Agilent Technologies 5988-7401EN manual Index

Page 89

Index

A

advanced signals setup 27

Aux page 67

B

benefits 14

Burst (instrument mode) 69

burst signal example 46

C

channel page pages

channel 66

cleaning recommendations 11

clock timing 77

Clock Input 16

clock jitter 14

clock signal example 28

clock sources 73 ext. direct 73 external 73

external 10 MHz reference 73 int. direct 73

internal 73 Config page

pages Config 67

D

data 14

Data (pattern mode) 70

Data page 67

data pattern example 40 timing 79

declaration of conformity 12 Delay Control Input 16 delay modulation range 14 delay range 14

E

entering new values 23 environmental conditions

requirements 7

error messages 87

example

burst signal 46 clock signal 28 data pattern 40 pulse signal 36 repetitive burst signal 52 signals for stressed eye diagram measurement 58

example for jitter modulation 60

example for setting the variable crossover 60

ext. direct (clock source) 73

external (clock source) 73

external 10 MHz reference (clock source) 73

F

frequency range 14

front panel 15

front panel inputs 16

front panel outputs 16

G

generated signals timings 76

generic signal setup 27

GPIB connector 18

graphical user interface 15 pages 66

ground the instrument 8

I

initial inspection 9 inputs 16

Clock Input 16

Delay Control Input 16 Start Input 16

instrument cover removing 8

instrument mode Pulse/Pattern 68

instrument modes 68 Burst 69 Repetitive Burst 69

instrument panel 66

int. direct (clock source) 73

internal (clock sources) 73

internal PLL 74

Index

J

jitter modulation 83 example 60

K

key features 14 clock jitter 14 data 14

delay modulation range 14 delay range 14 frequency range 14 PRBS 14

transition times 14 voltage amplitude 14

L

LAN connector 18

M

Main page 66 modes

instrument 68 pattern 70 signal 71 trigger output 75

modifying of units 24

modifying of values 24

N

navigation through pages 20 through parameters 21

navigation knob 15

NRZ 71

number field changing 23

numeric keys 15

O

outputs 16 inverted Output 16 normal Output 16 Trigger Output 16

Agilent 81133A/81134A Pulse Generator User’s Guide, January 2005

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Contents Agilent 81133A/81134A Pulse Generator Revision Important NoticeContents Setting Up the 81134A by Using the Graphical User Interface Setting Up Generic and Advanced SignalsUpdating the Firmware Troubleshooting Index Contents Environmental Conditions Safety SummarySafety Requirements Before Applying PowerGround the Instrument Do not Operate in an Explosive AtmosphereInitial Inspection Initial InspectionVentilation Requirements Power RequirementsPerformance Requirements Cleaning Recommendation Cleaning RecommendationDeclaration of Conformity Declaration of ConformityIntroduction to the Agilent 81133A/81134A Pulse Generator Introduction to the Agilent 81133A/81134A Pulse Generator Benefits and Key FeaturesFront Panel Overview Front Panel OverviewGraphical User Softkeys Numeric Interface Keys Tab Keys to navigateGlobal Inputs Outputs Channel Inputs Input and OutputsDescription Rear Panel Overview Operating the Agilent 81133A/81134A Pulse Generator Operating the Agilent 81133A/81134A Pulse Generator Navigation through the PagesMain ChannelHow to Navigate through the Parameters at one How to Select a Parameter from a Selection ListPress the navigation knob to open the selection list How to Change a Number Field How to Change a Number FieldPress Modify Values Fine-TuningChanging Single Digits Operating the Agilent 81133A/81134A Pulse Generator Setting Up Generic and Advanced Signals Setting Up Generic and Advanced Signals Setting Up a Clock SignalSetting Up a Clock Signal Using the Graphical User InterfaceNormal Out Channel Set the Freq. Divider to Frequency Divider Indicator Setting Up Generic and Advanced Signals Following code performs the same task Using the Remote Programming InterfacesSetting Up a Pulse Signal Pattern Mode Width Levels Setting Up a Pulse SignalTrigger Mode Generate the Signals //reconnect channels Setting Up a Data Pattern ECL Levels Setting Up a Data PatternPrbs Polynome Signal Mode Pattern Mode Switch to the Numeric Edit Mode Pulse Type NRZ Pattern Mode Data ECL LevelsData pattern for channel Numeric Edit Mode Trigger Mode Set up the trigger Set trigger mode to data OUTP0SOUR Bits Delay = 50 ps Period = 500 ps Setting Up a Burst SignalArming Source Width = 100 psMode Setting Up a Burst SignalInstrument Timing Parameter Data pattern for channel Graphic Edit ModeTrigger Output Aux page now looks as follows Following code performs the same tasks Burst Length = 4 x Data Length Setting Up a Repetitive Burst SignalInstrument Burst Repetition Specifies Mode Setting Up a Repetitive Burst SignalData Settings for the Pattern Signal To set the data pattern Setting Up a Repetitive Burst Signal Setting Up Generic and Advanced Signals Prepare the trigger Set trigger mode to Data OUTP0SOUR Bits Setting Up Signals for a Stressed Eye Diagram Measurement 86100 DCA Connecting the InstrumentsSetting Up Signals for a Stressed Eye Diagram Measurement 50 % Setting Up the 81134A by Using Graphical User InterfaceChannel page now looks as follows Enable the trigger output Viewing the Eye Diagram on the 86100 DCA Setting Up the 33250A Waveform GeneratorChannel panel Play with the SettingsUsing the Agilent 81133A/81134A Pulse Generator Instrument Panel Channel Using the Agilent 81133A/81134A Pulse GeneratorPages of the User Interface Pages of the User Interface Instrument Modes Combining Parameters for Signal GenerationCombining Parameters for Signal Generation Pattern Modes NRZ Signal ModesVariable Crossover Measure Function Clock Source Clock SourcesUsing the Agilent 81133A/81134A Pulse Generator Trigger Out Start ModeTiming of Generated Signals Clock Timing of Generated SignalsDuty Cycle = 50 % Output Trigger OutChannel Freq. Divider = PulsesData Pattern of 32 bits Data PatternOutput Trigger Out Prbs Data Pattern Burst Started BurstRepetitive Burst Jitter Modulation Saving and Recalling SettingsJitter Modulation Saving and Recalling Settings Updating the Firmware Updating the Firmware Troubleshooting Instrument does not Respond TroubleshootingIndex IndexTrigger output levels Index 5988-7401EN

5988-7401EN specifications

Agilent Technologies, a leader in life sciences, diagnostics, and applied chemical markets, offers an array of sophisticated tools aimed at enhancing analytical and diagnostic capabilities. One such product is the Agilent 5988-7401EN, a high-performance mass spectrometer that exemplifies cutting-edge technology in the field of analytical chemistry.

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