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HP E1725C Getting Started Manual

Time interval analyzer
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Title & Document Type:
E1725C / E1741A Time Interval Analyzer - Getting Started Guide
Manual Part Number:
E1725-90011
Revision Date:
April 1, 1998
HP References in this Manual
This manual may contain references to HP or Hewlett-Packard. Please note that Hewlett-
Packard's former test and measurement, semiconductor products and chemical analysis
businesses are now part of Agilent Technologies. We have made no changes to this
manual copy. The HP XXXX referred to in this document is now the Agilent XXXX.
For example, model number HP8648A is now model number Agilent 8648A.
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or contain dated information, and the scan quality may not be ideal. If we find a better
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  • Page 1 Agilent Technologies. We have made no changes to this manual copy. The HP XXXX referred to in this document is now the Agilent XXXX. For example, model number HP8648A is now model number Agilent 8648A.
  • Page 2 Getting Started Guide HP E1725C/E1741A Time Interval Analyzer Includes information on: • HP E1725C Time Interval Analyzer • HP E1741A Time Interval Analyzer Software • TIA User Interface Software...
  • Page 3 Getting Started Guide This guide describes the HP E1725C Time Interval Analyzer and provides getting started information for the HP E1741A Time Interval Analyzer and the TIA User Interface software. HP E1725C/E1741A Time Interval Analyzer...
  • Page 4 HP receives notice of such the mains power source to the defects during the warranty product input wiring terminals period, HP will, at its option, Indicates Direct current. or supplied power cable. either repair or replace products which prove to be defective.

  • Page 5: Table Of Contents

    Where to Find Information xiii How to Begin In this Chapter Assembling the TIA HP E1725C TIA Assembly Installing the HP E1741A Time Interval Analyzer or TIA User Interface Software Computer Requirements Install the Software Installation Choices Install the Software...
  • Page 6 Segment Definition 3-10 Clock Definition 3-11 Acquire Data 3-11 Analyze the Histogram Data 3-12 Segmented Histogram Analysis (Applies to HP E1741A or HP E1747A Software Only) 3-13 Window Margin Analysis (Applies to HP E1741A Software Only) 3-15 Sequential Data Analysis 3-17...
  • Page 7 Open the Windows’ “WordPad” Program 4-28 Now Add the Picture 4-29 Sharing Data With Other Applications 4-31 General Information In this Chapter HP E1741A Software License Agreement Grant of License Unpacking and Inspection Available Accessories Parts Information Contacting Hewlett-Packard Replaceable Parts Index...
  • Page 8 Contents Getting Started Guide...
  • Page 9 In This Guide This book is the getting started guide for the HP E1725C and HP E1741A Time Interval Analyzer. It consists of a table of contents, this preface, five chapters, and an index. This preface contains the following information •...

  • Page 10: In This Guide

    Data files are included with your software to be used as examples to illustrate key points. Chapter 5, “General Information,” provides information on how to contact HP for parts information. A brief parts list is included in this chapter. Index...

  • Page 11: Description Of The High Performance Time Interval Analyzer

    HP E1725C Option 141 or as the HP E1741A. Other software that can be used with the HP E1725C is not covered in this guide. The HP E1747A Timing Pattern Analysis software provides added...

  • Page 12: Available Software

    In This Guide Available Software The following table summarizes the available software for use with the HP E1725C Time Interval Analyzer. HP E1725C TIA Software Documentation Sources Option 141 This guide and online help (separately orderable as HP E1741A) Option 147 This guide, separate user’s guide, and...

  • Page 13: Software Characteristics

    In This Guide Software Characteristics Whether you have the HP E1741A Time Interval Analyzer software or the TIA User Interface software, your software provides the following measurement and analysis features: • Graphical user interface implemented in Windows A mouse, or similar pointing device, can be used to set up the TIA, control operation, and analyze results.

  • Page 14: Option 002 Hp E1725C Tia Hardware Configuration

    An Option 002 hardware configuration is available. It replaces the standard 6-slot VXI cardcage with an HP E1401B 13-slot VXI cardcage. Documentation List The following manuals are part of the standard HP E1725C Time Interval Analyzer: Manual Title HP Part Number...

  • Page 15: Where To Find Information

    The order in which you use these manuals will depend on your situation. When first starting to use the HP E1725C TIA or HP E1741A, refer to this Getting Started Guide. When setting up the HP E1740A TIA in a VXI system you will find important information in the HP E1740A User’s Guide.
  • Page 16 In This Guide Getting Started Guide...

  • Page 17: How To Begin

    How to Begin...

  • Page 18: In This Chapter

    Possible Alternatives VXI mainframe 6-slot mainframe (included) 13-slot mainframe, e.g., HP E1401B Computer HP Omnibook 5700 CTX Laptop HP Vectra or IBM-compatible Computer PC with HP 82335B or HP 82341B HP-IB card installed VXI interface/control Included in HP 1406A Slot-0...

  • Page 19: Assembling The Tia

    Tighten the screws attached to the command module to fully seat the module into the backplane connectors of the mainframe. Install the HP E1740A TIA module in slots 1 and 2 of the VXI mainframe or any other open slots. NOTE Always check that the mainframe power is OFF before installing any boards or instruments into the backplane connectors.
  • Page 20 Chapter 1 How to Begin Assembling the TIA Connect the National Instruments PCMCIA-GPIB interface cable between the PCMCIA-GPIB card and the connector on the command module. Apply power to the computer and the VXI mainframe. Getting Started Guide...

  • Page 21: Installing The Hp E1741A Time Interval Analyzer Or Tia User Interface Software

    Computer Requirements The following are the minimum requirements to support operation of the HP E1741A or TIA User Interface software. The standard HP E1725C, which includes a portable computer, meets or exceeds all of these minimums: •...

  • Page 22: Installation Choices

    Software Installation Choices Set Location… Button The default is C:\HP-TIA. If you want to install the TIA files into a different directory, click the Set Location button and specify the preferred location. Click the Continue button to enter the new location and return to the installation window.
  • Page 23 Installing the HP E1741A Time Interval Analyzer or TIA User Interface Software This is the firmware that controls the HP E1740A. This file can be downloaded by the HP E1741A or TIA User Interface software into the HP E1740A TIA. Normally, you will not need to use this file because it is already loaded into the HP E1740A.
  • Page 24 Chapter 1 How to Begin Installing the HP E1741A Time Interval Analyzer or TIA User Interface Software displayed. Refer to Chapter 4 of this guide for procedures to analyze these waveforms. There are examples for the following measurements: • data-to-data •...

  • Page 25: Install The Software

    If you didn’t select Create Program Group during installation, you can run the application by selecting File>Run... from the Program Manager and setting the command line to hp-tia.exe in the directory where you installed it. Double-click the View Readme icon to see special information about the TIA.

  • Page 26: Power-Up And Health Check

    Select the appropriate interface and addressing. Refer to the on-line Help under the topic of “Interface” and the corresponding documentation that came with the interface. Refer to the HP E1740A User’s Guide for details on address switch settings. Click on OK once the setting is chosen.

  • Page 27: Set The Tia To Collect Actual Data

    The E1740A should return the following ASCII response: HEWLETT-PACKARD,E1740,0,xxxx • HEWLETT-PACKARD is the manufacturer. • E1740A is the model number of the VXI TIA. • 0 is always returned. • xxxx is the HP E1740A firmware version. Getting Started Guide 1-11...

  • Page 28: Where To Go Now

    If this is your first time using the software, you may want to follow the short tutorial in Chapter 3. It demonstrates how to set up the HP E1725C TIA to acquire and analyze measurement data without the need for an actual signal to measure.

  • Page 29: Learning About The On-Line Help

    Learning About the On-line Help...

  • Page 30: In This Chapter

    Chapter 2 Learning About the On-line Help In this Chapter In this Chapter This chapter describes how to use the online help information that comes with the software. Getting Started Guide...

  • Page 31: Using Online Help

    Chapter 2 Learning About the On-line Help Using Online Help Using Online Help Extensive online help information about the operation of the TIA User Interface software is available as part of the application. There are two ways to access this information: Press the F1 key when you want to know about a command or the window where you are currently working.
  • Page 32 Chapter 2 Learning About the On-line Help Using Online Help Common Tasks Select from a list of frequently performed tasks. The steps to accomplish the task are described. Common Problems Select from a list of possible problems that might occur. Using Help Learn about using Help in Windows.

  • Page 33: Suggested Help Screen Size

    You may also find it useful to always keep the Help window “on top” of the other windows on the display. This is done by selecting Options>Keep Help on Top>On Top from within the HP-TIA Help window. Getting Started Guide...
  • Page 34 Chapter 2 Learning About the On-line Help Using Online Help Getting Started Guide...

  • Page 35: Practice Using The Tia Software

    Practice Using the TIA Software...

  • Page 36: In This Chapter

    This chapter provides the opportunity for you to learn about some of the TIA software’s features and operation without the need for connecting actual signals to the HP E1725C TIA. This synthetic data (data that is produced by the TIA software for demonstration purposes) is used for this tutorial to emulate what could be collected from an RLL (1,7) disk drive.

  • Page 37: Conventions Used In The Tutorial

    Chapter 3 Practice Using the TIA Software Conventions Used in the Tutorial Conventions Used in the Tutorial Selecting Commands with the Mouse You select commands by pointing with the mouse cursor and then clicking on each of the commands by pressing the left mouse button. For example, when you see, “Select Control>TIA Setup [expanded]”, click on the Control menu and then the TIA Setup [expanded] selection in the pulldown menu.

  • Page 38: Tia Software Tutorial

    Chapter 3 Practice Using the TIA Software TIA Software Tutorial TIA Software Tutorial You should already have the software running. Refer to Chapter 1 of this guide for information on how to install the software and start the TIA application. Start Once the application is started, click the green Preset button to set the TIA User Interface software to its default conditions.
  • Page 39 Chapter 3 Practice Using the TIA Software TIA Software Tutorial Select the TIA Setup window by clicking on its title bar or selecting Control>TIA Setup [expanded]. This window is used to specify how the TIA will acquire measurement data. As specified on this setup form, you will make a fast histogram acquisition consisting of 1,000 measurements.
  • Page 40 Record Mode This indicates that the method used to record the data will be Fast histogram, meaning that the data will be routed directly to a hardware accelerator in the HP E1740A which histograms data on-the-fly. NOTE Remember: At any time, you can call up help information on the active window by pressing the F1 key.
  • Page 41 Histogram portion of this form are of primary importance. When the record mode is sequential, there will be both sequential and histogram results (the HP E1741A derives histograms from the sequential data), so all the settings on this form have significance.
  • Page 42 Chapter 3 Practice Using the TIA Software TIA Software Tutorial To demonstrate this interaction perform the following steps: a. Set the span to 6.4 µs and notice the change that takes place in the Sequential area of the form. The maximum TI value is changed from 3.2 µs to 6.4 µs to reflect that the requested histogram span requires an increase in the maximum time interval range and includes a corresponding decrease in time interval resolution.

  • Page 43: Define Segments

    (The segment definition is based on the characteristics of your measurement data, such as the expected code spacings.) For the HP E1741A and HP E1747A analysis software only, once the data is acquired, the data for the individual segments can be individually added to, or subtracted from, segmented histogram and window margin analysis.

  • Page 44: Segment Definition

    Chapter 3 Practice Using the TIA Software TIA Software Tutorial Select Segment>Define Segments & Clock. The dialog box that appears shows the current definition for the segments and clock. Segment Definition The segment window width is 10 ns and the first segment center is 20 ns. The number of different code spacings, or total possible “windows”...

  • Page 45: Clock Definition

    If you wish only the last acquisition displayed, disable Accumulate. If you were acquiring actual data from the HP E1740A, the number of interval measurements from each acquisition would be exactly 1,000 (the selected value on the TIA Setup window). In the synthetic data mode, each update is approximately the requested size.

  • Page 46: Analyze The Histogram Data

    Chapter 3 Practice Using the TIA Software TIA Software Tutorial Click the Stop button. The TIA stops acquiring data and goes to the Idle condition. Analyze the Histogram Data Use the mouse to drag the markers. Adjust them so they delimit a single distribution.

  • Page 47: Segmented Histogram Analysis (Applies To Hp E1741A Or Hp E1747A Software Only)

    In particular, to make the Histogram display full screen size, click the maximize ( the upper-right corner of the display. Segmented Histogram Analysis (Applies to HP E1741A or HP E1747A Software Only) Select Display>Segmented-Histogram.
  • Page 48 Chapter 3 Practice Using the TIA Software TIA Software Tutorial Use F1 to get to a description of the segmented histogram, then click on NOTE the green text, “Analyzing Segmented Histogram Data” under See Also, and then click on the related topic called “Combined segments”. Read the description of combined one-sided.

  • Page 49: Window Margin Analysis (Applies To Hp E1741A Software Only)

    An easy way to go back to the help information is by holding down the Alt key while pressing the Tab key once, and then releasing the Alt key. The shortcut above assumes the Help window has not been closed. Window Margin Analysis (Applies to HP E1741A Software Only) Select Display>Window Margin.
  • Page 50 Chapter 3 Practice Using the TIA Software TIA Software Tutorial Select Segment>Overlaid segments. The traces for each enabled segment are overlaid. The window margin results at the top and the marker results at the bottom are now stated only for the active segment (outlined in blue). You can enable or disable segments with the left mouse button.

  • Page 51: Sequential Data Analysis

    Chapter 3 Practice Using the TIA Software TIA Software Tutorial The segment enable/disable and activate features also work when NOTE Segment>Combined segments is selected, or if a one-sided result has been chosen. Also, all the these features are available with the Segmented-Histogram display.
  • Page 52 Chapter 3 Practice Using the TIA Software TIA Software Tutorial Set the cursor in the middle numeric entry field below the display (/div). This field adjusts the horizontal zoom level. Use the Left Arrow key to move the cursor in front of the first digit. Use the Down Arrow key to reduce the time per division.

  • Page 53: Where To Go Now

    Chapter 3 Practice Using the TIA Software Where to Go Now Markers are also available on this display. Simply drag the marker to the desired area with your mouse. Marker results are reported below the main display. Statistical results, based on the data between the markers, are reported above the main display.
  • Page 54 Chapter 3 Practice Using the TIA Software Where to Go Now 3-20 Getting Started Guide...

  • Page 55: Demo Waveforms

    Demo Waveforms...

  • Page 56: In This Chapter

    You can use this same feature whenever you want to save data. You will be recalling this measurement data from files that were installed during the software installation process described in Chapter 1. These demonstrations do not require the HP E1740A Time Interval Analyzer measurement module. Getting Started Guide...

  • Page 57: Demo 1: Data-To-Data

    Demo 1: Data-to-Data This demonstration uses consecutive data-to-data intervals measured from a formatted hard disk drive with the HP E1725C with HP E1741A software. Time intervals were captured and sorted on-the-fly into a histogram using “fast histogram” hardware. The histogram data has been saved to disk and will be recalled for this demonstration.

  • Page 58: Overview

    Chapter 4 Demo Waveforms Demo 1: Data-to-Data Overview The drive under test is formatted, so a “start-of-sector” pulse is used to trigger the TIA once for each sector. The start-of-sector pulse occurs 15 µs prior to the beginning of the data portion of the sector. The data portion of the sector is 80 µs in duration.
  • Page 59 Demo 1: Data-to-Data Click on the Input button to view the input configuration. This screen configures the input circuitry on the HP E1725C TIA for the particular signals from the drive under test. The data signal (connected to input 1) has a 50% point at 3.7 volts, and a X10 probe is connected to the test point.
  • Page 60 Also, the trigger source is set to come from the front panel indicating that a trigger signal was provided at the front panel of the HP E1740A. The other trigger source choices allow the trigger to be received on the VXIbus.

  • Page 61: Histograms And Statistics

    Chapter 4 Demo Waveforms Demo 1: Data-to-Data Histograms and Statistics Select Display>Histogram. Maximize this window by clicking on the maximize ( ) symbol in the upper right corner of the Histogram window. This histogram result display clearly shows the seven time interval distributions corresponding to the 2T through 8T code spacings.
  • Page 62 Chapter 4 Demo Waveforms Demo 1: Data-to-Data Notice that the top of the display always shows statistical information for the data between the current position of the markers. The bottom of the display shows the current position of the markers and the difference between these positions.

  • Page 63: Segmented Histogram

    Chapter 4 Demo Waveforms Demo 1: Data-to-Data Segmented Histogram Select Display>Segmented-Histogram. This result display allows you to analyze histograms by defined “segments” or decode windows. The panorama display shows the individual distributions as with the previous histogram display, but the main display shows the histograms combined, or added together based upon the segment definition.
  • Page 64 Chapter 4 Demo Waveforms Demo 1: Data-to-Data Select Segment>Define Segments & Clock. This window allows you to define the number and position of the segments and define the clock. Since this drive has a 15.6 ns decode window, the first distribution (2T) is located at 31.2 ns. The RLL (1,7) coding dictates that there should be 7 segments.
  • Page 65 Chapter 4 Demo Waveforms Demo 1: Data-to-Data Double-click on the upper left corner of this window to close the Define Segments & Clock window. The main display of this Segmented Histogram window shows all of the segment data combined. All of the segment cells beneath the panorama are currently darkened.

  • Page 66: Window Margin Analysis

    Chapter 4 Demo Waveforms Demo 1: Data-to-Data Window Margin Analysis Select Display>Window Margin. This display shows window margin computed from the histogram, using the segment definitions created earlier. The panorama display shows the original histogram distributions, and the main display shows the computed two-sided window margin.
  • Page 67 Chapter 4 Demo Waveforms Demo 1: Data-to-Data Select Segment>Overlaid segments. This display now shows the window margin curves for the individual distributions overlaid, rather than combined. One segment beneath the histogram is highlighted (in blue). Its corresponding window margin curve is also highlighted in blue on the main display.
  • Page 68 Chapter 4 Demo Waveforms Demo 1: Data-to-Data Select Segment>One-sided. This display shows the one-sided window margin plot, with the segments overlaid. The one-side margin plot is computed by “folding” all of the distributions about the segment centers, adding the selected segments together, and computing window margin from this single-sided histogram.

  • Page 69: Demo 2: Data-To-Clock

    The histogram data has been saved and will be recalled for this demonstration. The histogram, statistics, and window margin analysis features of the HP E1741A will be demonstrated, as well as the ability to define which portions of the margin curve are used to extrapolate the margin curve.

  • Page 70: Overview

    Chapter 4 Demo Waveforms Demo 2: Data-to-Clock Overview The drive is formatted so a “start-of-sector” pulse is used to trigger the TIA once for each sector. The start-of-sector pulse occurs 30 µs prior to the beginning of the data portion of the sector. The data portion of the sector is 200 µs in duration.

  • Page 71: Histograms And Statistics

    Input 1 and Input 2 on the front panel of the HP E1740A. The “Use” selection is Input 1 to 2 to specify that Input 1 to 2 intervals are to be used for display and analysis. For record mode measurements of “fast histogram,”...
  • Page 72 Chapter 4 Demo Waveforms Demo 2: Data-to-Clock This histogram display shows a single histogram distribution, corresponding to the data-to-clock measurement configuration. With dual-channel measurements there are often systematic timing differences (skew) between the measured edges of each channel. This can occur for numerous reasons: cable length differences, propagation delays in circuit access points, etc.

  • Page 73: Window Margin And Extrapolation Levels

    Chapter 4 Demo Waveforms Demo 2: Data-to-Clock that this value has the potential to create unexpected results for users who may not have realized a non-zero reference value was applied. Go to the online help topic “Nulling Timing Skew” for details on how to use the reference to null external timing skew.
  • Page 74 Chapter 4 Demo Waveforms Demo 2: Data-to-Clock These are the corresponding window margin results for the data-to-clock histogram. Due to the incorrect delay from trigger value, the histogram (shown above the window margin) has a number of measured intervals that are set apart from the main distribution. You can see these on the left side of the histogram on the panorama display.
  • Page 75 “tails” of the distribution rather than the center of the distribution. Conversely, you may wish to ignore certain outliers which may be due to media defects, or other known abnormalities. The HP E1741A allows you to modify the data range over which the extrapolation is fitted, as shown next.
  • Page 76 While the errors in this demonstration are admittedly contrived, you can see that the HP E1741A offers flexibility to control how the margin data is extrapolated. Restore the window to its original size by clicking on the return to previous size ( ) symbol near the upper right corner of the window.

  • Page 77: Demo 3: Pll Frequency Settling

    (not a disk drive PLL, as you will see by the settling time), and the resulting output measured as frequency settling. This data has been stored, and will be recalled for this demonstration. The HP E1741A will display the result as “Frequency versus time.”...
  • Page 78 Demo 3: PLL Frequency Settling Review the setup menu for the frequency settling measurement. The HP E1741A is triggered with a voltage step and will gather 2,000 measurements, timing every second data edge. Notice also that the “Record Mode” is set to “sequential.” The HP E1741A will record timing information in its 512K sequential memory, as opposed to processing data into histograms on-the-fly as shown in the earlier demos.
  • Page 79 Chapter 4 Demo Waveforms Demo 3: PLL Frequency Settling This is the HP E1741A’s “measurement” vs. time display of sequential, or continuous, measurement data. In this example, the display is “time interval vs. time.” The markers work much the same as for the histogram display, as you can click on either one with the mouse and drag it to the desired location.
  • Page 80 Chapter 4 Demo Waveforms Demo 3: PLL Frequency Settling The HP E1741A always measures time intervals, actually, the TIA time stamps the signal edges. The Versus-Time display allows you to post-process the acquired data as Frequency, Period, or Time Interval.

  • Page 81: Demo 4: Sharing Tia Data

    In addition, you can save data to files which can be accessed by programs you write in C, BASIC, etc. This demonstration will show how easy it is to share the HP E1741A graphics’ plots and data with a word processor, such as the Windows’...

  • Page 82: Open The Windows' "Wordpad" Program

    Chapter 4 Demo Waveforms Demo 4: Sharing TIA Data Open the Windows’ “WordPad” Program Minimize the TIA application by clicking on the minimize ( ) button in the top right corner of the window. In Windows 95, click the Start button, select Programs group, and select the Accessories icon.

  • Page 83: Now Add The Picture

    Chapter 4 Demo Waveforms Demo 4: Sharing TIA Data You have now pasted numeric information from the TIA screen, including numeric information on the histogram display, current marker position information, and statistical results. Now Add the Picture Select Edit>Paste Special. Click on Bitmap.
  • Page 84 No scope cameras, and no printers or plotters to worry about. If you do need to obtain hard copy of any of the HP E1741A graphics, simply copy the selected graphic to the clipboard as shown in this demo and print the clipboard contents on any printer supported by Windows’...

  • Page 85: Sharing Data With Other Applications

    Chapter 4 Demo Waveforms Demo 4: Sharing TIA Data Sharing Data With Other Applications Return to the TIA application by double-clicking on its icon, or using any of the other ways this can be accomplished in Windows (Window tool bar selection, ALT TAB, etc.).
  • Page 86 Chapter 4 Demo Waveforms Demo 4: Sharing TIA Data Select Edit>Paste in the Windows Write application. You have just copied the current marker and statistical data, as well as the histogram bin values (X values) and their corresponding counts (Y values) between the current markers to the “WordPad” word processor. You may need to scroll the display down to see all of the statistical and histogram data.
  • Page 87 Chapter 4 Demo Waveforms Demo 4: Sharing TIA Data Close WordPad by double-clicking on the upper left corner of the window. If you do not want to save this file, click on the No button. Return to the TIA application. Select File>Use live data if you are ready to start making measurements on actual data.
  • Page 88 Chapter 4 Demo Waveforms Demo 4: Sharing TIA Data 4-34 Getting Started Guide...

  • Page 89: General Information

    General Information...

  • Page 90: In This Chapter

    Chapter 5 General Information In this Chapter In this Chapter This chapter provides information about the following: • HP E1741A software license agreement • Unpacking instructions • Available accessories • Replacement parts for the HP E1725C Getting Started Guide...

  • Page 91: Hp E1741A Software License Agreement

    HP E1741A Software License Agreement Grant of License This HP E1741A License Agreement (“License”) permits you to use one copy of the specified version of the HP E1741A software product (“Software”) on any single computer, provided the Software is in use on only one computer at any time.

  • Page 92: Unpacking And Inspection

    Hewlett-Packard office. Keep the shipping materials for the carrier’s inspection. The HP office will arrange for repair or replacement at HP’s option without waiting for a claim settlement.

  • Page 93: Available Accessories

    – A wide variety of active and passive probes – ScopeView™ software from Decision-Science Applications Inc. for PC control of the oscilloscope. Your HP sales representative can provide information. • HP DeskJet® and LaserJet® Printers® for color and monochrome hard copy •...

  • Page 94: Parts Information

    Within the United States, you are encouraged to order replacement parts or request parts information directly by telephone or mail from the HP Support Materials Organization, using the telephone numbers or address listed below. (You can also contact your local HP sales office.) By telephone: For Parts Ordering, use our toll-free number, (800) 227-8164, Monday through Friday (except holidays), 6 am to 5 pm, Pacific Time.

  • Page 95: Replaceable Parts

    Chapter 5 General Information Parts Information Replaceable Parts Part Number Quantity Description 2110-0054 Fuse, 15A, 250 V 8120-5395 Line Cord, Heavy Duty US Plug (Option 002 Mainframe) E1725-90011 Getting Started Guide Getting Started Guide...
  • Page 96 Chapter 5 General Information Parts Information Getting Started Guide...

  • Page 97: Index

    4-19 history menu commands frequency 4-25 reference search using help general information operating HP TIA software 1-10 glossary overlaid segments 3-16 4-13 graphics sharing 4-27 Windows Write 4-28 parts information parts replaceable power up...
  • Page 98 4-31 sharing graphics 4-27 sharing TIA data 4-27 software characteristics operation 1-10 software license span and resolution starting HP TIA software 1-10 starting to use switch on 1-10 systemiatic channel differences 4-18 time interval analyzer tutorial unpacking and inspection versus-time...
  • Page 99 Continued from front matter. . . Warranty (contd) HP will be liable for damage to Safety Considerations Acoustic Noise Emissions tangible property per incident (contd) HP does not warrant that the LpA<47 dB at operator position, up to the greater of $300,000 or...
  • Page 100     Manual Part Number E1725-90011 Printed in U.S.A, APRIL 1998...

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