Agilent Technologies 5988-7401EN manual Output Trigger Out, Data Pattern of 32 bits

Page 79

Timing of Generated Signals

Using the Agilent 81133A/81134A Pulse Generator

Output

RZ

Output

NRZ

Output

R1

Trigger Out

Characteristics

Data Pattern

The following figure shows the typical timing for a data pattern.

 

Data Pattern of 32 bits

 

 

 

 

1

1

 

0

1

1

1

1

0

 

1

1

 

 

 

 

 

•A data pattern can be either generated continuously or can be started manually or by the arming source.

The data length is selectable in the range 32 … 8192 bits (in steps of 32).

•The instrument mode is Pulse/Pattern.

•The pattern mode is Data.

•You can select between RZ, NRZ and R1 signal modes for each output.

In R1 and RZ modes, the pulse width can be selected as either width or duty cycle.

•You can select between normal and inverted signals for each output.

•For the clock source, you can select from:

–Internal (YIG Oscillator)

–External signal at Clock Input

–External 10 MHz Reference at Clock Input

For more information about the clock sources, see “Clock Sources” on page 73.

•The Trigger Out marks every start of the repetitive data pattern, as long as no frequency divider has been applied.

See also “Trigger Out” on page 75.

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

79

Page 78 Page 80
Image 79
Page 78 Page 80
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 SummaryDo not Operate in an Explosive Atmosphere Before Applying PowerSafety Requirements Ground the InstrumentInitial Inspection Initial InspectionPerformance Requirements Power RequirementsVentilation 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 FeaturesInterface Keys Tab Keys to navigate Front Panel OverviewFront Panel Overview Graphical User Softkeys NumericGlobal Inputs Outputs Channel Inputs Input and OutputsDescription Rear Panel Overview Operating the Agilent 81133A/81134A Pulse Generator Channel Navigation through the PagesOperating the Agilent 81133A/81134A Pulse Generator MainHow 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 Prbs Polynome Signal Mode Pattern Mode Setting Up a Data PatternECL Levels 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 Width = 100 ps Setting Up a Burst SignalDelay = 50 ps Period = 500 ps Arming SourceInstrument Setting Up a Burst SignalMode 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 Setting Up Signals for a Stressed Eye Diagram Measurement Connecting the Instruments86100 DCA 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 Pages of the User Interface Using the Agilent 81133A/81134A Pulse GeneratorInstrument Panel Channel 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 Trigger Out Timing of Generated SignalsClock Duty Cycle = 50 % OutputChannel Freq. Divider = PulsesOutput Trigger Out Data PatternData Pattern of 32 bits 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.

The Agilent 5988-7401EN is part of a series of mass spectrometers designed to deliver exceptional sensitivity and resolution for a variety of applications. This advanced instrument is particularly well-known for its versatility in mass spectrometry, enabling researchers to perform complex analyses with ease. Its flexibility makes it suitable for various industries, including pharmaceuticals, environmental testing, and food safety.

One of the standout features of the 5988-7401EN is its groundbreaking technology in ion detection. This mass spectrometer utilizes a unique technology that significantly enhances ion transmission and improves signal-to-noise ratios, resulting in more reliable and reproducible data. This capability is critical for trace analysis, where detecting low-abundance compounds is essential.

Moreover, the 5988-7401EN offers a wide mass range and fast scan speeds, making it suitable for both small molecule identification and larger biomolecules. This instrument can analyze complex mixtures with high accuracy, which is vital for researchers needing to understand intricate chemical compositions.

Additionally, the user-friendly interface of Agilent's mass spectrometer enhances productivity. With streamlined software that allows for easy operation and data analysis, researchers can efficiently set up experiments and interpret results, saving time and reducing the likelihood of human error.

Another important characteristic is its robustness and reliability. Built to withstand the demands of routine laboratory use, the 5988-7401EN ensures consistent performance over time, which is crucial for laboratories with high workloads.

In summary, the Agilent 5988-7401EN represents a significant advancement in mass spectrometry technology. With its impressive features, including exceptional sensitivity, a wide mass range, rapid scan speeds, and user-friendly software, it is an invaluable tool for researchers across various scientific disciplines. Whether it's for pharmaceutical development, environmental analysis, or food safety testing, the 5988-7401EN is designed to meet and exceed the analytical needs of modern laboratories.
Top Page Image Contents