosystems33.1.5.4 ZipTips® When to useUse this technique for peptides, proteins, and oligonucleotides
Preparing SamplesVoyager™ Biospectrometry™ Workstation User’s Guide 3-253ProcedureTo clean samples with ZipTips:1. Wash a C18 ZipTip in the following
Chapter 3 Preparing Samples3-26 PerSeptive Biosystems33.1.6 Mixing Sample and Matrix (Dried Droplet Application)When to useUse dried droplet appl
Preparing SamplesVoyager™ Biospectrometry™ Workstation User’s Guide 3-273Mixing sampleand matrix on thesample plateMix sample and matrix directly on t
Chapter 3 Preparing Samples3-28 PerSeptive Biosystems33.2 Loading Samples on Sample PlatesIn this sectionThis section describes:•Overview• Loadin
Loading Samples on Sample PlatesVoyager™ Biospectrometry™ Workstation User’s Guide 3-293Types of sampleplatesThree types of 100-position reusable samp
Safety and Compliance Informationxvi PerSeptive Biosystems1Non-electricalSymbolsThe following is an illustrated glossary of non-electrical safety aler
Chapter 3 Preparing Samples3-30 PerSeptive Biosystems3Handling sampleplatesTo prevent contamination of your analysis:• Start with a clean sample p
Loading Samples on Sample PlatesVoyager™ Biospectrometry™ Workstation User’s Guide 3-3133.2.2 Loading Samples (Dried Droplet Application)NOTE: If you
Chapter 3 Preparing Samples3-32 PerSeptive Biosystems3Do not touch the tip of the pipette to the sample spot. Make sure the sample is evenly appli
Loading Samples on Sample PlatesVoyager™ Biospectrometry™ Workstation User’s Guide 3-3333.2.3 Loading Samples (Thin Layer Application)When to useUse
Chapter 3 Preparing Samples3-34 PerSeptive Biosystems33.2.4 Examining Crystals on Sample PlatesOverviewIf you are using polished blank or laser e
Loading Samples on Sample PlatesVoyager™ Biospectrometry™ Workstation User’s Guide 3-353You can acquire data from a well that does not have an ideal c
Chapter 3 Preparing Samples3-36 PerSeptive Biosystems33.3 Cleaning Sample PlatesIn this sectionThis section describes procedures for cleaning:•Te
Cleaning Sample PlatesVoyager™ Biospectrometry™ Workstation User’s Guide 3-3736. Examine the plate. If you see any sample or matrix residue, oil, or f
Chapter 3 Preparing Samples3-38 PerSeptive Biosystems3CAUTIONDo not leave the sample plate in detergent for longer than 10 minutes. Longer exposur
Loading Sample Plates in the Mass SpectrometerVoyager™ Biospectrometry™ Workstation User’s Guide 3-3933.4 Loading Sample Plates in the Mass Spectrome
Safety and Compliance InformationVoyager™ Biospectrometry™ Workstation User’s Guide xvii1Symboles desalertes desécuritéLes symboles suivants peuvent ê
Chapter 3 Preparing Samples3-40 PerSeptive Biosystems3Table 3-1 Sample Plate InformationParameter DescriptionPlate ID Unique identifier (up to 3
Loading Sample Plates in the Mass SpectrometerVoyager™ Biospectrometry™ Workstation User’s Guide 3-4133.4.1 Ejecting the Sample HolderIn the Voyager
Chapter 3 Preparing Samples3-42 PerSeptive Biosystems33.4.2 Loading Sample PlatesThis section describes loading sample plates in:• Voyager-DE and
Loading Sample Plates in the Mass SpectrometerVoyager™ Biospectrometry™ Workstation User’s Guide 3-433Figure 3-5 Loading the Sample Plate in a Voyage
Chapter 3 Preparing Samples3-44 PerSeptive Biosystems35. Select a Plate ID. The .PLT file and alignment information associated with the Plate ID a
Loading Sample Plates in the Mass SpectrometerVoyager™ Biospectrometry™ Workstation User’s Guide 3-453Figure 3-7 Loading the Sample Plate in a Voyage
Chapter 3 Preparing Samples3-46 PerSeptive Biosystems35. Select a Plate ID. The .PLT file and alignment information associated with the Plate ID a
Sample Plate Types SupportedVoyager™ Biospectrometry™ Workstation User’s Guide 3-4733.5 Sample Plate Types SupportedIn addition to 100-position reusa
Chapter 3 Preparing Samples3-48 PerSeptive Biosystems33.5.1 Sample Plates Types and ApplicationsThe Voyager Instrument Control software supports
Sample Plate Types SupportedVoyager™ Biospectrometry™ Workstation User’s Guide 3-493NOTE: For additional information on available sample plates and or
Safety and Compliance Informationxviii PerSeptive Biosystems1Symboles nonélectriquesLe tableau suivant donne la signification des symboles d’alertes d
Chapter 3 Preparing Samples3-50 PerSeptive Biosystems33.5.2 Editable-Configuration Plate (.PLT) Types Provided with the SystemSelecting platetype
Sample Plate Types SupportedVoyager™ Biospectrometry™ Workstation User’s Guide 3-513.PLT filesprovidedThe editable-configuration plate types provided
Chapter 3 Preparing Samples3-52 PerSeptive Biosystems33.5.3 Guidelines forDefining Custom Plate TypesYou can define custom plate types of unlimit
Sample Plate Types SupportedVoyager™ Biospectrometry™ Workstation User’s Guide 3-533A .PLT file describes each position on the plate as discussed in T
Chapter 3 Preparing Samples3-54 PerSeptive Biosystems3X and Y Coordinates of the position center in reference to the lower left corner of the samp
Sample Plate Types SupportedVoyager™ Biospectrometry™ Workstation User’s Guide 3-553Width Use if you are customizing a .PLT file. Defines the width of
Chapter 3 Preparing Samples3-56 PerSeptive Biosystems3Figure 3-11 illustrates the coordinates for the four corner positions that define the edges
Sample Plate Types SupportedVoyager™ Biospectrometry™ Workstation User’s Guide 3-573Guidelines forcreating .PLT filesNote the following:• The diameter
Chapter 3 Preparing Samples3-58 PerSeptive Biosystems3NOTE: You can correct for systematic errors introduced by a sample preparation device by ali
Sample Plate Types SupportedVoyager™ Biospectrometry™ Workstation User’s Guide 3-593Tolerances andnon-systematicerrorsWhen creating search pattern fil
Safety and Compliance InformationVoyager™ Biospectrometry™ Workstation User’s Guide xix1Before operatingthis instrumentEnsure that anyone involved wit
Chapter 3 Preparing Samples3-60 PerSeptive Biosystems3Figure 3-12 Area Available for AnalysisHow to create a.PLT fileNOTE: Display the Sample Vie
Sample Plate Types SupportedVoyager™ Biospectrometry™ Workstation User’s Guide 3-613Figure 3-13 shows the Plate View displaying the logical coordinate
Chapter 3 Preparing Samples3-62 PerSeptive Biosystems38. On the second line, type in absolute coordinates for the first position. Separate absolut
Sample Plate Types SupportedVoyager™ Biospectrometry™ Workstation User’s Guide 3-6333.5.4 Adjusting the Laser Position for a Custom .PLT File After y
Chapter 3 Preparing Samples3-64 PerSeptive Biosystems3
4ChapterVoyager™ Biospectrometry™ Workstation User’s Guide 4-14 Voyager Instrument Control Panel BasicsThis chapter contains the following sections:4
Chapter 4 Voyager Instrument Control Panel Basics4-2 PerSeptive Biosystems44.1 Instrument Control PanelThe Voyager Instrument Control Panel allow
Instrument Control PanelVoyager™ Biospectrometry™ Workstation User’s Guide 4-34Figure 4-1 Instrument Control PanelToolbarThe toolbar contains buttons
Chapter 4 Voyager Instrument Control Panel Basics4-4 PerSeptive Biosystems4Control pagesThe Instrument Control Panel contains five control pages:•
Instrument Control PanelVoyager™ Biospectrometry™ Workstation User’s Guide 4-54Spectrum windowThe Spectrum window provides a display of data. The data
NOTICEPerSeptive Biosystems, Inc. supplies or recommends certain configurations of computer hardware, software, and peripherals for use with its instr
Safety and Compliance Informationxx PerSeptive Biosystems1General WarningsWARNINGFIRE HAZARD. Using a fuse of the wrong type or rating can cause a fir
Chapter 4 Voyager Instrument Control Panel Basics4-6 PerSeptive Biosystems4DisplayingThe Output window is automatically displayed when you:• Acqui
Instrument Control PanelVoyager™ Biospectrometry™ Workstation User’s Guide 4-74Automatic controlmodeTo select Automatic Control mode:1. Open the Instr
Chapter 4 Voyager Instrument Control Panel Basics4-8 PerSeptive Biosystems44.2 Using the Control PagesThe Instrument Control Panel allows you to
Using the Control PagesVoyager™ Biospectrometry™ Workstation User’s Guide 4-94Types of pagecontrolYou can select between two types of page control for
Chapter 4 Voyager Instrument Control Panel Basics4-10 PerSeptive Biosystems44.3 Using the Spectrum WindowThis section includes:• Adjusting the di
Using the Spectrum WindowVoyager™ Biospectrometry™ Workstation User’s Guide 4-1144. Set From and To values for the display range (m/z units) and click
Chapter 4 Voyager Instrument Control Panel Basics4-12 PerSeptive Biosystems47. Set as needed:8. Click OK.Parameter DescriptionScaling ModeDisplay
Using the Spectrum WindowVoyager™ Biospectrometry™ Workstation User’s Guide 4-1344.3.2 Zooming on TracesZooming andunzoomingYou can expand (zoom) an
Chapter 4 Voyager Instrument Control Panel Basics4-14 PerSeptive Biosystems4Types of tracesThe Spectrum window can contain two types of traces (se
Using the Spectrum WindowVoyager™ Biospectrometry™ Workstation User’s Guide 4-154Hint: Resize the window to view all added traces.Figure 4-5 Adding T
Safety and Compliance InformationVoyager™ Biospectrometry™ Workstation User’s Guide xxi1WARNINGELECTRICAL SHOCK HAZARD. Severe electrical shock can re
Chapter 4 Voyager Instrument Control Panel Basics4-16 PerSeptive Biosystems44.3.4 Annotating TracesThis section describes:• Two ways to annotate•
Using the Spectrum WindowVoyager™ Biospectrometry™ Workstation User’s Guide 4-174Hint: To move the text, left-click and hold on the text, then drag to
Chapter 4 Voyager Instrument Control Panel Basics4-18 PerSeptive Biosystems44.3.5 Previewing and Printing TracesThis section includes:• Previewin
Using the Spectrum WindowVoyager™ Biospectrometry™ Workstation User’s Guide 4-194NOTE: If you set Landscape printing orientation within Instrument Con
Chapter 4 Voyager Instrument Control Panel Basics4-20 PerSeptive Biosystems4Dedicating aprinter tolandscapeorientationTo dedicate the printer to l
Customizing the Instrument Control PanelVoyager™ Biospectrometry™ Workstation User’s Guide 4-2144.4 Customizing the Instrument Control PanelUndocking
Chapter 4 Voyager Instrument Control Panel Basics4-22 PerSeptive Biosystems4Accessinggraphic optionsTo access the graphic options:1. Display the t
Customizing the Instrument Control PanelVoyager™ Biospectrometry™ Workstation User’s Guide 4-234Figure 4-6 Graph and Plot Options Dialog BoxFor addit
Chapter 4 Voyager Instrument Control Panel Basics4-24 PerSeptive Biosystems44.5 Controlling the WorkstationThis section includes:• Using toolbar
Controlling the WorkstationVoyager™ Biospectrometry™ Workstation User’s Guide 4-254Turninghigh voltage onand offClick in the toolbar to turn the hig
Safety and Compliance Informationxxii PerSeptive Biosystems1WARNINGPHYSICAL INJURY HAZARD. Use the Voyager Biospectrometry Workstation only as specifi
Chapter 4 Voyager Instrument Control Panel Basics4-26 PerSeptive Biosystems4AccumulatingspectraClick in the toolbar to manually accumulate spect
Controlling the WorkstationVoyager™ Biospectrometry™ Workstation User’s Guide 4-2744.5.2 Adjusting Laser Intensity and Selecting Sample PositionThis
Chapter 4 Voyager Instrument Control Panel Basics4-28 PerSeptive Biosystems4The Manual Laser/Sample Position control page allows you to:• Manually
Controlling the WorkstationVoyager™ Biospectrometry™ Workstation User’s Guide 4-294Selecting theactive sampleposition in PlateviewThe active sample po
Chapter 4 Voyager Instrument Control Panel Basics4-30 PerSeptive Biosystems4You can use these coordinates when you create a search pattern file. F
Controlling the WorkstationVoyager™ Biospectrometry™ Workstation User’s Guide 4-314Hint: If you right-click on a position, you can change between Samp
Chapter 4 Voyager Instrument Control Panel Basics4-32 PerSeptive Biosystems44.6 Sequence Control PanelSequence ControlPanelThe Voyager Sequence C
How the Instrument and Sequence Control Panels InteractVoyager™ Biospectrometry™ Workstation User’s Guide 4-334When you start the Sequence Control Pan
Chapter 4 Voyager Instrument Control Panel Basics4-34 PerSeptive Biosystems4If you start the Instrument Control Panel using the Sequence Control P
How the Instrument and Sequence Control Panels InteractVoyager™ Biospectrometry™ Workstation User’s Guide 4-354Keeping bothcontrol panelsopenYou can k
Safety and Compliance InformationVoyager™ Biospectrometry™ Workstation User’s Guide xxiii1Safety and EMC (Electromagnetic Compliance) StandardsUS Safe
Chapter 4 Voyager Instrument Control Panel Basics4-36 PerSeptive Biosystems4
5ChapterVoyager™ Biospectrometry™ Workstation User’s Guide 5-1]75 OptimizingInstrument SettingsThis chapter contains the following sections:5.1 Load
Chapter 5 Optimizing Instrument Settings5-2 PerSeptive Biosystems55.1 Loading, Modifying, and Saving Instrument SettingsThis section includes:• U
Loading, Modifying, and Saving Instrument SettingsVoyager™ Biospectrometry™ Workstation User’s Guide 5-35NOTE: Data storage parameters are not stored
Chapter 5 Optimizing Instrument Settings5-4 PerSeptive Biosystems5List of .BIC filesTable 5-1 through Table 5-3 list the standard .BIC files provi
Loading, Modifying, and Saving Instrument SettingsVoyager™ Biospectrometry™ Workstation User’s Guide 5-55Table 5-2 Reflector Mode .BIC Files.BIC Fil
Chapter 5 Optimizing Instrument Settings5-6 PerSeptive Biosystems5NOTE: For CID applications, use Substance_P_Precursor.BIC method with the approp
Loading, Modifying, and Saving Instrument SettingsVoyager™ Biospectrometry™ Workstation User’s Guide 5-755.1.3 Opening and Viewing Instrument Setting
Chapter 5 Optimizing Instrument Settings5-8 PerSeptive Biosystems5Opening from .DATTo open an instrument settings file from a .DAT file, select .D
Loading, Modifying, and Saving Instrument SettingsVoyager™ Biospectrometry™ Workstation User’s Guide 5-95Modifying forManual ControlmodeTo modify the
Safety and Compliance Informationxxiv PerSeptive Biosystems1Canadian Safetyand EMCStandardsSafetyThis instrument has been tested to and complies with
Chapter 5 Optimizing Instrument Settings5-10 PerSeptive Biosystems53. Select Manual Control mode. For parameter descriptions, see Section 5.2.1, I
Loading, Modifying, and Saving Instrument SettingsVoyager™ Biospectrometry™ Workstation User’s Guide 5-1155.1.5 Saving and Printing Instrument Settin
Chapter 5 Optimizing Instrument Settings5-12 PerSeptive Biosystems5Saving .BIC filesfor differentmodesWhen saving .BIC files for use in different
Loading, Modifying, and Saving Instrument SettingsVoyager™ Biospectrometry™ Workstation User’s Guide 5-1355.1.6 Setting Instrument Settings Files to
Chapter 5 Optimizing Instrument Settings5-14 PerSeptive Biosystems55.2 Instrument Settings Parameter DescriptionsThis section describes the param
Instrument Settings Parameter DescriptionsVoyager™ Biospectrometry™ Workstation User’s Guide 5-1555.2.1 Instrument Settings PageSelect Instrument Set
Chapter 5 Optimizing Instrument Settings5-16 PerSeptive Biosystems5Instrument settings parameters are described in Table 5-4.Table 5-4 Instrumen
Instrument Settings Parameter DescriptionsVoyager™ Biospectrometry™ Workstation User’s Guide 5-175VoltagesAccelerating Voltage Voltage applied to the
Chapter 5 Optimizing Instrument Settings5-18 PerSeptive Biosystems5Guide Wire Voltage% Voltage applied to the beam guide wire. Overcomes the dispe
Instrument Settings Parameter DescriptionsVoyager™ Biospectrometry™ Workstation User’s Guide 5-195Shots/Spectrum Determines the number of laser shots
Safety and Compliance InformationVoyager™ Biospectrometry™ Workstation User’s Guide xxv1Laser SafetyLaserclassificationThe Voyager™ Biospectrometry™ W
Chapter 5 Optimizing Instrument Settings5-20 PerSeptive Biosystems5Spectrum Acquisition (continued)Low Mass Gate (Da) Turns on the detector voltag
Instrument Settings Parameter DescriptionsVoyager™ Biospectrometry™ Workstation User’s Guide 5-215Calibration (continued)Default Enables default calib
Chapter 5 Optimizing Instrument Settings5-22 PerSeptive Biosystems5Matrix influenceThe initial velocity is the average speed at which matrix ions
Instrument Settings Parameter DescriptionsVoyager™ Biospectrometry™ Workstation User’s Guide 5-235Modifying thematrix referencefileMatrix options are
Chapter 5 Optimizing Instrument Settings5-24 PerSeptive Biosystems55.2.2 Mode/Digitizer Settings Dialog BoxClick Mode/Digitizer Settings in the I
Instrument Settings Parameter DescriptionsVoyager™ Biospectrometry™ Workstation User’s Guide 5-255Instrument ModeparametersClick the Instrument Mode t
Chapter 5 Optimizing Instrument Settings5-26 PerSeptive Biosystems5Linear/ReflectorDigitizerparametersClick the Linear or Reflector Digitizer tab
Instrument Settings Parameter DescriptionsVoyager™ Biospectrometry™ Workstation User’s Guide 5-275 Table 5-7 Linear and Reflector Digitizer Paramete
Chapter 5 Optimizing Instrument Settings5-28 PerSeptive Biosystems5Vertical SettingsVertical Scale Specifies the input range of the digitizer in m
Instrument Settings Parameter DescriptionsVoyager™ Biospectrometry™ Workstation User’s Guide 5-295AdvancedparametersClick the Advanced tab to display
Safety and Compliance Informationxxvi PerSeptive Biosystems1
Chapter 5 Optimizing Instrument Settings5-30 PerSeptive Biosystems5Table 5-8 Advanced ParametersParameter DescriptionMirror to Accelerating Volt
Instrument Settings Parameter DescriptionsVoyager™ Biospectrometry™ Workstation User’s Guide 5-3155.2.3 Automatic Control Dialog BoxOn the Instrument
Chapter 5 Optimizing Instrument Settings5-32 PerSeptive Biosystems5For information on setting Instrument Settings for Automatic Control mode, see
Instrument Settings Parameter DescriptionsVoyager™ Biospectrometry™ Workstation User’s Guide 5-335Table 5-10 Automatic Control Parameters—Spectrum A
Chapter 5 Optimizing Instrument Settings5-34 PerSeptive Biosystems5Save Conditions(continued)• Save all spectra that pass acceptance criteria— Eac
Instrument Settings Parameter DescriptionsVoyager™ Biospectrometry™ Workstation User’s Guide 5-355Save Conditions(continued)• Save first spectrum to p
Chapter 5 Optimizing Instrument Settings5-36 PerSeptive Biosystems5Accumulation ConditionsThe following Accumulation conditions create one data fi
Instrument Settings Parameter DescriptionsVoyager™ Biospectrometry™ Workstation User’s Guide 5-375Accumulation Conditions(continued)Accumulate all pas
Chapter 5 Optimizing Instrument Settings5-38 PerSeptive Biosystems5Table 5-11 Automatic Control Parameters—Sample PositioningParameter Descripti
Impact of Changing Instrument Settings ParametersVoyager™ Biospectrometry™ Workstation User’s Guide 5-3955.3 Impact of Changing Instrument Settings P
How to Use This GuideVoyager Biospectrometry Workstation User’s Guide xxvii1How to Use This GuidePurpose of thisguidePerSeptive Biosystems’ Voyager Bi
Chapter 5 Optimizing Instrument Settings5-40 PerSeptive Biosystems5Grid Voltage% Linear/ ReflectorCritical parameter with optimum value for maximu
Impact of Changing Instrument Settings ParametersVoyager™ Biospectrometry™ Workstation User’s Guide 5-4155.3.2 Understanding Grid Voltage%NOTE: You m
Chapter 5 Optimizing Instrument Settings5-42 PerSeptive Biosystems5Potential gradientThe potential gradient in the ionization region (Figure 5-8)
Impact of Changing Instrument Settings ParametersVoyager™ Biospectrometry™ Workstation User’s Guide 5-435For example (Figure 5-8), with a 25,000 V Acc
Chapter 5 Optimizing Instrument Settings5-44 PerSeptive Biosystems55.3.3 Understanding Delay TimeDelay Time is the time in nanoseconds after the
Impact of Changing Instrument Settings ParametersVoyager™ Biospectrometry™ Workstation User’s Guide 5-455Relationship toGrid Voltage%Delay Time and Gr
Chapter 5 Optimizing Instrument Settings5-46 PerSeptive Biosystems55.3.4 Understanding Guide Wire Voltage%By applying voltage to the beam guide w
Impact of Changing Instrument Settings ParametersVoyager™ Biospectrometry™ Workstation User’s Guide 5-475Reflector mode• To obtain maximum resolution
Chapter 5 Optimizing Instrument Settings5-48 PerSeptive Biosystems5Default Number ofData Points/BinSize settingsThe software uses the following de
Impact of Changing Instrument Settings ParametersVoyager™ Biospectrometry™ Workstation User’s Guide 5-495Effects ofadjusting Bin sizeA smaller Bin siz
How to Use This Guidexxviii PerSeptive Biosystems1Chapter 6, Acquiring Mass SpectraDescribes how to use the Voyager processing software, including lab
Chapter 5 Optimizing Instrument Settings5-50 PerSeptive Biosystems55.3.5.2 Vertical Digitizer SettingsThis section describes:• Vertical settings•
Impact of Changing Instrument Settings ParametersVoyager™ Biospectrometry™ Workstation User’s Guide 5-515Figure 5-12 Effect of Vertical Scale in Digi
Chapter 5 Optimizing Instrument Settings5-52 PerSeptive Biosystems5When to increaseIncrease the Vertical Scale if signal goes offscale (Figure 5-1
Impact of Changing Instrument Settings ParametersVoyager™ Biospectrometry™ Workstation User’s Guide 5-535Input Bandwidth(not available withSignatecdig
Chapter 5 Optimizing Instrument Settings5-54 PerSeptive Biosystems55.4 Optimizing Instrument Settings ParametersIn this sectionThis section descr
Optimizing Instrument Settings ParametersVoyager™ Biospectrometry™ Workstation User’s Guide 5-5555.4.1 Optimization StrategyThis section gives a sugg
Chapter 5 Optimizing Instrument Settings5-56 PerSeptive Biosystems5StrategyTo optimize instrument settings, do the following:1. Open a .BIC file f
Optimizing Instrument Settings ParametersVoyager™ Biospectrometry™ Workstation User’s Guide 5-5755.4.2 Determining the Laser SettingThis section incl
Chapter 5 Optimizing Instrument Settings5-58 PerSeptive Biosystems5Adjusting laserintensityTo efficiently optimize the laser setting, increase or
Optimizing Instrument Settings ParametersVoyager™ Biospectrometry™ Workstation User’s Guide 5-595• If the spectrum you obtain is not acceptable, incre
How to Use This GuideVoyager Biospectrometry Workstation User’s Guide xxix1RelateddocumentationThese related documents are shipped with your system:•V
Chapter 5 Optimizing Instrument Settings5-60 PerSeptive Biosystems5NOTE: Saturated signal in any region of the spectrum may suppress peaks in the
Optimizing Instrument Settings ParametersVoyager™ Biospectrometry™ Workstation User’s Guide 5-6155.4.3 Optimizing ResolutionThis section includes:•Ov
Chapter 5 Optimizing Instrument Settings5-62 PerSeptive Biosystems55.4.3.1 OverviewThis section includes:• Parameters to adjust•DE parameters • R
Optimizing Instrument Settings ParametersVoyager™ Biospectrometry™ Workstation User’s Guide 5-635DE parametersImproved resolution in Delayed Extractio
Chapter 5 Optimizing Instrument Settings5-64 PerSeptive Biosystems5Effects of massand matrixNote the following:• At a fixed Delay Time, higher mas
Optimizing Instrument Settings ParametersVoyager™ Biospectrometry™ Workstation User’s Guide 5-6555.4.3.2 Acceptable Resolution in Delayed Extraction
Chapter 5 Optimizing Instrument Settings5-66 PerSeptive Biosystems5If you cannot obtain the resolution listed for the mass range of interest, cons
Optimizing Instrument Settings ParametersVoyager™ Biospectrometry™ Workstation User’s Guide 5-6755.4.3.4 Optimizing Delay TimeThis section includes:•
Chapter 5 Optimizing Instrument Settings5-68 PerSeptive Biosystems5Optimizing DelayTimeNOTE: If you are analyzing a broad mass range and need opti
Optimizing Instrument Settings ParametersVoyager™ Biospectrometry™ Workstation User’s Guide 5-6953. If the resolution improves by at least 20 percent
Table of ContentsVoyager Biospectrometry Workstation User’s Guide iiiTable of ContentsSafety and Compliance Information ...
How to Use This Guidexxx PerSeptive Biosystems1You also receive the appropriate manual for the digitizer included with your system:• Signatec Digitize
Chapter 5 Optimizing Instrument Settings5-70 PerSeptive Biosystems5NOTE: Changing the Delay Time in increments smaller than 25 nsec may have no si
Optimizing Instrument Settings ParametersVoyager™ Biospectrometry™ Workstation User’s Guide 5-7154. Continue increasing (or decreasing) the Delay Time
Chapter 5 Optimizing Instrument Settings5-72 PerSeptive Biosystems55.4.3.5 Optimizing Grid Voltage%OverviewYou can use this procedure as an alter
Optimizing Instrument Settings ParametersVoyager™ Biospectrometry™ Workstation User’s Guide 5-735Optimizing GridVoltage%To optimize Grid Voltage%:1. O
Chapter 5 Optimizing Instrument Settings5-74 PerSeptive Biosystems5If the resolution does not improve, decrease the Grid Voltage% (by 0.5 percent
Optimizing Instrument Settings ParametersVoyager™ Biospectrometry™ Workstation User’s Guide 5-7555.4.4 Optimizing Signal-to-Noise RatioThis section i
Chapter 5 Optimizing Instrument Settings5-76 PerSeptive Biosystems55.4.4.1 OverviewYou can set the following parameters to optimize signal-to-noi
Optimizing Instrument Settings ParametersVoyager™ Biospectrometry™ Workstation User’s Guide 5-7755.4.4.2 Setting Accelerating VoltageOverviewAccelera
Chapter 5 Optimizing Instrument Settings5-78 PerSeptive Biosystems5A lower Accelerating Voltage setting does the following:• Provides more data po
Optimizing Instrument Settings ParametersVoyager™ Biospectrometry™ Workstation User’s Guide 5-7955.4.4.4 Setting Shots/SpectrumOverviewA higher numbe
1ChapterVoyager™ Biospectrometry™ Workstation User’s Guide 1-11 Introducing theVoyager™Biospectrometry™WorkstationsThis chapter contains the followin
Chapter 5 Optimizing Instrument Settings5-80 PerSeptive Biosystems5When to useTurn on Low Mass Gate when:• Analyzing masses greater than 2,000–3,0
Optimizing Instrument Settings ParametersVoyager™ Biospectrometry™ Workstation User’s Guide 5-815Figure 5-20 Low Mass Gate Spike The spike occurs at
Chapter 5 Optimizing Instrument Settings5-82 PerSeptive Biosystems5
6ChapterVoyager™ Biospectrometry™ Workstation User’s Guide 6-16 Acquiring Mass SpectraThis chapter contains the following sections:6.1 Before You Be
Chapter 6 Acquiring Mass Spectra6-2 PerSeptive Biosystems66.1 Before You BeginThis section includes:• Overview of acquisition options• Guidelines
Before You BeginVoyager™ Biospectrometry™ Workstation User’s Guide 6-36Automatic Control mode in Instrument Control Panel• Single sample• Automatic/ma
Chapter 6 Acquiring Mass Spectra6-4 PerSeptive Biosystems66.1.2 Guidelines for AcquiringThis section includes:• High voltage warmup for improved
Before You BeginVoyager™ Biospectrometry™ Workstation User’s Guide 6-56When acquiring aspectrumWhen acquiring a spectrum, note the following:• For the
Chapter 6 Acquiring Mass Spectra6-6 PerSeptive Biosystems6• Observe the Spectrum window or Oscilloscope screen to determine if data is acceptable.
Before You BeginVoyager™ Biospectrometry™ Workstation User’s Guide 6-766.1.3 Calibrating the Mass ScaleThis section describes:• Types of calibration•
Chapter 1 Introducing the Voyager™ Biospectrometry™ Workstations1-2 PerSeptive Biosystems11.1 Voyager™-DE and Voyager-DE PRO System OverviewThe
Chapter 6 Acquiring Mass Spectra6-8 PerSeptive Biosystems6• Sequence Control calibration–Provides external, internal, and internal with automatic
Before You BeginVoyager™ Biospectrometry™ Workstation User’s Guide 6-96CalibrationequationsThe general equation that the Voyager software uses for cal
Chapter 6 Acquiring Mass Spectra6-10 PerSeptive Biosystems6GeneratedcalibrationIf you are performing an internal standard calibration, the softwar
Acquiring in Manual Mode from the Instrument Control PanelVoyager™ Biospectrometry™ Workstation User’s Guide 6-1166.2 Acquiring in Manual Mode from t
Chapter 6 Acquiring Mass Spectra6-12 PerSeptive Biosystems6Figure 6-2 Instrument Control Panel Before AcquiringNOTE: If the Instrument Settings c
Acquiring in Manual Mode from the Instrument Control PanelVoyager™ Biospectrometry™ Workstation User’s Guide 6-1363. Specify calibration information:•
Chapter 6 Acquiring Mass Spectra6-14 PerSeptive Biosystems6Hint: You can double-click on the control page to “undock” it, and click-drag it to any
Acquiring in Manual Mode from the Instrument Control PanelVoyager™ Biospectrometry™ Workstation User’s Guide 6-1563. Type a filename.4. Select Autoseq
Chapter 6 Acquiring Mass Spectra6-16 PerSeptive Biosystems6DuringacquisitionDuring acquisition:• The Live/Current Spectrum trace in the Spectrum w
Acquiring in Manual Mode from the Instrument Control PanelVoyager™ Biospectrometry™ Workstation User’s Guide 6-176Figure 6-4 Checking for Signal Satu
Voyager™-DE and Voyager-DE PRO System OverviewVoyager™ Biospectrometry™ Workstation User’s Guide 1-31Voyager-DE PROThe Voyager-DE™PRO Biospectrometry™
Chapter 6 Acquiring Mass Spectra6-18 PerSeptive Biosystems6Saving dataTo save the data when you have more than one trace displayed in the Spectrum
Acquiring in Manual Mode from the Instrument Control PanelVoyager™ Biospectrometry™ Workstation User’s Guide 6-1966.2.2 Manually Accumulating Spectra
Chapter 6 Acquiring Mass Spectra6-20 PerSeptive Biosystems66.3 Obtaining Good Spectra in Delayed Extraction ModeThis section describes:• What is
Obtaining Good Spectra in Delayed Extraction ModeVoyager™ Biospectrometry™ Workstation User’s Guide 6-216Figure 6-6 Example of Poor Mass Spectrum for
Chapter 6 Acquiring Mass Spectra6-22 PerSeptive Biosystems6Figure 6-8 Example of Poor Mass Spectrum for AngiotensinFigure 6-9 Example of Good Ma
Obtaining Good Spectra in Delayed Extraction ModeVoyager™ Biospectrometry™ Workstation User’s Guide 6-2366.3.2 Laser IntensityOverviewLaser intensity
Chapter 6 Acquiring Mass Spectra6-24 PerSeptive Biosystems6Prompt fragmentsPrompt fragments appear in the spectrum at masses that correspond to th
Making Accurate Mass MeasurementsVoyager™ Biospectrometry™ Workstation User’s Guide 6-2566.4 Making Accurate Mass MeasurementsOverviewAccurate mass m
Chapter 6 Acquiring Mass Spectra6-26 PerSeptive Biosystems6• Signal intensity of reference and analyte peaks is in the same range—Signal intensity
Evaluating Data in the Instrument Control PanelVoyager™ Biospectrometry™ Workstation User’s Guide 6-2766.5 Evaluating Data in the Instrument Control
Chapter 1 Introducing the Voyager™ Biospectrometry™ Workstations1-4 PerSeptive Biosystems1FeaturesFeatures of the Voyager-DE and Voyager-DE PRO
Chapter 6 Acquiring Mass Spectra6-28 PerSeptive Biosystems6NOTE: The parameters in this dialog box correspond to the Advanced Settings tab in the
Evaluating Data in the Instrument Control PanelVoyager™ Biospectrometry™ Workstation User’s Guide 6-2966.5.2 Calculating Mass ResolutionYou can calcu
Chapter 6 Acquiring Mass Spectra6-30 PerSeptive Biosystems65. Type in up to four Mass/Charge values for which to calculate resolution.6. For each
Evaluating Data in the Instrument Control PanelVoyager™ Biospectrometry™ Workstation User’s Guide 6-316Figure 6-13 Resolution Calculator ResultsThe t
Chapter 6 Acquiring Mass Spectra6-32 PerSeptive Biosystems66.5.3 Calculating Signal-to-RMS Noise Ratio OverviewA signal-to-RMS noise ratio is typ
Evaluating Data in the Instrument Control PanelVoyager™ Biospectrometry™ Workstation User’s Guide 6-3364. For each Mass/Charge, enter the window for c
Chapter 6 Acquiring Mass Spectra6-34 PerSeptive Biosystems66.6 Acquiring in Automatic Mode from the Instrument Control PanelThis section includes
Acquiring in Automatic Mode from the Instrument Control PanelVoyager™ Biospectrometry™ Workstation User’s Guide 6-356See Section 2.7, Aligning the Sam
Chapter 6 Acquiring Mass Spectra6-36 PerSeptive Biosystems6NOTE: Make sure the instrument settings yield acceptable results in Manual Control mode
Acquiring in Automatic Mode from the Instrument Control PanelVoyager™ Biospectrometry™ Workstation User’s Guide 6-376Laser4. Select Use Automated Lase
Voyager-DE STR System OverviewVoyager™ Biospectrometry™ Workstation User’s Guide 1-511.2 Voyager-DE STR System OverviewVoyager-DE STRThe Voyager™-DE
Chapter 6 Acquiring Mass Spectra6-38 PerSeptive Biosystems6Spectrumaccumulation andsaving8. Specify Spectrum Accumulation parameters:• Acquire X S
Acquiring in Automatic Mode from the Instrument Control PanelVoyager™ Biospectrometry™ Workstation User’s Guide 6-396Sample positioning10. Select Use
Chapter 6 Acquiring Mass Spectra6-40 PerSeptive Biosystems6Setting spectrumacceptance andlaser adjustmentcriteriaIf you selected an accumulation c
Acquiring in Automatic Mode from the Instrument Control PanelVoyager™ Biospectrometry™ Workstation User’s Guide 6-416Table 6-3 Spectrum Acceptance C
Chapter 6 Acquiring Mass Spectra6-42 PerSeptive Biosystems63. Click OK to close the Spectrum Acceptance Criteria dialog box.4. Click OK to close t
Acquiring in Automatic Mode from the Instrument Control PanelVoyager™ Biospectrometry™ Workstation User’s Guide 6-4366.6.3 Automatically Acquiring, E
Chapter 6 Acquiring Mass Spectra6-44 PerSeptive Biosystems6DuringacquisitionDuring acquisition:• Laser is adjusted, sample position is adjusted, a
Acquiring in Automatic Mode from the Instrument Control PanelVoyager™ Biospectrometry™ Workstation User’s Guide 6-456A search pattern file is an ASCII
Chapter 6 Acquiring Mass Spectra6-46 PerSeptive Biosystems6Default searchpattern fileThe default search pattern file for a 100-position plate (DEF
Acquiring in Automatic Mode from the Instrument Control PanelVoyager™ Biospectrometry™ Workstation User’s Guide 6-476Spiral searchpattern fileThe SPIR
Chapter 1 Introducing the Voyager™ Biospectrometry™ Workstations1-6 PerSeptive Biosystems1BiospectrometryBiospectrometry is the application of m
Chapter 6 Acquiring Mass Spectra6-48 PerSeptive Biosystems6Hint: To determine coordinates, spot a sample plate with standard, load the plate, star
Acquiring in Automatic Mode from the Instrument Control PanelVoyager™ Biospectrometry™ Workstation User’s Guide 6-4966.6.5 Process that Occurs During
Chapter 6 Acquiring Mass Spectra6-50 PerSeptive Biosystems6In Prescan mode, the system does the following:1. The system sets the laser to the maxi
Acquiring in Automatic Mode from the Instrument Control PanelVoyager™ Biospectrometry™ Workstation User’s Guide 6-5162. The system sets the laser to t
Chapter 6 Acquiring Mass Spectra6-52 PerSeptive Biosystems6Acquisition modeAcquisition mode starts after Prescan mode determines the laser setting
Acquiring in Automatic Mode from the Instrument Control PanelVoyager™ Biospectrometry™ Workstation User’s Guide 6-536NOTE: If no minimum or maximum si
Chapter 6 Acquiring Mass Spectra6-54 PerSeptive Biosystems64. If Save All or Accumulate All is selected for accumulation, the system moves to the
Acquiring in Automatic Mode from the Instrument Control PanelVoyager™ Biospectrometry™ Workstation User’s Guide 6-556If Acceptance Criteria are not me
Chapter 6 Acquiring Mass Spectra6-56 PerSeptive Biosystems66.6.6 Process that Occurs when Accumulating Spectra from Multiple Search Pattern Posit
Acquiring in Automatic Mode from the Instrument Control PanelVoyager™ Biospectrometry™ Workstation User’s Guide 6-5766.6.6.1 Process that Occurs when
MALDI-TOF MS Technology OverviewVoyager™ Biospectrometry™ Workstation User’s Guide 1-711.3 MALDI-TOF MS Technology OverviewMassspectrometryMass spect
Chapter 6 Acquiring Mass Spectra6-58 PerSeptive Biosystems66.6.6.2 Process that Occurs when Accumulating Passing SpectraWhen accumulating only th
Acquiring in Automatic Mode from the Instrument Control PanelVoyager™ Biospectrometry™ Workstation User’s Guide 6-5969. Repeats step 2 through step 8
Chapter 6 Acquiring Mass Spectra6-60 PerSeptive Biosystems66.7 Acquiring Spectra from the Sequence Control PanelOverviewThe Voyager Sequence Cont
Acquiring Spectra from the Sequence Control PanelVoyager™ Biospectrometry™ Workstation User’s Guide 6-616Figure 6-19 Sequence Control Panel
Chapter 6 Acquiring Mass Spectra6-62 PerSeptive Biosystems66.7.1 Understanding Settings, Macros, and CalibrationThis section includes:• File type
Acquiring Spectra from the Sequence Control PanelVoyager™ Biospectrometry™ Workstation User’s Guide 6-636How file typesand calibrationspecified affect
Chapter 6 Acquiring Mass Spectra6-64 PerSeptive Biosystems6Figure 6-20 Settings, Macros, and Calibration in Sequence ControlNoCalibrationDataExte
Acquiring Spectra from the Sequence Control PanelVoyager™ Biospectrometry™ Workstation User’s Guide 6-6566.7.2 Before Creating a SequenceThis section
Chapter 6 Acquiring Mass Spectra6-66 PerSeptive Biosystems6Creating macrosYou can specify macros that execute before and after calibration. You ca
Acquiring Spectra from the Sequence Control PanelVoyager™ Biospectrometry™ Workstation User’s Guide 6-676Creating settings(.SET) filesCreate settings
Chapter 1 Introducing the Voyager™ Biospectrometry™ Workstations1-8 PerSeptive Biosystems1Matrix-AssistedLaser DesorptionIonization (MALDI)In Ma
Chapter 6 Acquiring Mass Spectra6-68 PerSeptive Biosystems66.7.3.1 Setting General Sequence ParametersSet parameters as needed:1. From the View m
Acquiring Spectra from the Sequence Control PanelVoyager™ Biospectrometry™ Workstation User’s Guide 6-696NOTE: Run logs are overwritten each time you
Chapter 6 Acquiring Mass Spectra6-70 PerSeptive Biosystems6Figure 6-22 Sequence Run ListHint: You can show and hide columns by selecting a column
Acquiring Spectra from the Sequence Control PanelVoyager™ Biospectrometry™ Workstation User’s Guide 6-716Instrument Settings File(required entry) .BIC
Chapter 6 Acquiring Mass Spectra6-72 PerSeptive Biosystems6Internal/External CalibrationCalibration type to use for this row. Click the down arrow
Acquiring Spectra from the Sequence Control PanelVoyager™ Biospectrometry™ Workstation User’s Guide 6-736Calibration File(required entry for External,
Chapter 6 Acquiring Mass Spectra6-74 PerSeptive Biosystems65. When all necessary rows are filled in, save the sequence by selecting Save Sequence
Acquiring Spectra from the Sequence Control PanelVoyager™ Biospectrometry™ Workstation User’s Guide 6-756Modifying andcustomizing therun listYou can m
Chapter 6 Acquiring Mass Spectra6-76 PerSeptive Biosystems6ImportingTo import a .TXT or .XLS file:1. Select Import from the File menu.2. Select a
Acquiring Spectra from the Sequence Control PanelVoyager™ Biospectrometry™ Workstation User’s Guide 6-7766.7.4 Preparing to Run a SequenceThis sectio
MALDI-TOF MS Technology OverviewVoyager™ Biospectrometry™ Workstation User’s Guide 1-91For acquiring TOF spectra, time measurement starts:• Delayed Ex
Chapter 6 Acquiring Mass Spectra6-78 PerSeptive Biosystems6Before acquiringBefore acquiring a sequence:1. Load a sequence by doing one of the foll
Acquiring Spectra from the Sequence Control PanelVoyager™ Biospectrometry™ Workstation User’s Guide 6-796Pausing andresuming asequenceTo pause a seque
Chapter 6 Acquiring Mass Spectra6-80 PerSeptive Biosystems66.7.6 Checking Sequence StatusYou can check sequence status in three places:• Acquisit
Acquiring Spectra from the Sequence Control PanelVoyager™ Biospectrometry™ Workstation User’s Guide 6-816Sequence status parameters include:Checking s
Chapter 6 Acquiring Mass Spectra6-82 PerSeptive Biosystems66.7.7 Automatic Calibration During a Sequence RunThis section includes:• Calibration o
Acquiring Spectra from the Sequence Control PanelVoyager™ Biospectrometry™ Workstation User’s Guide 6-8366.7.7.2 Calibration Standard RequirementsMas
Chapter 6 Acquiring Mass Spectra6-84 PerSeptive Biosystems6Sample andstandard inseparate samplepositionsIf you are acquiring samples and standards
Acquiring Spectra from the Sequence Control PanelVoyager™ Biospectrometry™ Workstation User’s Guide 6-856The number and placement of standards needed
Chapter 6 Acquiring Mass Spectra6-86 PerSeptive Biosystems6To acquire sample and standard, create two search pattern files to analyze the sample a
Acquiring Spectra from the Sequence Control PanelVoyager™ Biospectrometry™ Workstation User’s Guide 6-876NOTE: Use plates without laser-etched sample
Table of Contentsiv PerSeptive BiosystemsChapter 2 Installing the Voyager™ Biospectrometry™ Workstations2.1 Installing the System ...
Chapter 1 Introducing the Voyager™ Biospectrometry™ Workstations1-10 PerSeptive Biosystems1Drift time is proportional to the square root of the
Chapter 6 Acquiring Mass Spectra6-88 PerSeptive Biosystems6If standard signal suppresses unknown signal, you have two options for analysis:• Perfo
Acquiring Spectra from the Sequence Control PanelVoyager™ Biospectrometry™ Workstation User’s Guide 6-8962. Load the sample plate, select the position
Chapter 6 Acquiring Mass Spectra6-90 PerSeptive Biosystems66.7.8 Customizing the Sequence DisplayUsing WorkbookmodeWorkbook mode displays the run
Acquiring Spectra from the Sequence Control PanelVoyager™ Biospectrometry™ Workstation User’s Guide 6-9165. To set preferences, select Preferences fro
Chapter 6 Acquiring Mass Spectra6-92 PerSeptive Biosystems6
7ChapterVoyager™ Biospectrometry™ Workstation User’s Guide 7-17 PSD AnalysisThis chapter contains the following sections:7.1 Overview of PSD Analysi
Chapter 7 PSD Analysis7-2 PerSeptive Biosystems77.1 Overview of PSD AnalysisThis section includes:• Post-source decay analysis• Segments and comp
Overview of PSD AnalysisVoyager™ Biospectrometry™ Workstation User’s Guide 7-37PSD fragmentionsAt higher laser intensities, some molecular ions decomp
Chapter 7 PSD Analysis7-4 PerSeptive Biosystems7Figure 7-1 Molecular and Fragment Ion Flight in the ReflectorThe AH+ fragment has 70 percent of t
Overview of PSD AnalysisVoyager™ Biospectrometry™ Workstation User’s Guide 7-57Figure 7-2 Effect of Changing Mirror RatioA Mirror Ratio setting of 1.
Voyager-DE™ (Delayed Extraction™) TechnologyVoyager™ Biospectrometry™ Workstation User’s Guide 1-1111.4 Voyager-DE™ (Delayed Extraction™) TechnologyI
Chapter 7 PSD Analysis7-6 PerSeptive Biosystems77.1.2 Segments and Composite SpectraOverviewTo obtain the most information about an ion, collect
Overview of PSD AnalysisVoyager™ Biospectrometry™ Workstation User’s Guide 7-777.1.3 PSD Data FilesPSD data (.DAT) files include:• Precursor ion mass
Chapter 7 PSD Analysis7-8 PerSeptive Biosystems77.1.4 Mass Calculation for Fragment IonsPSD calibrationequationPSD calibration specifies the mass
Overview of PSD AnalysisVoyager™ Biospectrometry™ Workstation User’s Guide 7-977.1.5 Optimizing the Precursor Ion SelectorThe Precursor Ion Selector
Chapter 7 PSD Analysis7-10 PerSeptive Biosystems7Figure 7-4 Timed Ion Selector Tab in Hardware Configuration Dialog BoxSet the Deflector Gate Wid
Enhancing Fragmentation with CIDVoyager™ Biospectrometry™ Workstation User’s Guide 7-1177.2 Enhancing Fragmentation with CIDOverviewCollision-induced
Chapter 7 PSD Analysis7-12 PerSeptive Biosystems7BenefitsThe benefits provided by CID include: • Fragmentation of ions that does not occur under n
Enhancing Fragmentation with CIDVoyager™ Biospectrometry™ Workstation User’s Guide 7-137Figure 7-7 Mid Masses—Impact of CID (Glu-1-Fibrinopeptide)In
Chapter 7 PSD Analysis7-14 PerSeptive Biosystems7Purging collisiongas linesBefore turning on the collision gas, purge the lines to prevent disrupt
Enhancing Fragmentation with CIDVoyager™ Biospectrometry™ Workstation User’s Guide 7-157Turning oncollision gasTo turn on the collision gas after purg
Chapter 1 Introducing the Voyager™ Biospectrometry™ Workstations1-12 PerSeptive Biosystems1DelayedExtractionWith Voyager-DE™ (Delayed Extraction
Chapter 7 PSD Analysis7-16 PerSeptive Biosystems7Turning offcollision gasTo turn off the collision gas:1. Turn the top 3-way valve on the CID box
Acquiring PSD Data with Standard Instrument Settings (.BIC) FilesVoyager™ Biospectrometry™ Workstation User’s Guide 7-1777.3 Acquiring PSD Data with
Chapter 7 PSD Analysis7-18 PerSeptive Biosystems7Differences fromregular analysisWhen operating in PSD mode, note the following differences from a
Acquiring PSD Data with Standard Instrument Settings (.BIC) FilesVoyager™ Biospectrometry™ Workstation User’s Guide 7-1977.3.1 Determining the Precur
Chapter 7 PSD Analysis7-20 PerSeptive Biosystems7Generating anexternalcalibration for theprecursor ionTo obtain maximum mass accuracy for the prec
Acquiring PSD Data with Standard Instrument Settings (.BIC) FilesVoyager™ Biospectrometry™ Workstation User’s Guide 7-2177.3.2 Determining the Number
Chapter 7 PSD Analysis7-22 PerSeptive Biosystems7Hint: You can use the Windows calculator to determine natural log values. If the ln function is n
Acquiring PSD Data with Standard Instrument Settings (.BIC) FilesVoyager™ Biospectrometry™ Workstation User’s Guide 7-237Size of segmentsYou can acqui
Chapter 7 PSD Analysis7-24 PerSeptive Biosystems77.3.3 Setting PSD Acquisition ParametersSetting PSD Acquisition parameters includes:• Displaying
Acquiring PSD Data with Standard Instrument Settings (.BIC) FilesVoyager™ Biospectrometry™ Workstation User’s Guide 7-2572. If the PSD Acquisition Set
Voyager-DE™ (Delayed Extraction™) TechnologyVoyager™ Biospectrometry™ Workstation User’s Guide 1-131In Continuous Extraction mode:• Accelerating volta
Chapter 7 PSD Analysis7-26 PerSeptive Biosystems74. In the Calibration section of the Instrument Settings control page, select the matrix you are
Acquiring PSD Data with Standard Instrument Settings (.BIC) FilesVoyager™ Biospectrometry™ Workstation User’s Guide 7-277NOTE: The calibration you spe
Chapter 7 PSD Analysis7-28 PerSeptive Biosystems77.3.4 Filling in the Segment List This section describes:• Filling in the list• Typing or select
Acquiring PSD Data with Standard Instrument Settings (.BIC) FilesVoyager™ Biospectrometry™ Workstation User’s Guide 7-297Rows are added with the follo
Chapter 7 PSD Analysis7-30 PerSeptive Biosystems7Typing orselecting newvaluesTo type or select new values in the segment list:1. Type in new value
Acquiring PSD Data with Standard Instrument Settings (.BIC) FilesVoyager™ Biospectrometry™ Workstation User’s Guide 7-317NOTE: Do not select Guide Wir
Chapter 7 PSD Analysis7-32 PerSeptive Biosystems77.3.5 Acquiring and Saving PSD SegmentsThis section includes:•Overview• Acquiring PSD segments•
Acquiring PSD Data with Standard Instrument Settings (.BIC) FilesVoyager™ Biospectrometry™ Workstation User’s Guide 7-337NOTE: If you stop an experime
Chapter 7 PSD Analysis7-34 PerSeptive Biosystems7DuringacquisitionThe following occurs:• Mass range for the segment is set to:• Acquisition starts
Acquiring PSD Data with Standard Instrument Settings (.BIC) FilesVoyager™ Biospectrometry™ Workstation User’s Guide 7-357Accumulating orsaving thesegm
Chapter 1 Introducing the Voyager™ Biospectrometry™ Workstations1-14 PerSeptive Biosystems1Benefits ofDelayedExtractionDelayed Extraction of ion
Chapter 7 PSD Analysis7-36 PerSeptive Biosystems77.4 Exploring PSD ModeTo be successful in PSD analysis, you need to understand how ions behave i
Exploring PSD ModeVoyager™ Biospectrometry™ Workstation User’s Guide 7-3777.4.1 Observing the Effects of Laser IntensityAdjusting laser intensity aff
Chapter 7 PSD Analysis7-38 PerSeptive Biosystems75. Note the behavior of the signal intensity for the first few spectra and subsequent continued s
Exploring PSD ModeVoyager™ Biospectrometry™ Workstation User’s Guide 7-397Hint: As you initially experiment, adjust the laser in large steps, for exam
Chapter 7 PSD Analysis7-40 PerSeptive Biosystems77.4.2 Observing the Effects of Precursor Ion SelectorTurning on the Precursor Ion Selector elimi
Exploring PSD ModeVoyager™ Biospectrometry™ Workstation User’s Guide 7-417Figure 7-12 compares the spectrum above with the spectrum acquired in the pr
Chapter 7 PSD Analysis7-42 PerSeptive Biosystems7Observing promptand PSDfragmentsWhen operating under conditions that yield high resolution for an
Exploring PSD ModeVoyager™ Biospectrometry™ Workstation User’s Guide 7-437Figure 7-13 Flight Path of Prompt and PSD FragmentsPath of prompt fragment
Chapter 7 PSD Analysis7-44 PerSeptive Biosystems77.4.3 Observing the Effects of Grid Voltage% Adjusting Grid Voltage% affects resolution.In this
Exploring PSD ModeVoyager™ Biospectrometry™ Workstation User’s Guide 7-457By fine-tuning the Grid Voltage%, you can alter the point of initial time fo
Voyager-DE™ (Delayed Extraction™) TechnologyVoyager™ Biospectrometry™ Workstation User’s Guide 1-151Velocity focusingDelayed Extraction technology fac
Chapter 7 PSD Analysis7-46 PerSeptive Biosystems7AcquiringNOTE: In this exercise, you will observe the impact of the Grid Voltage% on the precurso
Exploring PSD ModeVoyager™ Biospectrometry™ Workstation User’s Guide 7-4776. Check the Grid Voltage% setting in the standard .BIC file provided on you
Chapter 7 PSD Analysis7-48 PerSeptive Biosystems77.5 Viewing PSD DataFor information on viewing PSD data, see the Data Explorer Software User’s G
8ChapterVoyager™ Biospectrometry™ Workstation User’s Guide 8-138 Maintenance andTroubleshootingThis chapter contains the following sections:8.1 Main
Chapter 8 Maintenance and Troubleshooting8-2 PerSeptive Biosystems88.1 MaintenanceThis section describes:• Maintenance schedule• Hardware mainten
MaintenanceVoyager™ Biospectrometry™ Workstation User’s Guide 8-388.1.2 Hardware MaintenanceWARNINGELECTRICAL SHOCK HAZARD. Severe electrical shock c
Chapter 8 Maintenance and Troubleshooting8-4 PerSeptive Biosystems8• Inspect flap valve 1, flap valve 2, linear actuator o-rings• Clean optics and
MaintenanceVoyager™ Biospectrometry™ Workstation User’s Guide 8-58Figure 8-1 Changing FusesWARNINGFIRE HAZARD. Using a fuse of the wrong type or rati
Chapter 8 Maintenance and Troubleshooting8-6 PerSeptive Biosystems86. Insert two fuses of the proper rating.7. Insert the voltage selector/fuse ho
TroubleshootingVoyager™ Biospectrometry™ Workstation User’s Guide 8-788.2 TroubleshootingThis section includes:• Spectrum troubleshooting• Software t
Chapter 1 Introducing the Voyager™ Biospectrometry™ Workstations1-16 PerSeptive Biosystems1Figure 1-10 Velocity Focusing of Ions in Linear Mode
Chapter 8 Maintenance and Troubleshooting8-8 PerSeptive Biosystems8Flat signal on oscilloscope or in spectrum window for sample region (matrix pea
TroubleshootingVoyager™ Biospectrometry™ Workstation User’s Guide 8-98Flat signal on oscilloscope or in spectrum window for sample and matrix regionVe
Chapter 8 Maintenance and Troubleshooting8-10 PerSeptive Biosystems8Poor resolution/ sensitivity in Delayed Extraction modeDelay Time and Grid Vol
TroubleshootingVoyager™ Biospectrometry™ Workstation User’s Guide 8-118Round tops on peaks Saturated (flat top) and unsaturated (sharp top) scans aver
Chapter 8 Maintenance and Troubleshooting8-12 PerSeptive Biosystems8Poor mass accuracy in Delayed Extraction mode(external calibration only)High v
TroubleshootingVoyager™ Biospectrometry™ Workstation User’s Guide 8-138Poor signal-to-noise ratio or sensitivity(continued on next page)Laser intensit
Chapter 8 Maintenance and Troubleshooting8-14 PerSeptive Biosystems8Poor signal-to-noise ratio or sensitivity(continued)Guide Wire Voltage% too hi
TroubleshootingVoyager™ Biospectrometry™ Workstation User’s Guide 8-158Dimer in spectrum Laser intensity too highAdjust laser by using the slider cont
Chapter 8 Maintenance and Troubleshooting8-16 PerSeptive Biosystems8Peaks not symmetrical Laser intensity too high Decrease laser intensity by usi
TroubleshootingVoyager™ Biospectrometry™ Workstation User’s Guide 8-178On Voyager-DE PRO and Voyager-DE STR systems, cannot see high mass ions in Refl
Parts of the Voyager-DE and Voyager-DE PRO SystemsVoyager™ Biospectrometry™ Workstation User’s Guide 1-1711.5 Parts of the Voyager-DE andVoyager-DE P
Chapter 8 Maintenance and Troubleshooting8-18 PerSeptive Biosystems8Large tail on the high mass side of peakUnresolved salt or buffer adducts due
TroubleshootingVoyager™ Biospectrometry™ Workstation User’s Guide 8-1988.2.2 Software TroubleshootingThis section includes:• Instrument Control Panel
Chapter 8 Maintenance and Troubleshooting8-20 PerSeptive Biosystems8Calibration (mass) shifted up or down by 10 Da Uneven matrix layer causing hot
TroubleshootingVoyager™ Biospectrometry™ Workstation User’s Guide 8-218Checking theWindows NTEvent LogThe Windows NT Event Log is a running list of ev
Chapter 8 Maintenance and Troubleshooting8-22 PerSeptive Biosystems88.2.3 Hardware TroubleshootingThis section includes:• Mass spectrometer troub
TroubleshootingVoyager™ Biospectrometry™ Workstation User’s Guide 8-238Cracking sound in mass spectrometerArcing caused by dirty sample plateUse clean
Chapter 8 Maintenance and Troubleshooting8-24 PerSeptive Biosystems8Sample holder empty when you click EjectSample plate too far way from grabber
TroubleshootingVoyager™ Biospectrometry™ Workstation User’s Guide 8-258E09 error message displayed on gauge controller for BA1 or BA2BA1 or BA2 gauges
Chapter 8 Maintenance and Troubleshooting8-26 PerSeptive Biosystems8
AAppendixVoyager™ Biospectrometry™ Workstation User’s Guide A-1A SpecificationsThis appendix contains the following sections:A.1 Voyager-DE Specific
Chapter 1 Introducing the Voyager™ Biospectrometry™ Workstations1-18 PerSeptive Biosystems1Voyager-DE PROThe Voyager-DE PRO Biospectrometry Work
Appendix A SpecificationsA-2 PerSeptive BiosystemsAA.1 Voyager-DE SpecificationsThis section includes the following specifications for the Voyage
Voyager-DE SpecificationsVoyager™ Biospectrometry™ Workstation User’s Guide A-3AIon source voltages Tunable:• Accelerating Voltage—Up to 25,000 V• Gri
Appendix A SpecificationsA-4 PerSeptive BiosystemsAA.2 Voyager-DE PRO SpecificationsThis section includes the following specifications for the Vo
Voyager-DE PRO SpecificationsVoyager™ Biospectrometry™ Workstation User’s Guide A-5ATable A-5 Voyager-DE PRO Mass Spectrometer SpecificationsConditi
Appendix A SpecificationsA-6 PerSeptive BiosystemsATable A-6 Voyager-DE PRO Miscellaneous SpecificationsCondition SpecificationOperating tempera
Voyager-DE STR SpecificationsVoyager™ Biospectrometry™ Workstation User’s Guide A-7AA.3 Voyager-DE STR SpecificationsThis section includes the follow
Appendix A SpecificationsA-8 PerSeptive BiosystemsATable A-8 Voyager-DE STR Mass Spectrometer SpecificationsCondition SpecificationReflector Sin
Voyager-DE STR SpecificationsVoyager™ Biospectrometry™ Workstation User’s Guide A-9ATable A-9 Voyager-DE STR Miscellaneous SpecificationsCondition S
Appendix A SpecificationsA-10 PerSeptive BiosystemsA
BAppendixVoyager™ Biospectrometry™ Workstation User’s Guide B-1B Warranty/ServiceInformationThis appendix contains the following sections:B.1 Limite
Parts of the Voyager-DE and Voyager-DE PRO SystemsVoyager™ Biospectrometry™ Workstation User’s Guide 1-191Parts of the Voyager-DE and Voyager-DE PRO s
Appendix B Warranty/Service InformationB-2 PerSeptive BiosystemsBB.1 Limited Product WarrantyLimited warrantyPerSeptive Biosystems, Inc. (“PerSep
Voyager™ Biospectrometry™ Workstation User’s Guide B-3BPerSeptive warrants that for a period of ninety (90) days the software designated for use with
Appendix B Warranty/Service InformationB-4 PerSeptive BiosystemsBWarrantylimitationsTHE REMEDIES PROVIDED HEREIN ARE BUYER’S SOLE AND EXCLUSIVE RE
Voyager™ Biospectrometry™ Workstation User’s Guide B-5BB.2 Damages, Claims, ReturnsDamagesPlease examine any shipments promptly after receipt to chec
Appendix B Warranty/Service InformationB-6 PerSeptive BiosystemsBB.3 Spare PartsStandards andmatricesThe following compounds are available from t
Voyager™ Biospectrometry™ Workstation User’s Guide B-7BSample platesThe following sample plates are available from PerSeptive Biosystems:Description P
Appendix B Warranty/Service InformationB-8 PerSeptive BiosystemsBMembrane, Gels V700698Hydrophobic plastic surface, flat, 400-position V700699Desc
CAppendixVoyager™ Biospectrometry™ Workstation User’s Guide C-1C MatricesThis appendix lists commonly used matrices. For each matrix, it also lists:•
Appendix C MatricesC-2 PerSeptive BiosystemsCFigure C-1 Sinapinic Acid Matrix SpectrumFigure C-2 α-cyano-4-hydroxycinnamic acid (CHCA) Matrix Sp
Voyager™ Biospectrometry™ Workstation User’s Guide C-3CFigure C-3 2,5-dihydroxybenzoic acid (2,5-DHB) Matrix SpectrumFigure C-4 Mixture of 2,5-dihyd
Table of ContentsVoyager Biospectrometry Workstation User’s Guide vChapter 3 Preparing Samples3.1 Preparing Samples ...
Chapter 1 Introducing the Voyager™ Biospectrometry™ Workstations1-20 PerSeptive Biosystems11.5.2 Mass SpectrometerVoyager-DEThe parts of the Vo
Appendix C MatricesC-4 PerSeptive BiosystemsCFigure C-5 2-(4-hydroxy-phenylazo)-benzoic acid (HABA) Matrix SpectrumFigure C-6 3-hydroxypicolinic
Voyager™ Biospectrometry™ Workstation User’s Guide C-5CFigure C-7 Dithranol Matrix SpectrumFigure C-8 2,4,6 trihydroxyacetophenone (THAP) Spectrum
Appendix C MatricesC-6 PerSeptive BiosystemsCFigure C-9 trans-3-indoleacrylic acid (IAA) Matrix SpectrumMatrix Applications/ColorMatrix Solution
Voyager™ Biospectrometry™ Workstation User’s Guide C-7CAlpha-cyano-4-hydroxycinnamic acid (αCHCA)(see mass spectrum on page C-2)MW 189.04 DaApplicatio
Appendix C MatricesC-8 PerSeptive BiosystemsC2,5-dihydroxybenzoic acid (2,5-DHB)(see mass spectrum on page C-3)MW 154.03 DaApplications:Small mole
Voyager™ Biospectrometry™ Workstation User’s Guide C-9Cmixture of 2,5-dihydroxybenzoic acid and 5-methoxysalicylic acid (DHBs)(see mass spectrum on pa
Appendix C MatricesC-10 PerSeptive BiosystemsC2-(4-hydroxy-phenylazo)-benzoic acid (HABA)(see mass spectrum on page C-4)MW 242.07 DaApplications:•
Voyager™ Biospectrometry™ Workstation User’s Guide C-11CDithranol(see mass spectrum on page C-5)MW 226.06 DaApplications:Nonpolar synthetic polymersCo
Appendix C MatricesC-12 PerSeptive BiosystemsCtrans-3-indoleacrylic acid (IAA) (see mass spectrum on page C-6)MW 187.2Applications:Non-polar polym
DAppendixVoyager™ Biospectrometry™ Workstation User’s Guide D-1D Log SheetsThis appendix includes log sheets you can copy and use to log samples befo
Parts of the Voyager-DE and Voyager-DE PRO SystemsVoyager™ Biospectrometry™ Workstation User’s Guide 1-211Voyager-DE PROThe parts of the Voyager-DE PR
AVoyager™ Biospectrometry™ Sample LogPlate #: Date:1234567891012345678910
A.Voyager™ Biospectrometry™ Sample Log Plate: Date: Page of Path and File NameSamp # Matrix Sample Linear Reflector1.2.3.4.5.
A26.27.28.29.30.31.32.33.34.35.36.37.38.39.40.41.42.43.44.45.46.47.48.49.50.Voyager™ Biospectrometry™ Sample Log Plate: Date: Page of
A51.52.53.54.55.56.57.58.59.60.61.62.63.64.65.66.67.68.69.70.71.72.73.74.75.Voyager™ Biospectrometry™ Sample Log Plate: Date: Page of
A76.77.78.79.80.81.82.83.84.85.86.87.88.89.90.91.92.93.94.95.96.97.98.99.100.Voyager™ Biospectrometry™ Sample Log Plate: Date: Page of
AVoyager™ Biospectrometry™ Sample Log Plate: Date: Page of Path and File NameSamp # Matrix Sample Linear Reflector
Appendix D Log SheetsD-8 PerSeptive BiosystemsD
EAppendixVoyager™ Biospectrometry™ Workstation User’s Guide E-1E Grid Voltage%and DelayTime SettingsThe following figures illustrate the relationship
Appendix E Grid Voltage% and Delay Time SettingsE-2 PerSeptive BiosystemsE88 90 92 94 960200400600G rid Voltage (% )Pulse Delay (nsec)m/z=1000m/z=
FAppendixVoyager™ Biospectrometry™ Workstation User’s Guide F-1F ReferenceStandardInformationThis appendix contains the following sections:F.1 Calib
Chapter 1 Introducing the Voyager™ Biospectrometry™ Workstations1-22 PerSeptive Biosystems1Parts of the massspectrometerThe Voyager-DE and Voyag
Appendix F Reference Standard InformationF-2 PerSeptive BiosystemsFF.1 Calibration CompoundsThe table below includes masses for common calibratio
Calibration CompoundsVoyager™ Biospectrometry™ Workstation User’s Guide F-3FInsulin B chain, oxidized3493.6435 3495.95 +1 3494.6513 3496.96Adrenocorti
Appendix F Reference Standard InformationF-4 PerSeptive BiosystemsFF.2 Conversion of Mass to Time for Typical StandardsThe table below includes m
Conversion of Mass to Time for Typical StandardsVoyager™ Biospectrometry™ Workstation User’s Guide F-5FBovine Insulin B, Oxidized1 3496.9 3.50E-05 5.5
Appendix F Reference Standard InformationF-6 PerSeptive BiosystemsFF.3 Theoretical Cleavages for AngiotensinMonoisotopic masses (Da) for the theo
Observed PSD Fragments in AngiotensinVoyager™ Biospectrometry™ Workstation User’s Guide F-7FF.4 Observed PSD Fragments in AngiotensinThe masses liste
Appendix F Reference Standard InformationF-8 PerSeptive BiosystemsF272.136 272.3 b2 1000.537 1001.2 a8285.135 285.3 FH 1046.542 1047.2 b8+H2O326.1
GAppendixVoyager™ Biospectrometry™ Workstation User’s Guide G-1G Maintenance LogThe following page includes a log sheet listing maintenance procedur
Maintenance Log for Voyager System Serial Number ____________Record the date and your initials when you perform maintenance procedures.Weekly Jan
HAppendixVoyager™ Biospectrometry™ Workstation User’s Guide H-1H ContinuousExtraction ModeThis appendix contains the following sections:H.1 Optimizi
Parts of the Voyager-DE and Voyager-DE PRO SystemsVoyager™ Biospectrometry™ Workstation User’s Guide 1-231• Linear detector—A device that detects ions
Appendix H Continuous Extraction ModeH-2 PerSeptive BiosystemsHH.1 Optimizing a Continuous Extraction Standard Instrument (.BIC) SettingBefore yo
Optimizing a Continuous Extraction Standard Instrument (.BIC) SettingVoyager™ Biospectrometry™ Workstation User’s Guide H-3HList of standardinstrument
Appendix H Continuous Extraction ModeH-4 PerSeptive BiosystemsHTable H-2 Continuous Extraction Reflector Mode Standard Instrument Settings (.BIC
Optimizing a Continuous Extraction Standard Instrument (.BIC) SettingVoyager™ Biospectrometry™ Workstation User’s Guide H-5HOptimizationstrategyWhen o
Appendix H Continuous Extraction ModeH-6 PerSeptive BiosystemsH6. Set the Grid Voltage% appropriate for the matrix and mass:7. Save the instrument
Optimizing a Continuous Extraction Standard Instrument (.BIC) SettingVoyager™ Biospectrometry™ Workstation User’s Guide H-7HTable H-5 Guide Wire Vol
Appendix H Continuous Extraction ModeH-8 PerSeptive BiosystemsHH.2 Obtaining Good Spectra in Continuous Extraction ModeThis section describes:• S
Obtaining Good Spectra in Continuous Extraction ModeVoyager™ Biospectrometry™ Workstation User’s Guide H-9HFigure H-1 Example of Poor Mass Spectrum f
Appendix H Continuous Extraction ModeH-10 PerSeptive BiosystemsHFigure H-3 Example of Poor Mass Spectrum for AngiotensinFigure H-4 Example of Go
Obtaining Good Spectra in Continuous Extraction ModeVoyager™ Biospectrometry™ Workstation User’s Guide H-11HParametersaffectingresolution andsignal-to
Chapter 1 Introducing the Voyager™ Biospectrometry™ Workstations1-24 PerSeptive Biosystems1The single-stage design provides high mass resolution
Appendix H Continuous Extraction ModeH-12 PerSeptive BiosystemsHH.2.2 Determining Laser Threshold This section describes:•Overview• Adjusting the
Obtaining Good Spectra in Continuous Extraction ModeVoyager™ Biospectrometry™ Workstation User’s Guide H-13HDeterminingthresholdDetermining laser thre
Appendix H Continuous Extraction ModeH-14 PerSeptive BiosystemsHFigure H-5 Saturated Spectrum3. Check the spectrum for the peak of interest. Zoom
Obtaining Good Spectra in Continuous Extraction ModeVoyager™ Biospectrometry™ Workstation User’s Guide H-15HFine-tuningthresholdWhen you determine the
Appendix H Continuous Extraction ModeH-16 PerSeptive BiosystemsHH.2.2.3 Verifying Threshold SettingMove to a new area of the sample well that con
Obtaining Good Spectra in Continuous Extraction ModeVoyager™ Biospectrometry™ Workstation User’s Guide H-17HH.2.3 Checking ResolutionAfter you determ
Appendix H Continuous Extraction ModeH-18 PerSeptive BiosystemsHH.2.4 Fine-Tuning the Laser SettingWhen you find the laser threshold, whether you
Troubleshooting in Continuous Extraction ModeVoyager™ Biospectrometry™ Workstation User’s Guide H-19HH.3 Troubleshooting in ContinuousExtraction Mode
Appendix H Continuous Extraction ModeH-20 PerSeptive BiosystemsHRefer to the table below if you are having spectrum trouble:Signal is flat Laser s
Troubleshooting in Continuous Extraction ModeVoyager™ Biospectrometry™ Workstation User’s Guide H-21HPoor resolution in Continuous Extraction mode(con
Parts of the Voyager-DE and Voyager-DE PRO SystemsVoyager™ Biospectrometry™ Workstation User’s Guide 1-2511.5.3.1 Voyager-DE Vacuum SystemVacuumchamb
Appendix H Continuous Extraction ModeH-22 PerSeptive BiosystemsHPoor resolution in Continuous Extraction mode(continued)Beam guide wire malfunctio
Troubleshooting in Continuous Extraction ModeVoyager™ Biospectrometry™ Workstation User’s Guide H-23HPoor mass accuracy in Continuous Extraction mode(
Appendix H Continuous Extraction ModeH-24 PerSeptive BiosystemsHPoor mass accuracy in Continuous Extraction mode(continued)Crystals did not form h
IAppendixVoyager™ Biospectrometry™ Workstation User’s Guide I-1I Using the Oscilloscope and Control StickThis appendix contains the following section
Appendix I Using the Oscilloscope and Control StickI-2 PerSeptive BiosystemsIOscilloscopeoverviewAn external oscilloscope (instead of the internal
Guidelines for AcquiringVoyager™ Biospectrometry™ Workstation User’s Guide I-3II.1 Guidelines for AcquiringConsider the following as you acquire a sp
Appendix I Using the Oscilloscope and Control StickI-4 PerSeptive BiosystemsII.2 ScalingInitial scalingInitial scaling of the oscilloscope is det
ScalingVoyager™ Biospectrometry™ Workstation User’s Guide I-5IUse these knobs to adjust the signal on the oscilloscope:• Vertical position—Moves the s
Appendix I Using the Oscilloscope and Control StickI-6 PerSeptive BiosystemsIThe Channel indicator (Ch1 in Figure I-3) displays Ch1 in Linear mode
Using the Control StickVoyager™ Biospectrometry™ Workstation User’s Guide I-7II.3 Using the Control StickStartingacquisitionAfter you load samples on
Chapter 1 Introducing the Voyager™ Biospectrometry™ Workstations1-26 PerSeptive Biosystems1Vacuum pumpsTwo vacuum pumps create the vacuum enviro
Appendix I Using the Oscilloscope and Control StickI-8 PerSeptive BiosystemsICAUTIONCheck to see if acquisition has already stopped automatically
Voyager™ Biospectrometry™ Workstation User’s Guide Bibliography-1BBLIIOGRAPHYBibliographyGeneral Mass SpectrometryBeavis, R.C. and B.T. Chait, Chem. P
Bibliography-2 PerSeptive BiosystemsBBLIIOGRAPHYBibliographyKaras, M., U. Bahr, F. Hillenkamp, Int. J. Mass Spectrom. Ion Proc., 1989, 92, 231–242.Nor
BibliographyVoyager™ Biospectrometry™ Workstation User’s Guide Bibliography-3BBLIIOGRAPHYFitzgerald, M.C., L. Zhu, and L.M. Smith, “The Analysis of Mo
Bibliography-4 PerSeptive BiosystemsBBLIIOGRAPHYBibliographyPeptide ApplicationsBieman, K., “Mass Spectrometry of Peptides and Proteins”, Annu. Rev. B
BibliographyVoyager™ Biospectrometry™ Workstation User’s Guide Bibliography-5BBLIIOGRAPHYTang, K., N.I. Taranenko, S.L. Allman, C.H. Chen, L.Y. Chang,
Bibliography-6 PerSeptive BiosystemsBBLIIOGRAPHYBibliography
Voyager™ Biospectrometry™ Workstation User’s Guide Glossary-1GlossaryGOSSLARYa, b, and c ions —Generic description of potential ions that are formed b
Glossary-2 PerSeptive BiosystemsGOSSLARYGlossaryDelay Time —Used in Delayed Extraction mode. Time in nanoseconds (after the laser ionizes the sample)
GlossaryVoyager™ Biospectrometry™ Workstation User’s Guide Glossary-3GOSSLARYIonization —Conversion of sample in solid, gaseous, or liquid phase to io
Parts of the Voyager-DE and Voyager-DE PRO SystemsVoyager™ Biospectrometry™ Workstation User’s Guide 1-2711.5.3.2 Voyager-DE PRO Vacuum SystemVacuumc
Glossary-4 PerSeptive BiosystemsGOSSLARYGlossaryMatrix —Low-mass, UV-absorbing substance used in MALDI technology to enable sample ionization. Common
GlossaryVoyager™ Biospectrometry™ Workstation User’s Guide Glossary-5GOSSLARYTC2 (Thermocouple vacuum gauge) —Pressure gauge that operates from 1 mill
Glossary-6 PerSeptive BiosystemsGOSSLARYGlossary
Voyager™ Biospectrometry™ Workstation User’s Guide Index-1IndexIDEXNNumerics384 well platePLT file 3-51position/row diagram 3-503-HPAchemical structur
IDEXNIndex-2 PerSeptive BiosystemsIndexAcquiring data, Instrument Control Panel (continued)Automatic Control mode 6-34Data Storage, setting 6-14data,
IndexVoyager™ Biospectrometry™ Workstation User’s Guide Index-3IDEXNAdobe Acrobat Readerinstalling from Voyager CD 2-26opening PDF Voyager files 2-26A
IDEXNIndex-4 PerSeptive BiosystemsIndexAutomatic Control mode (continued)optimizing BIC for Sequence run 6-65optimizing BIC in Manual Control mode bef
IndexVoyager™ Biospectrometry™ Workstation User’s Guide Index-5IDEXNBA2, Voyager-DE STRdescription 1-40E09 error 8-25pressure range 1-41pressure, disp
IDEXNIndex-6 PerSeptive BiosystemsIndexCalibration (continued)impact of changing Grid Voltage% 5-41impact of Low Mass Gate 5-79increasing accuracy 3-1
IndexVoyager™ Biospectrometry™ Workstation User’s Guide Index-7IDEXNCalibration, PSDdefault 7-8default, selecting 7-26equation 7-8in Instrument Settin
Chapter 1 Introducing the Voyager™ Biospectrometry™ Workstations1-28 PerSeptive Biosystems1Vacuum pumpsThree vacuum pumps create the vacuum envi
IDEXNIndex-8 PerSeptive BiosystemsIndexComputer (continued)technical support for altered configuration B-1troubleshooting 8-6with Signatec 500 MHz dig
IndexVoyager™ Biospectrometry™ Workstation User’s Guide Index-9IDEXNCrystallization3-HPA 3-35alpha-cyano 3-34desired pattern 3-34DHB 3-35DHBs 3-35exam
IDEXNIndex-10 PerSeptive BiosystemsIndexDefault calibrationdescription 6-7equation 6-9PSD 7-8selecting 5-10Default layout, Instrument Control Panel 4-
IndexVoyager™ Biospectrometry™ Workstation User’s Guide Index-11IDEXNDHBschemical structure and molecular weight C-9concentration 3-14crystals 3-14, 3
IDEXNIndex-12 PerSeptive BiosystemsIndexEEjecting sample plates, Instrument Control Panel 4-25Electromagnetic compliance xxiiiEMC standards xxiiiEMIS
IndexVoyager™ Biospectrometry™ Workstation User’s Guide Index-13IDEXNFore pump, Voyager-DE STRfunction 1-38vacuum gauge 1-40Foreline valve location 1-
IDEXNIndex-14 PerSeptive BiosystemsIndexGuide Wire Voltage%adjusting for CID 7-16description 5-18, 5-46effect of changing 5-46effect on resolution 5-3
IndexVoyager™ Biospectrometry™ Workstation User’s Guide Index-15IDEXNHot spots in signal intensity 6-5How to use this guide xxviiHPA, see 3-HPAHPLC-gr
IDEXNIndex-16 PerSeptive BiosystemsIndexInstrument Control Panelbasics 4-1BIC loaded at end of Sequence run 6-79control buttons 4-24cursor and grid, d
IndexVoyager™ Biospectrometry™ Workstation User’s Guide Index-17IDEXNInstrument Settings parameters (continued)Grid Voltage%, Continuous Extraction H-
Parts of the Voyager-DE and Voyager-DE PRO SystemsVoyager™ Biospectrometry™ Workstation User’s Guide 1-2911.5.4 Vacuum Gauge PanelThe Vacuum Gauge Pa
IDEXNIndex-18 PerSeptive BiosystemsIndexInternal standardcalibration 6-7, 6-25concentration 3-18mass range 3-18Internal-Update calibration, see Calibr
IndexVoyager™ Biospectrometry™ Workstation User’s Guide Index-19IDEXNLaser (continued)safety information xxvstopping I-7threshold, see Laser threshold
IDEXNIndex-20 PerSeptive BiosystemsIndexLinking traces 4-13Live Spectrum tracedefinition 4-14during acquisition 6-16not displayed on oscilloscope syst
IndexVoyager™ Biospectrometry™ Workstation User’s Guide Index-21IDEXNManual Laser/Sample Positioning control pagedisplaying 4-27laser position 4-31loc
IDEXNIndex-22 PerSeptive BiosystemsIndexMatrix (continued)selecting 3-3, C-1selecting type in calibration 5-20sinapinic acid 3-3, 3-7, C-6solutions C-
IndexVoyager™ Biospectrometry™ Workstation User’s Guide Index-23IDEXNNNa adduct ioneffect on masses 8-17from buffer 3-18Nameinstrument, specifying 2-3
IDEXNIndex-24 PerSeptive BiosystemsIndexPPage control, types of 4-9Parent ion, see PSD precursor spectrumPassword, obtaining from system administrator
IndexVoyager™ Biospectrometry™ Workstation User’s Guide Index-25IDEXNPLT files (continued)search pattern file for 3-57selecting 3-43, 3-45x,y coordina
IDEXNIndex-26 PerSeptive BiosystemsIndexPrinterconnecting, Voyager-DE and Voyager-DE PRO 2-18connecting, Voyager-DE STR 2-20dedicating to landscape or
IndexVoyager™ Biospectrometry™ Workstation User’s Guide Index-27IDEXNPSD Mirror Ratio (continued)function 7-2precision displayed when you click on ent
Table of Contentsvi PerSeptive BiosystemsChapter 4 Voyager Instrument Control Panel Basics4.1 Instrument Control Panel ...
Chapter 1 Introducing the Voyager™ Biospectrometry™ Workstations1-30 PerSeptive Biosystems1• EMIS—Turns BA1 and BA2 on or off. Used during troub
IDEXNIndex-28 PerSeptive BiosystemsIndexPSD segments (continued)mass range 7-34number of, and composite spectrum resolution 7-6number to acquire 7-6,
IndexVoyager™ Biospectrometry™ Workstation User’s Guide Index-29IDEXNResolution, mass (continued)PSD mode 7-44PSD segment, optimum observed near Max S
IDEXNIndex-30 PerSeptive BiosystemsIndexSample concentration (continued)in IAA 3-15in sinapinic acid 3-7in THAP 3-10low concentration application tech
IndexVoyager™ Biospectrometry™ Workstation User’s Guide Index-31IDEXNSample plate, types ofapplications for 3-48disposable, applications 3-49disposabl
IDEXNIndex-32 PerSeptive BiosystemsIndexSensitivity (continued)range, Voyager-DE STR 1-6troubleshooting 8-10Vertical Scale parameter, effect on 5-28SE
IndexVoyager™ Biospectrometry™ Workstation User’s Guide Index-33IDEXNSET file, Sequence Control Panelcreating 6-67defaults used if none specified 6-71
IDEXNIndex-34 PerSeptive BiosystemsIndexSinapinic acidchemical structure and molecular weight C-6concentration 3-7crystals 3-7, 3-34initial velocity s
IndexVoyager™ Biospectrometry™ Workstation User’s Guide Index-35IDEXNSpectrum window (continued)Grid, displaying 4-21live data, definition 4-14Live Sp
IDEXNIndex-36 PerSeptive BiosystemsIndexTTC2, Voyager-DEdescription 1-26max load pressure 2-32pressure range 1-30wait time 2-32TC2, Voyager-DE PROdesc
IndexVoyager™ Biospectrometry™ Workstation User’s Guide Index-37IDEXNTraces (continued)types of 4-14white, does not print 4-18zooming 4-13Trihydroxy a
Parts of the Voyager-DE and Voyager-DE PRO SystemsVoyager™ Biospectrometry™ Workstation User’s Guide 1-3111.5.5 Computer ComponentsHardwareThe Voyage
IDEXNIndex-38 PerSeptive BiosystemsIndexVacuum system, Voyager-DE PROsee also Vacuum gauge panelchambers 1-25, 1-27diagram 1-27function 1-24gauges 1-2
IndexVoyager™ Biospectrometry™ Workstation User’s Guide Index-39IDEXNVoyager-DE PRO Biospectrometry Workstation (continued)specifications A-4startup a
IDEXNIndex-40 PerSeptive BiosystemsIndex
Chapter 1 Introducing the Voyager™ Biospectrometry™ Workstations1-32 PerSeptive Biosystems11.6 Parts of the Voyager-DE STR SystemThis section d
Parts of the Voyager-DE STR SystemVoyager™ Biospectrometry™ Workstation User’s Guide 1-331Parts of the Voyager-DE STR system include:• Mass spectromet
Chapter 1 Introducing the Voyager™ Biospectrometry™ Workstations1-34 PerSeptive Biosystems11.6.2 Mass SpectrometerThe parts of the Voyager-DE S
Parts of the Voyager-DE STR SystemVoyager™ Biospectrometry™ Workstation User’s Guide 1-351Parts of the massspectrometerThe Voyager-DE STR mass spectro
Chapter 1 Introducing the Voyager™ Biospectrometry™ Workstations1-36 PerSeptive Biosystems1• Vacuum system—A pumping system and a sealed enclosu
Parts of the Voyager-DE STR SystemVoyager™ Biospectrometry™ Workstation User’s Guide 1-371The single-stage design provides high mass resolution across
Chapter 1 Introducing the Voyager™ Biospectrometry™ Workstations1-38 PerSeptive Biosystems11.6.3 Vacuum SystemOverviewThe Voyager-DE STR Biospe
Parts of the Voyager-DE STR SystemVoyager™ Biospectrometry™ Workstation User’s Guide 1-391Figure 1-20 Voyager-DE STR Biospectrometry Workstation Vacu
Table of ContentsVoyager Biospectrometry Workstation User’s Guide vii5.2 Instrument Settings Parameter Descriptions ...
Chapter 1 Introducing the Voyager™ Biospectrometry™ Workstations1-40 PerSeptive Biosystems1Vacuum gaugesThe Voyager-DE STR Biospectrometry Works
Parts of the Voyager-DE STR SystemVoyager™ Biospectrometry™ Workstation User’s Guide 1-411CAUTIONDo not press any other buttons on the panel. Pressing
Chapter 1 Introducing the Voyager™ Biospectrometry™ Workstations1-42 PerSeptive Biosystems11.6.5 Front Panel IndicatorsThe front panel of the V
Parts of the Voyager-DE STR SystemVoyager™ Biospectrometry™ Workstation User’s Guide 1-4311.6.6 Computer ComponentsHardwareThe Voyager-DE STR Biospec
Chapter 1 Introducing the Voyager™ Biospectrometry™ Workstations1-44 PerSeptive Biosystems1SoftwareThe Voyager-DE STR Biospectrometry Workstatio
Software OverviewVoyager™ Biospectrometry™ Workstation User’s Guide 1-4511.7 Software OverviewThe Voyager Biospectrometry Workstation software includ
Chapter 1 Introducing the Voyager™ Biospectrometry™ Workstations1-46 PerSeptive Biosystems1• Ability to zoom in on up to four different areas of
Software OverviewVoyager™ Biospectrometry™ Workstation User’s Guide 1-471Sequence ControlPanelThe Sequence Control Panel works in conjunction with the
Chapter 1 Introducing the Voyager™ Biospectrometry™ Workstations1-48 PerSeptive Biosystems11.7.2 Post-Processing Software (Data Explorer)Data E
2ChapterVoyager™ Biospectrometry™ Workstation User’s Guide 2-12 Installing theVoyager™Biospectrometry™WorkstationsThis chapter contains the following
Table of Contentsviii PerSeptive BiosystemsChapter 6 Acquiring Mass Spectra6.1 Before You Begin...
Chapter 2 Installing the Voyager™ Biospectrometry™ Workstations2-2 PerSeptive Biosystems22.1 Installing the SystemYour Voyager Biospectrometry
Selecting the SiteVoyager™ Biospectrometry™ Workstation User’s Guide 2-32Allow 4 inches (10 cm) on the right side of the mass spectrometer for cables.
Chapter 2 Installing the Voyager™ Biospectrometry™ Workstations2-4 PerSeptive Biosystems2To select input voltage:1. Remove the power cord from
Selecting the SiteVoyager™ Biospectrometry™ Workstation User’s Guide 2-52WARNINGFIRE HAZARD. Using a fuse of the wrong type or rating can cause a fire
Chapter 2 Installing the Voyager™ Biospectrometry™ Workstations2-6 PerSeptive Biosystems22.2.2 Voyager-DE STR WorkstationIn this sectionThis s
Connecting Voyager-DE and Voyager-DE PRO WorkstationsVoyager™ Biospectrometry™ Workstation User’s Guide 2-72CAUTIONBefore operation, internal jumpers
Chapter 2 Installing the Voyager™ Biospectrometry™ Workstations2-8 PerSeptive Biosystems22.3.1 Side Panel Diagrams for Mass Spectrometer and C
Connecting Voyager-DE and Voyager-DE PRO WorkstationsVoyager™ Biospectrometry™ Workstation User’s Guide 2-92ComputerDepending on your digitizer option
Chapter 2 Installing the Voyager™ Biospectrometry™ Workstations2-10 PerSeptive Biosystems2Figure 2-4 Digitizer OptionsPB100784CH1 CH2Not usedT
Connecting Voyager-DE and Voyager-DE PRO WorkstationsVoyager™ Biospectrometry™ Workstation User’s Guide 2-1122.3.2 Connecting the Mass Spectrometer t
Table of ContentsVoyager Biospectrometry Workstation User’s Guide ix6.6.6 Process that Occurs when Accumulating Spectra from Multiple Search Pattern
Chapter 2 Installing the Voyager™ Biospectrometry™ Workstations2-12 PerSeptive Biosystems22.3.3 Connecting the Signatec 500 MHz Digitizer Boar
Connecting Voyager-DE and Voyager-DE PRO WorkstationsVoyager™ Biospectrometry™ Workstation User’s Guide 2-1322.3.4 Connecting the LSA1000 LeCroy Digi
Chapter 2 Installing the Voyager™ Biospectrometry™ Workstations2-14 PerSeptive Biosystems2Refer to the following table when connecting the LSA1
Connecting Voyager-DE and Voyager-DE PRO WorkstationsVoyager™ Biospectrometry™ Workstation User’s Guide 2-1522.3.5 Connecting the Tektronix Oscillosc
Chapter 2 Installing the Voyager™ Biospectrometry™ Workstations2-16 PerSeptive Biosystems2Refer to the following table when connecting the osci
Connecting Voyager-DE and Voyager-DE PRO WorkstationsVoyager™ Biospectrometry™ Workstation User’s Guide 2-1722.3.6 Connecting the Video Monitor Figur
Chapter 2 Installing the Voyager™ Biospectrometry™ Workstations2-18 PerSeptive Biosystems2Refer to the following table when connecting the vide
Connecting the Voyager-DE STR WorkstationVoyager™ Biospectrometry™ Workstation User’s Guide 2-1922.4 Connecting the Voyager-DE STR WorkstationFigure
Chapter 2 Installing the Voyager™ Biospectrometry™ Workstations2-20 PerSeptive Biosystems2Figure 2-10 Computer Connections for Voyager-DE STR
Connecting the Voyager-DE STR WorkstationVoyager™ Biospectrometry™ Workstation User’s Guide 2-212NOTE: The computer layout may change without notice.
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