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  @1,"What You Can Do with the AnyWave Software"

 ────────────────────────────────────────────────────────────
  Help on @0:1,"Instrument Screen" tool
  Help on @0:2,"Waveform" tool
     Help on @500:2,"Waveform - Zoom" function
     Help on @600:2,"Waveform - Processing" function
     Help on @700:2,"Waveform - Modify" function
  Help on @0:3,"Meter Logging" tool
  Help on @0:4,"Instrument Setup" tool
  Help on @0:5,"Envelope Compare" tool
  Help on @0:6,"Sequence" tool

 ────────────────────────────────────────────────────────────
  Glossary of @900,"terms" and @901,"abbreviations" used
)What You Can Do with the AnyWave Software]AnyWave is a software package that offers you simple mouse-
controlled tools to transfer data to and from your instrument.
Various @2,"data types" can be processed, saved, and opened in two
different ways:
  1) By specifying an MS-DOS path and file name.
  2) By specifying keywords to create records in a @880,"Data Base".

The Tools menu allows you to select one of the following
software tools:
 Instrument Screen to @10,"Transfer Instrument Screens"
 Waveform          to @11,"Transfer Waveforms"
 Meter Logging     to @12,"Transfer Meter Readings"
 Instrument Setup  to @14,"Transfer Instrument Setups"
 Envelope Compare  to @15,"Test Waveforms"
 Sequences         to @16,"Transfer Sequences of Waveforms"

Select @19,"Tools, Tasks, and Files" for a Cross-Reference.
Select @950,"Using a Modem" for remote services and diagnostics.

Data TypesΩ- @3,"Instrument Screens"  = graphics data (bit map)
                      = HPGL graphics data (vector oriented)
- @4,"Waveforms"           = numerical values (X/Y points)
- @8,"Envelopes"           = numerical values (X/Yup/Ylow points)
- @5,"Meter Readings"      = numerical values (X/Y points)
- @9,"TrendPlot Data"      = num. values (X/Ymax/Yavg/Ymin points)
- @6,"Instrument Setups"   = list of setup data from instrument
                        setup memories (binary data)
- @7,"Sequences"           = sequence of waveforms

                       │        FILE TYPE:         │
  DATA TYPE:           │CUR│CSV│HGL│PCX│SET│SEQ│DBF│
  ─────────────────────┼───┼───┼───┼───┼───┼───┼───┤
  Instrument Screens   │   │   │yes│yes│   │   │yes│
  ─────────────────────┼───┼───┼───┼───┼───┼───┼───┤
  Waveforms            │yes│yes│ * │   │   │   │yes│
  Envelopes            │yes│yes│ * │   │   │   │yes│
  ─────────────────────┼───┼───┼───┼───┼───┼───┼───┤
  Meter Readings       │yes│yes│ * │   │   │   │   │
  TrendPlot Data       │yes│yes│ * │   │   │   │   │
  ─────────────────────┼───┼───┼───┼───┼───┼───┼───┤
  Instrument Setups    │   │   │   │   │yes│   │yes│
  ─────────────────────┼───┼───┼───┼───┼───┼───┼───┤
  Sequences            │   │   │   │   │   │yes│   │
  ─────────────────────┴───┴───┴───┴───┴───┴───┴───┘
    - waveform (curve) ──┘   │   │   │   │   │   │
    - Comma Separated Value ─┘   │   │   │   │   │
    - HP Graphics Language ──────┘   │   │   │   │
      * (used for saving PC-screens) │   │   │   │
    - PC graphics ───────────────────┘   │   │   │
    - setup data format ─────────────────┘   │   │
    - sequence data format ──────────────────┘   │
    - data base format ──────────────────────────┘
Instrument ScreensûGraphical data, such as waveforms, cursors, menus and text,
that is displayed on the screen of your ScopeMeter test tool
or CombiScope instrument.

Note: Instrument screens are read from ScopeMeter test tools
      as graphical printer data (bit map) and from CombiScope
      instruments as HPGL plot data (vector oriented).

Applicable to:
   ScopeMeter test tools
   CombiScope instruments
	Waveforms
A waveform can be either of the following:
 A single sequence of data points (single waveform).
 An upper and a lower sequence of data points indicating
  the maximum and minimum values (@8,"Envelope").
 A maximum, average, and minimum sequence of data points
  (@9,"Trendplot").

A single waveform consists of data points. A waveform point
is a sample of the signal measured. It is defined by a
horizontal X-coordinate (time value) and a vertical
Y-coordinate (amplitude value).

Example of a single waveform:
    ..        ..                            +Y
   .│ .      .  .                            
  .││  .    .    .    ......                 ├───X───
  │││   .  .      .  .                       
  │││    ..        ..                       -Y
  │││
  ││└───── sample point 3:  X = 0.4s, Y = 1.0V
  │└────── sample point 2:  X = 0.2s, Y = 0.5V
  └─────── sample point 1:  X = 0.0s, Y = 0.0V

Applicable to:
   ScopeMeter test tools
   CombiScope instruments
   Arbitrary Waveform Generators
Meter ReadingsGMeter readings are numeric values, such as Voltage-AC-RMS,
Voltage-DC, Frequency, and Resistance that are measured by
your ScopeMeter test tool.

Applicable to:
   Fluke 99 and 97 ScopeMeter test tools

A special kind of meter readings is the @9,"TrendPlot Data".

Applicable to:
   Fluke 99 ScopeMeter test tools
Instrument SetupsKThe list of instrument setups as stored in the instrument's
setup memories.

A single instrument setup contains all instrument settings,
such as time base, attenuation, input coupling, trigger mode.

Applicable to:
   ScopeMeter test tools
   CombiScope instruments
   PM5138(A) - PM5139 Arbitrary Waveform Generators
	SequencesGA sequence consists of one or more waveforms. A waveform can
be repeated in the sequence a number of times.

Example of a sequence:  1x waveform B
                        4x waveform C
                        2x waveform B
                        7x waveform A

Applicable to:
   PM5150 Arbitrary Waveform Generator
	EnvelopesAn envelope consists of an upper and a lower sequence of data
points indicating the minimum and maximum limit values.

  ┌─────── upper limit point 1: x = 0.0, y = 0.5
  │┌────── upper limit point 2: x = 0.2, y = 1.0
  ││┌───── upper limit point 3: x = 0.4, y = 1.5
  ││..        ..
  │....      ....                           +Y
  ..│ ..    ..  ..                           
  .││  ..  ..    ..  .                       ├───X───
  │││   ....      ....                       
  │││    ..        ..                       -Y
  │││
  ││└───── lower limit point 3: x = 0.4, y = 1.0
  │└────── lower limit point 2: x = 0.2, y = 0.5
  └─────── lower limit point 1: x = 0.0, y = 0.0

Applicable to:
   ScopeMeter test tools
   CombiScope instruments
TrendPlot Data╢TrendPlot data consists of three waveforms containing numeric
signal values that are recorded by the TrendPlot function of
your ScopeMeter test tool over a period of time.
The following TrendPlot values are recorded:
   Maximum value (MAX)
   Average value (AVG)
   Minimum value (MIN)
Besides, the AnyWave software calculates the maximum minus
minimum value (MAX - MIN).

Applicable to:
   Fluke 99 ScopeMeter test tools
Transferring Instrument ScreensüRead      Reading the graphical data from your instrument
          screen. If desired, adding text for identification.

Print     Printing the graphical data + text on paper to get
          a hard copy of the instrument screen.

Document  Saving the graphical data in graphics format (PCX
          or HGL) and inserting it into a document using a
          word processor.
Transferring WaveformsYou can do the following with waveforms:

 @22,"Generating a Waveform", such as reading, creating,
  changing.

 @23,"Output of a Waveform", such as print, save, export
  to other application.

 @24,"Analyzing a Waveform", such as zooming, using cursors,
  processing.
Transferring Meter ReadingsêLog         Logging and monitoring slow changing signals over
            a period of time at certain interval times.

            Logging : ─  ─  ─  ─  ─  ─  ─  ─  ─  ─  ─  ─  ─
            Interval: ┴──┴──┴──┴──┴──┴──┴──┴──┴──┴──┴──┴──┴

Analyze     Analyzing logged meter readings by scrolling the
            graphical display and by reading cursor values.

Print       Printing the PC screen with logged meter readings
            on paper to get a hard copy.

Save        Saving logged meter readings to file (CUR) to
            restore later.

Spreadsheet Saving logged meter readings in ASCII format (CSV)
            to enter into a spreadsheet program.

Document    Saving the PC screen with logged meter readings
            in graphics format (HGL) to insert into a document
            using a word processor.

Select @13,"Additional Logging" for more possibilities.
Additional Meter Logging≥In addition, you can log and monitor signals as follows:
- During a certain period.              (TIMER logging)
- After a signal level is exceeded.     (LEVEL logging)

TIMER logging
  Logging within a time and date period as specified.

    Logging :             ─  ─  ─  ─  ─  ─  ─
    Interval: ┴──┴──┴──┴──┴──┴──┴──┴──┴──┴──┴──┴──┴──┴──┴
         Start date/time =┤                 ├= Stop date/time

LEVEL Logging
  Logging after a specified upper (max) or lower (min) level
  value is exceeded.

    Logging :                ─  ─  ─  ─  ─  ─  ─  ─  ─  ─  ─
    Interval:    ┴──┴──┴──┴──┴──┴──┴──┴──┴──┴──┴──┴──┴──┴──┴
                             .
    Upper level= ─────────.─────.───────────────────────────
         Signal= .  .  .           .  .  .           .  .  .
    Lower level= ───────────────────────────.─────.─────────
                                               .

You can also require information that is logged by your
ScopeMeter test tool by activating the functions:
 Record
  Gives statistical Maximum, Average, and Minimum, values as
  recorded by your Fluke 97 ScopeMeter test tool.
 TrendPlot
  Gives graphical Maximum, Average, and Minimum traces as
  recorded by your Fluke 99 ScopeMeter test tool.
Transferring Instrument Setups4Save     Saving instrument setups from the instrument's
         setup memory to file (SET).

Print    Printing the list of setup numbers and descriptions
         on paper to get a hard copy.

Restore  Restoring the list of instrument setups from file
         later to quickly setup an instrument.
Testing WaveformsCreate    Creating an envelope from a reference waveform.

Modify    Modifying the envelope to your own wishes.

Compare   Comparing waveforms with the envelope over a period
          of time. Each comparison resulting in a pass or
          fail indication.
#Transferring Sequences of WaveformsDefine    Defining a sequence of existing waveforms in random
          order. Each waveform can be repeated a number of
          times in the sequence.

Send      Sending the sequence to an Arbitrary Waveform
          Generator that can handle sequences.
4Cross-Reference between Tools, Tasks, and File Types|    TOOLS║Instrum.│        │ Meter │Instrum│Envelope│
TASKS    ║ Screen │Waveform│Logging│ Setup │Compare │Sequence
══════════╬════════╪════════╪═══════╪═══════╪════════╪════════
Read/Write║PCX/HGL │CUR/CSV │CUR/CSV│  SET  │CUR/CSV │  SEQ
file      ║  file  │  file  │ file  │  file │  file  │  file
──────────╫────────┼────────┼───────┼───────┼────────┼────────
Read from ║Graphics│Waveform│ Meter │ Setup │Envelope│
instrument║ / HPGL │  data  │Reading│ data  │  data  │
──────────╫────────┼────────┼───────┼───────┼────────┼────────
Send to   ║        │Waveform│       │ Setup │Envelope│Waveform
instrument║        │  data  │       │ data  │  data  │  data
──────────╫────────┼────────┼───────┼───────┼────────┼────────
Print     ║Printer │Printer/│Printer│Printer│Printer │
          ║        │HGL file│HGLfile│       │HGL file│
──────────╫────────┼────────┼───────┼───────┼────────┼────────
Modify    ║        │Waveform│       │       │Envelope│Sequence
          ║        │  data  │       │       │  data  │  data
──────────╫────────┼────────┼───────┼───────┼────────┼────────
Zoom or   ║        │Zoom on │Scroll │ Scroll│        │ Scroll
Scroll    ║        │Waveform│Reading│  list │        │  list
──────────╫────────┼────────┼───────┼───────┼────────┼────────
Readout   ║        │Cursors │Cursor │       │        │
          ║        │X/Y/Delt│  X/Y  │       │        │
──────────╫────────┼────────┼───────┼───────┼────────┼────────
Processing║        │FFT/Math│       │       │        │
          ║        │ Filter │       │       │        │
──────────╫────────┼────────┼───────┼───────┼────────┼────────
Pass/Fail ║        │        │       │       │Wave-   │
Test      ║        │        │       │       │   forms│
──────────╫────────┼────────┼───────┼───────┼────────┼────────
Insert in ║ PCX/HGL│  HGL   │  HGL  │       │  HGL   │
Word proc.║  file  │  file  │  file │       │  file  │
──────────╫────────┼────────┼───────┼───────┼────────┼────────
Enter into║        │  CSV   │  CSV  │       │  CSV   │
Spreadsh. ║        │  file  │  file │       │  file  │
──────────╨────────┴────────┴───────┴───────┴────────┴────────
Generating a Waveform1Read        Reading a waveform from your instrument.

Create      Creating a waveform from a standard function,
            e.g., a sine wave.

Modify      Modify a waveform by drawing with a mouse.

Redimension Changing the dimensions of a waveform, such as
            scale, resolution, size.
Output of a WaveformæPrint       Printing the waveform PC screen on paper to get a
            hard copy.

Save        Saving waveforms to file (CUR) to restore later.

Spreadsheet Saving waveforms in ASCII format (CSV) to enter
            into a spreadsheet program.

Document    Saving the Waveform PC screen in graphics format
            (HGL) to insert into a document using a word
            processor.
Analyzing a Waveform║Zoom        Zooming in on a part of a waveform to get an
            enlarged view of that part.

Cursors     Positioning cursors on a waveform to get the
            time (X) and amplitude (Y) of a waveform point.

Spectrum    Generating a spectrum (FFT) of a waveform.

Filter      Filtering or smoothing a waveform.

Maths       Performing mathematics on a waveform, such as
            adding or subtracting another waveform.
<Instrument> MenulAllows you to connect a maximum of two instruments and
control the instrument that is selected.

- @31,"Control..."    Provides limited control over connected
                instruments.

- @35,"Connect..."    Connects instruments via the serial interface,
                GPIB, or modem.

╔════════════════════════════════════════════════════════════╗
║Tip: To get the Instrument menu options:                    ║
║     . Point at Instrument menu and click left mouse button.║
║     . Hold down Alt key and press I key.                   ║
╚════════════════════════════════════════════════════════════╝
%<Instrument - Control...> Menu Option╫Controls the instrument that is connected and selected.

Note: If two instruments have been connected, first the
      @102:0,"Select Instrument" dialog box pops up, allowing you to
      select an instrument.
%<Instrument - Connect...> Menu OptionÑConnects one or two instruments to the computer via the
@105,"serial interface" (RS232), @106,"GPIB", or @107,"modem".

The first time after running the AnyWave software, you must
connect the instrument(s) that you will use. See also the list
of @920,"supported instruments". When exiting the AnyWave software,
the last instrument connection is saved and becomes valid
when the AnyWave software is started up again.

After you select this menu option, the @100,"Connect Instruments"
dialog box pops up, allowing you to select for each
instrument the following:

  1. The type number.

  2. The computer - instrument interface.

  3. The interface parameters.
#<File - Print setup...> Menu Option\The @205,"Printer Setup" dialog box pops up, allowing you to select
the hard copy device.
!<File - DOS Shell...> Menu Option/Temporarily exits the tool via the DOS shell to the DOS
prompt.

Note: You are free to change the current drive and directory,
      but you may not load a program that remains in RAM space
      (Terminal Stay Resident).

To return to the tool, type:  Exit
and press                  :  Enter
<File - Exit> Menu OptionëTerminates the tool and exits the AnyWave software.

When there exists data that is not saved, you are requested
to save it to file.
<Waveform - Return> Menu OptioneTerminates the Waveform - Zoom, - Spectrum, or - Modify
function and returns to the Waveform Tool.
!<Options - Colors...> Menu OptionjThe @220,"Color Options" dialog box pops up, allowing you to change
graph, cursor, and waveform colors.
<Options - Grid...> Menu OptionaThe @230,"Grid Options" dialog box pops up, allowing you to change
grid settings of the graph.
'<Options - Memory usage...> Menu OptionKAllows you to change waveform parameters, such as maximum
number of opened waveforms and maximum size of each waveform
(number of waveform points). In this way, you can specify the
RAM-space in the computer that is used for waveforms.

After you select this option, the @200,"PC Memory Usage Parameters"
dialog box pops up.
%<Options - Tools used...> Menu Option╗The @210,"Tools Used" dialog box pops up, allowing you to enable or
disable the display of a tool under the <Tools> menu item.

In this way, you can determine your own list of tools.
<Tools> Menu Switches control to one of the following tools:

  @61,"Instrument Screen"

  @62,"Waveform"

  @63,"Meter Logging"

  @64,"Instrument Setup"

  @65,"Envelope Compare"

  @66,"Sequence"

  ╔════════════════════════════════════════════════════════╗
  ║ Tip: To get the Tools menu options:                    ║
  ║      . Point at Tools menu and click left mouse button.║
  ║      . Hold down Alt key and press T key.              ║
  ╚════════════════════════════════════════════════════════╝
'<Tools - Instrument Screen> Menu Option.Activates the @0:1,"Instrument Screen" tool.
<Tools - Waveform> Menu Option%Activates the @0:2,"Waveform" tool.
#<Tools - Meter Logging> Menu Option*Activates the @0:3,"Meter Logging" tool.
&<Tools - Instrument Setup> Menu Option-Activates the @0:4,"Instrument Setup" tool.
&<Tools - Envelope Compare> Menu Option7Activates the @0:5,"Envelope Compare" tool.

Note: When you switch from the Waveform tool to the Envelope
      Compare tool and you select an envelope, you are
      requested if the envelope in the Waveform graph must be
      transferred automatically to the graph in the Envelope
      Compare tool.
<Tools - Sequence> Menu Option%Activates the @0:6,"Sequence" tool.
Connect Instrument Dialog BoxAllows you to connect one or two instruments to the computer.

- Select an instrument type from one of the <Instrument>
  boxes containing a list of supported instruments.

- Specify the computer - instrument interface from the
  <interface> box, which can be one of the following:
   @105:0,"RS232"  Local connection via the serial interface.
   @106:0,"GPIB"   Local connection via the General Purpose
           Interface Bus.
   @107:0,"MODEM"  Remote connection via Hayes-compatible modem.

  Tip: Check that the selected information is displayed in
       the status lines above the control buttons.

- Activate the <Connect> button to start connecting.

- Activate the <Cancel> button to cancel connecting. As a
  result, the previous connection remains valid.
Select Tool Dialog BoxΘAllows you to select one of the software tools that are
available:

   Activate the <Contents> button to get more Help about
    the tools that are available.

   Activate the <Print> button to print a Help topic.

   Activate the <Exit> button to exit the Help function.

Tips:
   You can switch from one tool to another using the <Tools>
    menu.
   You can define which tools must be available in the Tools
    menu using the <Options - Tools used...> menu option.
Select Instrument Dialog Box
Allows you to select one of the instruments that have been
connected before.

- Activate one of the instrument buttons to select that
  instrument.

- Or activate the <Cancel> button to cancel the selection.
  As a result, the previous selection remains valid.
Specify RS232 Serial Interface\To specify the serial EIA-232-D or RS-232 interface, select
the following:

 1. The serial COM port that connects the instrument to the
    computer from the <Com Port> box, e.g., COM2.
    Note: A COM port is, for example, the 9- or 25-pin
          connector on a serial interface board.

 2. The baud rate setting from the <Baud Rate> box, e.g.,
    9600. Notice that a higher baud rate results in a faster
    communication.
    Note: For ScopeMeter test tools the baud rate may differ
          from the printing baud rate (1200 or 9600).

Select @930,"Serial Connection Notes" for more information.

Notes:
  ■ The Fluke PM9080 provides the serial interface cable
    between the ScopeMeter test tool and the computer.

  ■ The Fluke PM9536/501 provides the serial interface cable
    between the PM5150 and the computer.

  ■ The Fluke PM9536/041 provides the serial interface cable
    between the PM5138A, PM5139, PM3335 and the computer.

  ■ The Fluke PM8914 provides the serial interface cable
    between the PM339x(A)-PM338x(A) CombiScope instruments
    and the computer.
Specify GPIB Interface# 1. Select the board installed in the computer from the
    <Board> box: - GPIB0 = adapter 7.
                 - GPIB1 = adapter 4.

 2. Select the GPIB (IEEE) address on the instrument from
    the <Address> box e.g., 20.

 Select @940,"GPIB Connection Notes" for more information.
Specify Modem Interface¡Before you begin to make a remote connection, perform the
steps as described @950,"Using a Modem". This is necessary
to set the remote modem in the 'Auto Answer' mode, so that
it responds automatically to calls from the computer.

 1. Select the serial COM port that connects the modem
    to the computer from the <Com Port> box, e.g., COM3.

    Note: Make sure that no mouse driver software is active
          on the COM port that you selected. If it is, select
          and connect another COM port or make the mouse
          driver software inactive.

 2. Select the baud rate that is set at the remote instrument
    from the <Baud Rate> box, e.g., 1200.

    Notes:  For ScopeMeter test tools, you the baud rate
             must be 1200.
            For CombiScope instruments and Arbitrary Waveform
             Generators, you can choose the highest baud rate
             that is available on the local modem, the remote
             modem, and the instrument.

 Select @930,"Serial Connection Notes" for more information
 about the serial interface port.

 3. Activate the <Connect> button. As a result, the
    @108:0,"Modem Dial" dialog box pops up.
Modem Dial Dialog Box9 1. Enter the complete phone number that must be dialled.
    Example: 0031546839...
             └┤└┤└┬┘└┬┘└┬┘
              │ │ │  │  └─ local extension
              │ │ │  └──── company code
              │ │ └─────── area/city code
              │ └───────── country code
              └─────────── makes outside connection

 2. Activate the <Dial> button to start dialling.

    If the connection did not succeed, select:
    1. @950,"Using a Modem".
    2. @952,"Connecting through a Modem".

 3. Activate the <Cancel> button to cancel dialling.
Scope Control Dialog Box{
Controls the Scope mode of a ScopeMeter test tool.

     ╔═════════════════════════════════════════╗
     ║ Tip: To make selections valid, activate ║
     ║      the <Execute> button.              ║
     ╚═════════════════════════════════════════╝

- To switch input A on, make the <Input A> button active.
- To switch input B on, make the <Input B> button active.

- Select the attenuation of input A or B as follows:
  . Enter a valid attenuation into the "V/div" box.
  . Or increase attenuation by activating the <V> button step
    by step (predefined increments).
  . Or decrease attenuation by activating the <mV> button step
    by step (predefined decrements).

- Select the input coupling of input A or B from the
  <Coupling> ring control box, e.g., AC.
  ╔═══════════════════════════════════════════════════════╗
  ║ Tip: Point at <Coupling> control and click the left   ║
  ║      mouse button to get a list of predefined values. ║
  ╚═══════════════════════════════════════════════════════╝

- Select the main time base (MTB) as follows:
  . Enter a valid time base into the "s/div" box.
  . Or increase time base by activating the <s> button step
    by step (predefined increments).
  . Or decrease time base by activating the <ns> button step
    by step (predefined decrements).

- Select the trigger mode from the <Trigger Mode> ring control
  box, e.g., Auto recurrent.
  ╔═════════════════════════════════════════════════════════╗
  ║ Tip: Point at <Trigger Mode> control and click the left ║
  ║      mouse button to get a list of predefined values.   ║
  ╚═════════════════════════════════════════════════════════╝
  Note: In the "Single" trigger mode (single shot triggering)
        the <Arm Trig.> button is valid. Activate this button
        to arm the trigger system.

- Activate the <Execute> button to make the selections valid
  in the instrument.

- Activate the <Retrieve Actual> button to read the actual
  settings from the instrument and make them active.

- Activate the <Auto Set> button to execute an AUTO SET in
  the instrument.

- Activate the <Default Set> button to make default settings
  (predefined fixed settings) valid in the instrument.

- To switch to another instrument mode, select e.g., Meter,
  from the <Mode> ring control box.
  ╔═══════════════════════════════════════════════════════╗
  ║ Tip: Point at <Mode> control and click the left       ║
  ║      mouse button to get a list of predefined values. ║
  ╚═══════════════════════════════════════════════════════╝

- Activate the <Close> button to exit the control mode and
  return to the previous situation.
.Arbitary Waveform Generator Control Dialog BoxúControls waveform settings of an Arbitrary Waveform Generator.

     ╔═════════════════════════════════════════╗
     ║ Tip: To make selections valid, activate ║
     ║      the <Execute> button.              ║
     ╚═════════════════════════════════════════╝

- Change the following waveform settings as you wish:
   Amplitude     Peak-to-peak output voltage.
   DC-offset     Vertical DC-offset voltage.
   Frequency     Output frequency.
   Sample Clock  Sample clock frequency in Hertz.

  Note: Freq_output = Freq_sample_clock / Nr_of_samples.

- Activate the <Output> button to enable the output of the
  waveform from the selected memory.

- Activate the <Filter> button to enable the output filter.

- If more memories can be selected, activate the <ARB memory>
  button to select an arbitrary waveform memory from the
  @112,"Select Arb Memory" box.

- Activate the <Execute> button to make the selections valid
  in the instrument.

- Activate the <Retrieve Actual> button to read the actual
  settings from the instrument and make them active.

- Activate the <Close> button to exit the control mode and
  return to the previous situation.
Select Arb Memory Dialog Boxw- Select an Arbitrary waveform memory from the <Memory> box.
  If more memories can be selected, enter an Arb memory
  number into the <Nr.> box to select one.

- Activate the <OK> button to select the waveform from the
  Arbitary waveform memory that was specified.

- Activate the <Cancel> button to cancel selection from one
  of the Arbitrary waveform memories.
 Fluke97 Meter Control Dialog BoxäControls the Meter mode of the Fluke 97 ScopeMeter test tool.

     ╔═════════════════════════════════════════╗
     ║ Tip: To make selections valid, activate ║
     ║      the <Execute> button.              ║
     ╚═════════════════════════════════════════╝

- Select the main meter function from the <Main Function> list
  box, e.g., Vrms AC.

- If applicable for the selected Main function, select the
  mathematics function from the <Math Function> list box,
  e.g., dBm.

- Select the main meter reading from the <Main Readings> list
  box, e.g., Frequency.

- Select the meter range from the <Range> list box, e.g., Auto
  for automatic ranging.

- If applicable for the selected Range, select the load
  resistance from the <R-load> list box, e.g., 50 Ω.

- To enable the "MIN/MAX Record" function of the Fluke 97
  ScopeMeter test tool, make the <Record> button active.

- Activate the <Execute> button to make the selections valid
  in the instrument.

- Activate the <Retrieve Actual> button to read the actual
  settings from the instrument and make them active.

- Activate the <Default Set> button to make default settings
  (predefined fixed settings) valid in the instrument.

- To switch to another instrument mode, select e.g., Scope,
  from the <Mode> ring control box.
  ╔═══════════════════════════════════════════════════════╗
  ║ Tip: Point at <Mode> control and click the left       ║
  ║      mouse button to get a list of predefined values. ║
  ╚═══════════════════════════════════════════════════════╝

- Activate the <Close> button to exit the control mode and
  return to the previous situation.
 Fluke99 Meter Control Dialog Box.Controls the Meter mode of the Fluke 99 ScopeMeter test tool.

     ╔═════════════════════════════════════════╗
     ║ Tip: To make selections valid, activate ║
     ║      the <Execute> button.              ║
     ╚═════════════════════════════════════════╝

- Select the main meter function from the <Main Function> list
  box, e.g., Vrms AC.

- Select the meter range from the <Range> list box, e.g., Auto
  for automatic ranging.

- To enable the "TrendPlot" function of the Fluke 99
  ScopeMeter test tool, make the <Min Max> button active.

- Activate the <Execute> button to make the selections valid
  in the instrument.

- Activate the <Retrieve Actual> button to read the actual
  settings from the instrument and make them active.

- Activate the <Default Set> button to make default settings
  (predefined fixed settings) valid in the instrument.

- To switch to another instrument mode, select e.g., Scope,
  from the <Mode> ring control box.
  ╔═══════════════════════════════════════════════════════╗
  ║ Tip: Point at <Mode> control and click the left       ║
  ║      mouse button to get a list of predefined values. ║
  ╚═══════════════════════════════════════════════════════╝

- Activate the <Close> button to exit the control mode and
  return to the previous situation.
CombiScope Control Dialog Box\	Controls the CombiScope instruments.

     ╔═════════════════════════════════════════╗
     ║ Tip: To make selections valid, activate ║
     ║      the <Execute> button.              ║
     ╚═════════════════════════════════════════╝

- To switch channel N on, make <Channel N> button active.
  E.g.: Activate <Channel 2> button to switch channel 2 on.

- Select the attenuation of channel N as follows:
  . Enter a valid attenuation into the Nth "V/div" box.
  . Or increase attenuation by activating the Nth <V> button
    step by step (predefined increments).
  . Or decrease attenuation by activating the Nth <mV> button
    step by step (predefined decrements).

- Select the input coupling of channel N from the Nth
  <Coupling> ring control box, e.g., AC.
  ╔═══════════════════════════════════════════════════════╗
  ║ Tip: Point at <Coupling> control and click the left   ║
  ║      mouse button to get a list of predefined values. ║
  ╚═══════════════════════════════════════════════════════╝

- Select the main time base (MTB) as follows:
  . Enter a valid time base into the "s/div" box.
  . Or increase time base by activating the <s> button step
    by step (predefined increments).
  . Or decrease time base by activating the <ns> button step
    by step (predefined decrements).

- Select the trigger mode from the <Trigger Mode> ring control
  box, e.g., Recurrent.
  ╔═════════════════════════════════════════════════════════╗
  ║ Tip: Point at <Trigger Mode> control and click the left ║
  ║      mouse button to get a list of predefined values.   ║
  ╚═════════════════════════════════════════════════════════╝
  Note: In the "Single" trigger mode (single shot triggering)
        the <Arm Trig.> button is valid. Activate this button
        to arm the trigger system.

- Activate the <Execute> button to make the selections valid
  in the instrument.

- Activate the <Retrieve Actual> button to read the actual
  settings from the instrument and make them active.

- Activate the <Auto Set> button to execute an AUTO SET in
  the instrument.

- Activate the <Default Set> button to make default settings
  (predefined fixed settings) valid in the instrument.

- The <Mode> ring control box shows the fixed value 'Scope'.

- Activate the <Close> button to exit the control mode and
  return to the previous situation.
ASCII Input File FormatvThe ASCII text input file format (default extension = .CSV)
consists of the following:
  . An optional @123,"Info Header".
  . One or more waveforms.

A waveform in CSV input format may consist of the following:
  . Waveform points of Y values only.
  . Waveform points of X and Y values.
  . Envelope points of X, Yup, and Ylow values.
  . TrendPlot points of X, Ymax, Yavg, Ymin values.

SYNTAX:     <Y>
    or:     <X><val_sep><Y>
    or:     <X><val_sep><Yup><val_sep><Ylow>
    or:     <X><val_sep><Ymax><val_sep><Yavg><val_sep><Ymin>

  <val_sep> Specified by the "Value Separator" control.
            Default is comma (,).

  <X>       Signed or unsigned decimal, fraction, or floating-
            point number representing the X-axis value in
            seconds, e.g., 5.0E-6 = 5 µs.
            The delta_x value is calculated as follows:
               (last point - first point) / number of points
            If this value is left out, the X-values are
            determined by the AnyWave software.

  <Y>       Signed or unsigned decimal, fraction, or floating-
            point number representing the Y-axis value in
            Volt, e.g., 125E-3 = 125 mV.
            . Yup specifies the upper limit for an envelope.
            . Ylow specifies the lower limit for an envelope.
            . Ymax specifies the maximum TrendPlot value.
            . Yavg specifies the average TrendPlot value.
            . Ymin specifies the minimum TrendPlot value.

Examples:   1.1             Waveform sample: Y = 1.1
            1.1,1.3         Waveform sample: X = 1.1; Y = 1.3
            1.1,1.4,1.2     Envelope sample: X = 1.1; Yup =
                            1.4; Ylow = 1.2
            1.1,1.4,1.3,1.2 TrendPlot sample: X = 1.1; Ymax =
                            = 1.4; Yavg = 1.3; Ymin = 1.2

Waveform points in a text file must be separated by a row
separator, which can be CR (dec. 13), LF (dec. 10), or CR
followed by LF.

In a text file with multiple waveforms, points of different
waveforms are separated by a by an empty column.
Example:  <curve1_point>,,<curve2_point>CR

          Note: No spaces between the commas.

EXAMPLES OF TEXT FILES:
- Example 1 contains a sawtooth of 512 X/Y samples and a
  sawtooth of 256 X/Y samples.
- Example 2 contains a sawtooth of 256 X/Y samples and a
  sawtooth of 512 Y samples.

  Example 1:                     ║  Example 2:
                                 ║
  1.0E-2,1.0E-1,, 1.0E-3,2.0E-1  ║  0.01,00.1,, 00.2
  2.0E-2,2.0E-1,, 2.0E-3,4.0E-1  ║  0.02,00.2,, 00.4
    |   ,  |   ,,   |   ,  |     ║   |     | ,,   |
  255E-2,255E-1,, 255E-3,510E-1  ║  2.55,25.5,, 51.0
  256E-2,256E-1,, 256E-3,512E-1  ║  2.56,25.6,, 51.2
  257E-2,257E-1,,       ,        ║      ,    ,, 51.4
    |   ,  |   ,,       ,        ║      ,    ,,   |
  511E-2,511E-1,,       ,        ║      ,    ,,102.2
  512E-2,512E-1,,       ,        ║      ,    ,,102.4

Tip: If you want an example of the exact format of a CSV file,
     create such a file from an existing waveform in the
     Waveform Tool via the <File - Save as...> menu option and
     print its contents.
ASCII Info Header÷
An Info Header consists of ASCII Text in the following format:

  HEADER TEXT EXAMPLE:        │ EXPLANATION:
  ────────────────────────────┼──────────────────────────
  "Title       ","Input A"    │ Name of the waveform
  "ID          ","1"          │ Waveform number (incremented
                              │ when "Title" is identical)
  "Type        ","Waveform"   │ Type = Waveform or Envelope
  "Date        ","11-04-1994" │ Date = November 4, 1994
                              │ Date format depends on COUNTRY
                              │ .SYS definition in CONFIG.SYS.
  "Time        ","10:56:42"   │ Time = 10 h + 56 m + 42 s
  "X Scale     ", 1.0000E-03  │ Second/division scale
  "X at 0%     ", 0.0000E+00  │ Delay time in seconds
  "X Resolution", 51.20E+00   │ Number of samples/division
  "X Size      ", 512         │ Number of waveform samples
  "X Unit      ","s"          │ Horizontal unit
  "X Label     ","seconds"    │ Horizontal label text
  "Y Scale     ", 1.0000E+00  │ Unit/division scale
  "Y at 50%    ", 0.0000E+00  │ Vertical offset voltage
  "Y Resolution", 409.60E+00  │ Number of points/division
  "Y Size      ", 4096        │ Number of vertical points
                              │   256 =  8-bits resolution
                              │  4096 = 12-bits resolution
                              │ 65536 = 16-bits resolution
  "Y Unit      ","V"          │ Vertical unit
  "Y Label     ","Volts"      │ Vertical label text
  "Description ","first line" │ Description of three lines
  "            ","second line"│
  "            ","third line" │

The order of the header elements is important, because the
AnyWave software reads the dimensions from the header and
applies it for the waveform points to follow.

In the example above, the X scale of the waveform is set at
1 millisecond per division. When no header information is
available, the waveform dimensions are calculated as follows:

 DIMENSION:   │CALCULATED VALUE:               │UNIT:
 ─────────────┼────────────────────────────────┼─────────────
 Y Scale      │ (Maximum - Minimum) / 8        │[volts/div]
 Y At 50%     │ (Maximum + Minimum) / 2        │[volts]
 Y Size       │ 65536                          │[points]
 Y Resolution │ Y-Size / 10                    │[points/div]
 X Scale      │ ((last - first) / X-size) / 10 │[seconds/div]
 X At 0%      │ first time value               │[seconds]
 X Size       │ number of waveform points      │[points]
 X Resolution │ X-size / 10                    │[points/div]

Tip: If you want an example of the exact format of an Info 
     Header in a CSV file, create such a file from an existing
     waveform in the Waveform Tool via the <File - Save as...>
     menu option and print its contents.
ASCII Output File FormatæThe ASCII text output file format (default extension = .CSV)
consists of the following:
  . An optional @123,"Info Header".
  . One or more waveforms.

A waveform in CSV output format may consist of the following:
  . Waveform points of X and Y values.
  . Envelope points of X, Yup, and Ylow values.
  . TrendPlot points of X, Ymax, Yavg, Ymin values.

SYNTAX:     <X><val_sep><Y>
    or:     <X><val_sep><Yup><val_sep><Ylow>
    or:     <X><val_sep><Ymax><val_sep><Yavg><val_sep><Ymin>

  <val_sep> Specified by the "Value Separator" control.
            Default is comma (,).

  <X>       Signed floating-point number representing the
            X-axis value in seconds, e.g., 5.0E-6 = 5 µs.

  <Y>       Signed floating-point number representing the
            Y-axis value in volts, e.g., 125E-3 = 125 mV.
            . Yup specifies the upper limit of an envelope.
            . Ylow specifies the lower limit of an envelope.
            . Ymax specifies the maximum TrendPlot value.
            . Yavg specifies the average TrendPlot value.
            . Ymin specifies the minimum TrendPlot value.

Examples:   1.1,1.3         Waveform sample: X = 1.1; Y = 1.3
            1.1,1.4,1.2     Envelope sample: X = 1.1; Yup =
                            1.4; Ylow = 1.2
            1.1,1.4,1.3,1.2 TrendPlot sample: X = 1.1; Ymax =
                            = 1.4; Yavg = 1.3; Ymin = 1.2

Waveform points of the same curve are separated by CR
(dec. 13) followed by LF (dec. 10).

In a text file with multiple waveforms, points of different
waveforms are separated by an empty column.
Example:  <curve1_point>,,<curve2_point>CR

          Note: No spaces between the commas.

Tip: If you want an example of the exact format of a CSV file,
     create such a file from an existing waveform in the
     Waveform Tool via the <File - Save as...> menu option and
     print its contents.
%PC Memory Usage Parameters Dialog Box Allows you to change waveform parameters, such as:

 @202,"Maximum Number of Open Waveforms"

 @203,"Maximum Size of Each Waveform" 

- Activate the <OK> button to make the changes active.

- Activate the <Cancel> button to cancel the changes.
 Maximum Number of Open Waveforms3Enter the maximum number of waveforms that can be retrieved
from an instrument or opened from file into the
<Maximum number of open waveforms> box.

  Minimum value =  1

  Default value = 20

  Maximum value = 99

Note: Increasing this value results in more PC memory being
      used totally.
Maximum Size of Each WaveformEnter the maximum size of each waveform (number of waveform
samples) into the <Maximum size of each waveform> box. This
size limits the waveforms that can be created, retrieved from
instrument, or opened from file.

  Minimum value =  4096 (4K waveform points)

  Default value =  8192 (8K waveform points)

  Maximum value = 32768 (32K waveform points)

Note: Increasing this value results in more PC memory being
      used per waveform.

Tip:  You can enter, for example, 16K instead of 16384.
Printer Setup Dialog BoxßAllows you to change the hard copy output device to:

  1) A supported Graphics Printer or printer file (*.PRT).

  2) A HPGL file (*.HGL).
     Use this option to plot the PC screen to a HPGL file
     that you can insert into a word processor.

If you select "HPGL File", activate the <OK> button to
confirm it. As a result, the printer output device is set at
HPGL File (*.HGL).

If you select a printer, make the following selections:

- Select a printer port (e.g., LPT1) or file from the
  <Destination> ring control box.
  ╔═══════════════════════════════════════════════════════╗
  ║ Tip: Point at ring control box and click the left     ║
  ║      mouse button to get a list of predefined options.║
  ╚═══════════════════════════════════════════════════════╝

- Select the printout format from the <Orientation> ring
  control box.
              ┌────┐
              │   │                ┌───────┐
    Portrait: │   │     Landscape: │     │
              └────┘                └───────┘

- Make the <Eject Page> button active or not. If Eject Page is
  active, every next printout is printed on a new page.

- Determine the size of the printout as follows:
  . Make the <Automatic> button active to get automatic sizing
    of the printout.
  . Or make the <Manual width> button active and specify the
    printout width in inches yourself.

- Activate the <OK> button to make the changes active.

- Activate the <Cancel> button to cancel the changes.
Start Print Dialog Box<  ╔═══════════════════════════════════════════════════════╗
  ║ Tip: First select the printer + print conditions via  ║
  ║      the <File - Print setup...> menu option.         ║
  ╚═══════════════════════════════════════════════════════╝

Allows you to start, cancel, and interrupt printing through
the following controls:

- Activate the <Yes> button to start printing.

- Activate the <No> button to cancel printing.

- Press the <Esc> key on the keyboard to interrupt printing
  after it was started.

Hint:
  If the printout is not satisfactory or incomplete, proceed
  as follows:
  1. Select the <File> menu.
  2. Select the <Print setup...> menu option. As a result, the
     Printer Setup dialog box pops up.
  3. Make the <Automatic> button active to get automatic
     sizing of the printout.
Tools Used Dialog BoxBMake the button in front of each tool active or inactive:
. If active, the tool is displayed in the Tools menu.
. If inactive, the tool is removed from the Tools menu.

  TOOLS:            │ TASKS:
  ──────────────────┼────────────────────────────────────
  Instrument Screen │ @10,"Transferring Instrument Screens"
                    │
  Waveform          │ @11,"Transferring Waveforms"
                    │
  Meter Logging     │ @12,"Transferring Meter Readings"
                    │
  Instrument Setups │ @14,"Transferring Instrument Setups"
                    │
  Envelope Compare  │ @15,"Testing Waveforms"
                    │
  Sequence          │ @16,"Transferring Sequences of Waveforms"

- Activate the <OK> button to make the changes active.

- Activate the <Cancel> button to cancel the changes.
How to Handle File LimitationsThe maximum number of file names shown in a list is limited
to 200. The following example shows how to deal with this
limitation:

1. Suppose you want to open the file FAILC321 from the range
   of files FAILC001 through FAILC500.

2. In the list of files only the first 200 are displayed,
   which are FAILC001 through FAILC200.

3. The solution is to enter FAILC3* into the <File name> box.
   As a result, the file names FAILC300 through FAILC399 are
   displayed, from which you can select the file FAILC321.
Save As Print/Plot Dialog BoxQAllows you to specify a file name for the print (*.PRT) or
plot (*.HGL) data to be saved.

Note: You can choose another hard copy device by selecting
      the <File - Print setup...> menu option.

- If more file types are possible, select the file type from
  the <List Files of Type:> ring control.
  ╔═══════════════════════════════════════════════════════╗
  ║ Tip: Point at control and click the left mouse button ║
  ║      to get a list of predefined file types.          ║
  ╚═══════════════════════════════════════════════════════╝

- Select the drive from the <Drives> list box.

- Select the file name or subdirectory from the <Files>
  list box or type a file name into the <File Name> box.
  Note: The number of files displayed is @215,"limited" to 200.

- Activate the <Make Dir> button to create a new subdirectory.

- Activate the <Save> button to save to file.
  Tip: If the AnyWave software is unable to create the
       file, increase the number of FILES in your CONFIG.SYS
       file. Example:  FILES = 40

- Activate the <Cancel> button to cancel saving.
Color Options Dialog BoxòChanges the following colors:

  . The color of the <Border> of the graph.
  . The color of the <Outline> of the graph.
  . The color of the <Grid> division in the graph.
  . The color of the <50% Axis> (+tics) in the graph.
  . The color of the <Background> in the graph.

If the graph offers the possibility:
  . The color of the <Waveform> in the graph.
  . The color of the <Single cursor> in the graph or chart.
  . The color of the <Cursor 1> in the graph (Cursors).
  . The color of the <Cursor 2> in the graph (Cursors).

  ╔═══════════════════════════════════════════════════════╗
  ║ Tip: Point at a color box and click the left          ║
  ║      mouse button to get a list of predefined colors. ║
  ╚═══════════════════════════════════════════════════════╝

- Activate the <OK> button to change the colors in the graph.

- Activate the <Cancel> button to cancel changing of colors.
Grid Options Dialog BoxjMakes the following grid settings in the graph active or not:

                                              ┼─┼─┼─┼─┼
  . <Division lines> in the graph.            ┼─┼─┼─┼─┼

                                              . . . . .
  . <Division dots> in the graph.             . . . . .

  . <50% Axis> division lines in the graph.   ┌───┬───┐
    (divides the graph into 4 quadrants).     ├───┼───┤
                                              └───┴───┘

                                                    ┼
                                                    ┼
  . <Axis tics> on the "50% axis" lines.    ┼─┼─┼─┼─┼─┼─┼─┼─┼
                                                    ┼
                                                    ┼

- Activate the <OK> button to change the grid settings.

- Activate the <Cancel> button to cancel changing of grid.
Waveform Preview Dialog Box)Allows you to preview a waveform from the file selected.

- Make the <View> button active.

- Select a waveform from the <Waveforms> list box by selecting
  its name and view the waveform in the graph next to the box.

- Activate the <Close> button to return to the previous
  situation.
Select Path Dialog Box▀Allows you to select a path (browse) through the following
controls:

- Select the drive from the <Drives> list box.

- Select the file name or subdirectory from the <Files>
  list box or type a file name into the <File Name> box.
  Note: The number of files displayed is @215,"limited" to 200.

- Activate the <Make Dir> button to create a new subdirectory.

- Activate the <OK> button to select the path.

- Activate the <Cancel> button to cancel path selecting.
Waveform Select Dialog BoxRAllows you to preview and select a waveform from the file
selected.

- Select a waveform from the <Waveforms> list box by selecting
  its name.

- Make the <View> button active to view a waveform in the
  graph.

- Activate the <OK> button to select the waveform.

- Activate the <Cancel> button to cancel waveform selection.
Envelope Select Dialog BoxUAllows you to preview and select an envelope from the file
selected.

- Select an envelope from the <Envelopes> list box by
  selecting its name.

- Make the <View> button active to view an envelope in the
  graph.

- Activate the <OK> button to select the envelope.

- Activate the <Cancel> button to cancel envelope selection.
Open Dialog BoxKAllows you to specify a file name for the data to be opened.

- If you can select more file types from the <List Files of
  Type:> box, see @282,"More File Types".

- Select the drive from the <Drives> list box.

- Select the file name or subdirectory from the <Files>
  list box or type a file name into the <File Name> box.
  Note: The number of files displayed is @215,"limited" to 200.

- If you selected a CUR file, you can activate the <Preview>
  button to preview the waveforms that are available in the
  file with the selected name.

- If merging of data is possible, activate the <Merge> button
  to merge the current data with the data that is in the file
  with the file name specified.

- Activate the <Open> button to open the file.
  Tip: If the AnyWave software is unable to open the file,
       increase the number of FILES in your CONFIG.SYS file
       Example:  FILES = 40

- Activate the <Cancel> button to cancel file opening.

Note: If you can and will open a data file from a data base
      record, activate the <Records from Database> button.
Save As Dialog Box°Allows you to specify a file name for the data to be saved.

- If you can select more file types from the <List Files of
  Type:> box, see @282,"More File Types".

- Select the drive from the <Drives> list box.

- Select the file name or subdirectory from the <Files>
  list box or type a file name into the <File Name> box.
  Note: The number of files displayed is @215,"limited" to 200.

- Activate the <Make Dir> button to create a new subdirectory.

- If merging of data is possible, activate the <Merge> button
  to merge the data with the current data that is already in
  the file with the file name specified.

- Activate the <Save> button to save to file.
  Tip: If the AnyWave software is unable to create the
       file, increase the number of FILES in your CONFIG.SYS
       file. Example:  FILES = 40

- Activate the <Cancel> button to cancel file saving.

Note: If you can and will open a data file from a data base
      record, activate the <Records from Database> button.
More File Types÷- Select another file type from the <List Files of Type:>
  ring control.
  ╔═══════════════════════════════════════════════════════╗
  ║ Tip: Point at control and click the left mouse button ║
  ║      to get a list of predefined file types.          ║
  ╚═══════════════════════════════════════════════════════╝

Note: If you select ASCII (*.CSV) format, you can specify
      the following:
      . <Decimal Separator> =  Decimal point in values.
         Default: .    Example:  12.345
      . <Value Separator>   =  Separation mark between values.
         Default: ,    Example:  1, 1.5, 2

Tip:  Make the @123,"<Info Header>" active or inactive to save
      the data with an ASCII text header at the beginning of
      the CSV file.
Tips on Using Program Controls7Selecting Menu Options:
  To get the menu options without using the mouse, hold down
  the Alt key and press the first letter key of the menu
  Example:  Alt/O to get the Options menu.

Scrolling and Paging through Text:                       ┌─┐
  The scroll box in a scroll bar indicates if more       ││
  information is available. See ─────────────────────┐   ├─┤
  Tips:                                              │   │█│
  - Point at up or down scroll arrow and click left  └──>│█│
    mouse button to scroll the information one line.     │ │
  - Point below scroll box in scroll bar and click left  │ │
    mouse button to view the next page of information.   │ │
  - Point at scroll box in scroll bar, keep left mouse   │ │
    button pressed, and move scroll box up or down the   ├─┤
    scroll bar to view another part of the information.  ││
                                                         └─┘
Selecting Values from a Ring Control Box:
  Point at ring control, and click left mouse ┌┬──────────┐
  button to get list of predefined values.    ├─┤ Value    │
  Tips:                                       └┴──────────┘
  - Press the Tab key to select the ring control.
  - Press the Space bar to get list of predefined values.
  - Press the     keys to select a value from the list.
Make Directory Dialog BoxAllows you to create a new subdirectory through the following
controls:

- Enter the name of the new subdirectory.

- Activate the <OK> button to create the new subdirectory.
  As a result, the new subdirectory is selected.

- Activate the <Cancel> button to cancel it.
Connecting an Instrument⌡Select Instrument:

 1. Select the <Instrument> menu.
 2. Select the <Connect> option.
 3. Select the instrument that you want to connect from one of
    the <Instrument> list boxes (one instrument per list box).

Define Interface Parameters:

 4. Select the computer-instrument interface from the
    <Interface> list box, e.g.:
     Serial RS232 or MODEM communication:
      - Select a COM port from the <Com Port> list box.
      - Select a baud rate from the <Baud Rate> list box.
     GPIB (general Purpose Interface Bus):
      - Select a GPIB board from the <Board> list box.
      - Select an IEEE address from the <Address> list box.

Make Connection:

 5. Activate the <Connect> button to connect the instrument.
    This takes a few seconds.

Note: If you selected MODEM as the interface, the Modem
      Dial dialog box pops up, allowing you to enter a
      telephone number. Select @950,"Using a Modem" and
      @952,"Connecting through a Modem" for more information.
Selecting the Graphics Printer╦The <Print setup...> menu option allows you to change the
hard copy output device to HPGL File (*.HGL) or
Graphics Printer.

 1. Select the <File> menu.
    Note: If the Waveform - Zoom/Processing/Modify tool is
          active, select the <Waveform> menu.

 2. Select the <Print setup...> option.

 3. If you select a Graphics Printer from the <Printers> list
    box, define the following printer settings:

    . Select a printer port (LPT / COM) or file from the
      <Destination> ring control.

    . Select Portrait or Landscape as paper format from the
      <Orientation> ring control.

    . Activate the Eject Page button to force the printer to
      go to the next page after a printout.

    . Activate the <Automatic> button to get automatic sizing
      of the printout, or activate the <Manual width> button
      and enter the printout width into the box yourself.

 4.   Activate the <OK> button to confirm the selections.
$Specifying the Maximum Waveform Sizex 1. Select the <Options> menu.

 2. Select the <Memory usage...> option.

 3. Enter the maximum size of waveforms (number of waveform
    samples) that can be retrieved from an instrument or
    opened from file into the <Maximum size of each waveform>
    box:      Minimum =  4096 ( 4K waveform points).
              Default =  8192 ( 8K waveform points).
              Maximum = 32768 (32K waveform points).

    Tip:  Enter, for example, 16K instead of 16384.

    Note: Increasing this value results in more PC memory
          being used per waveform.

 4. Activate the <OK> button to make the change valid.
*Specifying the Maximum Number of Waveforms╓ 1. Select the <Options> menu.

 2. Select the <Memory usage...> option.

 3. Enter the maximum number of waveforms that can be
    retrieved from an instrument or opened from file at the
    same time into the <Maximum number of open waveforms>
    box:

      Minimum =  1.
      Default = 20.
      Maximum = 99.

    Note: Increasing this value results in more PC memory
          being used.

 4. Activate the <OK> button to make the change valid.
Using the Keyboard Controlsá	KEY:            │ MEANING FOR USER INTERFACE:
────────────────┼─────────────────────────────────────────────
Alt/letter      │ Hold down Alt key and press letter key to
                │ select the menu command or control button
                │ beginning with the letter specified
                │ Example: Alt/F selects File menu.
Arrow (   ) │ Steps through menu options.
Ctrl/Tab        │ Selects other cursor or help item on help
                │ page.
Enter           │ Activates a button, selects a menu option,
                │ or accepts data input.
Esc             │ Cancels the current action.
F1              │ Activates the Help function.
F5              │ Switches between hiding and showing the
                │ selected waveform.
Ins             │ Switches between "Overwrite" and "Insert"
                │ text mode.
Shift/Tab       │ Selects the previous control.
Space bar       │ Toggles the selected button on/off or gives
                │ a list of selections in a ring control box.
Tab             │ Selects the next control.

KEY:            │ MEANING FOR ZOOMING IN SURVEY GRAPH:
────────────────┼──────────────────────────────────────────
Alt/ (grey)    │ Scrolls zoom area upward.
Alt/ (grey)    │ Scrolls zoom area downward.
Alt/ (grey)    │ Scrolls zoom area to the right.
Alt/ (grey)    │ Scrolls zoom area to the left.
Alt/End (grey)  │ Moves zoom area completely to the right.
Alt/Home (grey) │ Moves zoom area completely to the left.
Alt/PgDn (grey) │ Moves zoom area completely to the bottom.
Alt/PgUp (grey) │ Moves zoom area completely to the top.

KEY:            │ MEANING FOR HELP FUNCTION:
────────────────┼──────────────────────────────────────────
Arrow ( )     │ Scrolls the text on the Help page one
                │ line up or down.
Arrow ()       │ Selects the next Help button.
Arrow ()       │ Selects the previous Help button.
Ctrl/Arrow ( )│ Switches between topics on a Help page.
Enter           │ Activates a Help topic on the Help screen.
Esc             │ Quits the Help function.
F1              │ Activates the Help function or selects a
                │ Help topic.
PgUp            │ Displays previous Help page about topic.
PgDn            │ Displays next Help page about topic.
Shift/Tab       │ Selects the previous Help button.
Space bar       │ Activates the selected Help button.
Tab             │ Selects the next Help button.
Using the Mouse Controls┌Activate button or topic
  . Point at button and click the left mouse button.
  . Point at topic and double click the left mouse button.

Click
  Quickly press and release a mouse button.

Double click
  Click the mouse button twice in rapid succession.

Drag
  Hold down the left mouse button while moving the mouse.

Using the Scroll Bars                                    ┌─┐
  The scroll box in a scroll bar indicates if more       ││
  information is available. See ─────────────────────┐   ├─┤
  Tips:                                              │   │█│
  - Point at up or down scroll arrow and click left  └──>│█│
    mouse button to scroll the information one line.     │ │
  - Point below scroll box in scroll bar and click left  │ │
    mouse button to view the next page of information.   │ │
  - Point at scroll box in scroll bar, keep left mouse   │ │
    button pressed, and move scroll box up or down the   ├─┤
    scroll bar to view another part of the information.  ││
                                                         └─┘
Point
  Move the mouse until the pointer rests on the item you want
  to point at.

Press
  Hold down the mouse button.

Select menu or topic
  Point at menu or topic, and click the left mouse button.

Ring Control Selection
  Point at ring control, and click left mouse ┌┬──────────┐
  button to get list of predefined values.    ├─┤ Value    │
                                              └┴──────────┘
Selecting a Data Base~ 1. Select the <File> menu.

 2. Select the <Open...> option. The Open dialog box pops up.

 3. If the <List of files> button is active, activate the
    <Records from database> button.

    If no data base is in use, the Open dialog box pops up,
    allowing you to select one (*.DBF).

    Note: If a data base was used before, it is selected
          automatically.
Selecting Another Data Base" 1. Select the <File> menu.

 2. Select the <Open...> option.

 3. Activate the <More> button.

 4. Activate the <Select> button to select another data base
    file (*.DBF).

 5. Activate the <OK> button.

 6. Activate the <Close> button to return to the Open
    dialog box.
2Opening a File by Selecting Records in a Data Base 1. Select the <File> menu.

 2. Select the <Open...> option. The Open dialog box pops up.

 3. If the <List of files> button is active, activate the
    <Records from database> button.

 4. Select a keyword from each of the list boxes.
    The selected keywords are highlighted.

 5. Activate the <OK> button to open the file. The right type
    of file for the tool you are working with, is selected by
    the AnyWave software.

The result is that the data from the opened file is displayed
in the graph on the tool screen.
2Saving to File by Selecting Records in a Data Base 1. Select the <File> menu.

 2. Select the <Save as...> option. The Save as dialog box
    pops up.

 3. If the <List of files> button is active, activate the
    <Records from database> button.

    If no data base is in use, the Save As dialog box pops up,
    allowing you to select one.

    Note: If a data base was used before, it is selected
          automatically.

 4. Select or enter a keyword into each of the list boxes.
    The selected keywords are highlighted.

 5. Activate the <OK> button to save the data to file. The
    right type of file for the tool you are working with, is
    selected by the AnyWave software.

    Note: Three different file types per record can be saved,
          but only one file of each type.

The result is that the data is saved to file in the record
that is identified by the specified keywords. The name of
the file is generated by the AnyWave software. The file name
begins with the first letter of the data base file , e.g., A-,
and is followed by the next free index number of 6 figures.
Example:     A_000107.PCX
Explanation: . The name of the data base starts with A_
             . File A_000106 already exists.
             . The file type is PCX, so the type of data is
               instrument screen data.
#Changing Field Names in a Data Base	 1. Select the <File> menu.

 2. Select the <Open...> option. The Open dialog box pops up.

 3. If the <List of files> button is active, activate the
    <Records from database> button.

 4. Activate the <More> button.

 5. Activate the <Field Names> button. As a result, the Field
    Names Record dialog box pops up.
    Change the field name into one or more <Record Field>
    boxes.

 6. Activate the <OK> button to validate the changes.

 7. View the changed field name(s) above each key list box.
Copying a Record in a Data Base▀ 1. Select the <File> menu.

 2. Select the <Open...> option. The Open dialog box pops up.

 3. If the <List of files> button is active, activate the
    <Records from database> button.

 4. Activate the <More> button.

 5. Activate the <Copy> button. As a result, the Copy Record
    dialog box pops up. Change at least one keyword in one of
    the key boxes.

 6. Activate the <OK> button to copy the record.

 7. View the copied record in the key list boxes.
 Renaming a Record in a Data Base▌ 1. Select the <File> menu.

 2. Select the <Open...> option. The Open dialog box pops up.

 3. If the <List of files> button is active, activate the
    <Records from database> button.

 4. Activate the <More> button.

 5. Activate the <Rename> button. As a result, the Rename
    Record dialog box pops up. Change a keyword in one of
    the key boxes.

 6. Activate the <OK> button to validate the change.

 7. View the changed keyword(s) in the list boxes.
 Deleting a Record in a Data Base╓ 1. Select the <File> menu.

 2. Select the <Open...> option. The Open dialog box pops up.

 3. If the <List of files> button is active, activate the
    <Records from database> button.

 4. Activate the <More> button.

 5. Activate the <Delete> button. As a result, the Delete
    Record dialog box pops up, allowing you to delete one
    of the following:
    . The file(s) that are stored in the record.
      Note:    Three different file types per record are
               allowed, but only one file of each type.
      Example: Activate the <Delete screen file> button to
               delete the PCX file concerned.
    . The entire record.

 6. Activate the <OK> button to validate the deletion.
Creating a New Data Base| 1. Select the <File> menu.
 2. Select the <Save as...> option.
 3. Activate the <More> button.
 4. Activate the <Create> button to create a new data base.

Define Name for Data Base:

 5. Enter a name for the DBF file into the <DataBase Name>
    box, e.g., MOTOR. Default extension is .DBF.
    Note: The maximum number of name characters is 6, because
          two prefix characters are inserted before the name,
          e.g., B_MOTOR.
 6. Enter a path for the DBF file into the <DataBase Path>
    box, e.g., C:\ANYWAVE\DBASE\
    Tip: Activate the <Browse> button to select the drive and
         directory.

Define Field Names for Record Keys:

 7. Enter a title into each <Record field> box.
 8. Activate the <OK> button.
 9. Activate the <Close> button to specify keywords to
    define a record.

Define Keywords to Identify Records:

10. Enter a keyword into each box above the key list boxes.
    Tip: Press the Tab key to go to the next box.

11. Activate the OK button to create the data base.

    Note: Three different file types per record can be saved,
          but only one file of each type.
	Data BaseeBy specifying keywords, you can create records in a data
base. A set of keywords point at a record, into which you
can store (archive) files for:
  . Instrument Screens    (PCX or HGL files)
  . Waveforms             (CUR files)
  . Instrument Setups     (SET files)

Consider the following example of a data base of archived
waveforms (.cur files) and instrument setups (.set files) for
the automotive industry:

         ________________________   ________________________
        /       Keywords:        \ /         Files:         \
Record  Key 1 Key 2 Key 3  Key 4     Waveforms    Setups
  \/   ┌─────┬─────┬─────┬────────┬────────────┬────────────┐
  1    │Audi │100  │LX   │Lambda  │a_000001.cur│a_000001.set│
       │     │     │     ├────────┼────────────┼────────────┤
  2    │     │     │     │Injector│a_000002.cur│a_000002.set│
       │     │     ├─────┼────────┼────────────┼────────────┤
  3    │     │     │GLX  │Lambda  │a_000003.cur│a_000003.set│
       │     │     │     ├────────┼────────────┼────────────┤
  4    │     │     │     │Ignition│a_000004.cur│a_000004.set│
       │     ├─────┼─────┼────────┼────────────┼────────────┤
  5    │     │200  │LXT  │Lambda  │a_000005.cur│a_000005.set│
       │     │     │     ├────────┼────────────┼────────────┤
  6    │     │     │     │Injector│a_000006.cur│a_000006.set│
       │     │     ├─────┼────────┼────────────┼────────────┤
  7    │     │     │GLS  │Lambda  │a_000007.cur│a_000007.set│
       │     │     │     ├────────┼────────────┼────────────┤
  8    │     │     │     │Ignition│a_000008.cur│a_000008.set│
       └─────┴─────┴─────┴────────┴────────────┴────────────┘

As an example, consider record 8.
  The keyword combination :  Audi, 200, GLS, Ignition
  points at the files     :  a_000008.cur and a_000008.set

For more explanation, refer to @881,"Data Base Structure".
Data Base Structure:	A data base consists of records (rows) and fields (columns).
Records are numbered (1, 2, 3, ..) in alphabetical order,
and fields are identified by a title.

You can define 2, 3, or 4 key fields for record pointers.
Example of a 4-key record pointer:
              Ford, Mustang, 5.0L, TPS Sensor

You can store in a record 1, 2, or 3 files of the following
types:  . instrument screens     PCX or HGL files.
        . waveforms              CUR files.
        . instrument setups      SET files.

APPLICATION NOTE:

  There is a maximum number of four keywords per record. If
  you want to use one more keyword reference, for example
  the "year of the model", do as follows:

  Tip:  Create a new data base from the first keyword (brand
        name). In this way, you can use the free keyword
        field for an extra keyword.

  Example:  DATA BASE:│KEY 1: │KEY 2: │KEY 3: │KEY 4:
      old:  CARS      │Ford   │Mustang│5.0L   │Fuel Injector
      new:  FORD      │Mustang│1994   │5.0L   │Fuel Injector

EXAMPLE FROM AN AUTOMOTIVE DATA BASE:

       Field1    Field2     Field3    Field4 
Record title     title      title     title    File File File
number   \/        \/         \/        \/      \/   \/   \/
  \/    Car      Model       Type     Signal     1    2    3
      ┌──────┐┌───────────┐┌──────┐┌──────────┐┌───┐┌───┐┌───┐
  7   │BMW   ││318i       ││1.8L  ││Fuel Injec││CUR││SET││PCX│
      └──────┘└───────────┘└──────┘└──────────┘└───┘└───┘└───┘
      ┌──────┐┌───────────┐┌──────┐┌──────────┐┌───┐┌───┐┌───┐
  3   │FORD  ││Thunderbird││3.0L  ││Suspension││CUR││SET││   │
      └──────┘└───────────┘└──────┘└──────────┘└───┘└───┘└───┘
  |       |         |         |         |        |    |    |
  |       |         |         |         |        |    |    |
      ┌──────┐┌───────────┐┌──────┐┌──────────┐┌───┐┌───┐┌───┐
 15   │GM    ││Grand Am   ││2.3L  ││Crankshaft││PCX││CUR││SET│
      └──────┘└───────────┘└──────┘└──────────┘└───┘└───┘└───┘

Records:
 7 = BMW, 318i, 1.8L, Fuel Injector
                           └────────────────> CUR+SET+PCX file
 3 = FORD, Thunderbird, 3.0L, Suspension Height Sensor
                                         └──────> CUR+SET file
15 = GM, Grand Am, 2.3L, Crankshaft Position Sensor
                                    └───────> PCX+CUR+SET file
Open Dialog Box┴Allows you to open a file from a data base by selecting a
record.

If no data base was selected before, the Select File dialog
box pops up, allowing you to select one.

- Select a record by selecting a keyword from each of the
  field list boxes.

   Field1         Field2         Field3         Field4
  ┌─────────┐    ┌─────────┐    ┌─────────┐    ┌─────────┐
  └─────────┘    └─────────┘    └─────────┘    └─────────┘
  ┌───────────┐  ┌───────────┐  ┌───────────┐  ┌───────────┐
  ├───list────┤  ├───list────┤  ├───list────┤  ├───list────┤
  ├───box─────┤  ├───box─────┤  ├───box─────┤  ├───box─────┤
  ├──field 1──┤  ├──field 2──┤  ├──field 3──┤  ├──field 4──┤
  ├───────────┤  ├───────────┤  ├───────────┤  ├───────────┤
  ├───────────┤  ├───────────┤  ├───────────┤  ├───────────┤
  ├───────────┤  ├───────────┤  ├───────────┤  ├───────────┤
  └───────────┘  └───────────┘  └───────────┘  └───────────┘
   Record #: ...

  Note: The selected keywords are displayed in the boxes
        above each list box. The record number is displayed
        under the list box for field 1 (see Record #:).

- Activate the <More> button for more operations to maintain
  a data base. As a result, the @886,"Data Base More" dialog box
  pops up.

- If you selected a CUR file, you can activate the <Preview>
  button to preview the waveforms that are available in the
  record that you selected.

- If merging of data is possible, activate the <Merge> button
  to merge the current data with the data that is in the
  record that you selected.

- Activate the <OK> button to open the data file available in
  the record that you selected.

- Activate the <Cancel> button to cancel file opening.
Save As Dialog BoxZAllows you to save data to file in a data base by specifying
a record.

If no data base was selected before, the Select File dialog
box pops up, allowing you to select one.

- Specify a record by specifying keywords into each of the
  field list boxes.

   Field1         Field2         Field3         Field4
  ┌─────────┐    ┌─────────┐    ┌─────────┐    ┌─────────┐
  └─────────┘    └─────────┘    └─────────┘    └─────────┘
  ┌───────────┐  ┌───────────┐  ┌───────────┐  ┌───────────┐
  ├───list────┤  ├───list────┤  ├───list────┤  ├───list────┤
  ├───box─────┤  ├───box─────┤  ├───box─────┤  ├───box─────┤
  ├──field 1──┤  ├──field 2──┤  ├──field 3──┤  ├──field 4──┤
  ├───────────┤  ├───────────┤  ├───────────┤  ├───────────┤
  ├───────────┤  ├───────────┤  ├───────────┤  ├───────────┤
  ├───────────┤  ├───────────┤  ├───────────┤  ├───────────┤
  └───────────┘  └───────────┘  └───────────┘  └───────────┘
   Record #: ...

  Note: The specified keywords are displayed in the boxes
        above each list box. The record number is displayed
        under the list box for field 1 (see Record #:).

- Activate the <More> button for more operations to update
  a data base. As a result, the @886,"Data Base More" dialog box
  pops up.

- Activate the <OK> button to save the data to file in the
  record that you specified. The name of the file is
  automatically generated as follows:
  . The file name begins with the first letter of the data
    base file name + underscore, e.g., A_
  . The file name ends with the next free index number of six
    figures, e.g., A_000005 (file A_000004 already exists).
  . The extension of the file name is determined from the type
    of data, which can be:
      FILE TYPE:   │ DATA TYPE:
      ─────────────┼─────────────────────────────
      A_000005.PCX │ @3,"Instrument Screen"
      A_000005.HGL │ @3,"Instrument Screen"
      A_000005.CUR │ @4,"Waveform"
      A_000005.SET │ @6,"Instrument Setups"

   Note: You can save only one file of each file type in a
         record.

- Activate the <Cancel> button to cancel file saving.
Data Base Dialog Box╤Allows you to select an existing data base.

- Activate the <Select database> button to select a data base
  from a data base file (*.DBF).

- Activate the <Cancel> button to cancel data base selection.
Data Base More Dialog BoxΩAllows you to perform the following operations on a data base:

  OPERATION:              │  BUTTON:
  ────────────────────────┼───────────────
  Copy a record           │  Copy
  Rename record keys      │  Rename
  Delete record files     │  Delete
  Select a data base      │  Select
  Create a new data base  │  Create
  Change field names      │  Field Names

- Select a record by selecting a keyword from each of the
  field list boxes.

   Field1         Field2         Field3         Field4
  ┌─────────┐    ┌─────────┐    ┌─────────┐    ┌─────────┐
  └─────────┘    └─────────┘    └─────────┘    └─────────┘
  ┌───────────┐  ┌───────────┐  ┌───────────┐  ┌───────────┐
  ├───list────┤  ├───list────┤  ├───list────┤  ├───list────┤
  ├───box─────┤  ├───box─────┤  ├───box─────┤  ├───box─────┤
  ├──field 1──┤  ├──field 2──┤  ├──field 3──┤  ├──field 4──┤
  ├───────────┤  ├───────────┤  ├───────────┤  ├───────────┤
  ├───────────┤  ├───────────┤  ├───────────┤  ├───────────┤
  ├───────────┤  ├───────────┤  ├───────────┤  ├───────────┤
  └───────────┘  └───────────┘  └───────────┘  └───────────┘
   Record #: ...   Linked files: ........, ........, ........

  Note: The selected keywords are displayed in the boxes
        above each list box. The record number is displayed
        after "Record #:". The available files are displayed
        after "Linked files:".

- Activate the <Copy> button to copy a record. As a result,
  the @888,"Copy Record" dialog box pops up.

- Activate the <Rename> button to rename the keywords in a
  record. As a result, the @890,"Rename Record" dialog box pops up.

- Activate the <Delete> button to delete a record or one or
  more files in the record. As a result, the @892,"Delete Record"
  dialog box pops up.

- Activate the <Select> button to select another data base. As
  a result, the @894,"Select Data Base" dialog box pops up.

- Activate the <Create> button to create a new data base. As a
  result, the @896,"New Data Base" dialog box pops up.

- Activate the <Field Names> button to change the titles of
  the fields in a data base. As a result, the @898,"Field Names"
  dialog box pops up.

- Activate the <Close> button to return to the Open or Save As
  dialog box.
Copy Record Dialog BoxƒAllows you to copy the selected record to a new record in the
data base. The result is that the keywords of the original
record appear in the Field1, Field2, Field3, and Field4 boxes.

- To make the identification of the copied record different
  from the original record, change at least one of the
  original keywords in the Field boxes.

Note: The files that are available in the original record are
      also copied to the new record.

- Activate the <OK> button to create the new record and
  return to the Data Base More dialog box. As a result, the
  new record is displayed and selected.

- Activate the <Cancel> button to cancel record copying.
Rename Record Dialog Box╞Allows you to rename the keywords in the selected record.

- To rename the selected record, change one or more of the
  keywords in the Field boxes.

Note: The availability of the files in the record does not
      change.

- Activate the <OK> button to rename the keywords in the
  record and return to the Data Base More dialog box. As a
  result, the new keywords are displayed.

- Activate the <Cancel> button to cancel record renaming.
Delete Record Dialog Box╘Allows you to delete one of the following:
. The complete record (including files) that you selected.
. One or more files from the record that you selected.

- To delete record information, proceed as follows:
  . Activate the <Delete screen file> button to delete the
    Instrument Screen file (*.PCX) or (*.HGL).
  . Activate the <Delete waveform file> button to delete the
    Waveform file (*.CUR).
  . Activate the <Delete setups file> button to delete the
    Instrument Setups file (*.SET).

  Note: The files that you deleted from the record are also
        deleted from the hard disk.

- To delete the entire record, including the files, activate
  the <Delete entire record> button.

  Note: The record files that you deleted are also deleted
        from the hard disk.

- Activate the <OK> button to delete the files and/or the
  record and return to the Data Base More dialog box.

- Activate the <Cancel> button to cancel record deleting.
Select Data Base Dialog BoxAllows you to select another data base file (*.DBF).

- Select the drive from the <Drives> list box.

- Select the file name or subdirectory from the <Files>
  list box or type a file name into the <File Name> box.
  Note: The number of files displayed is @215,"limited" to 200.

- Activate the <OK> button to open the selected data base and
  return to the Data Base More dialog box. As a result, the
  records of the selected data base are displayed.

- Activate the <Cancel> button to cancel data base selection.
New Data Base Dialog BoxRAllows you to create a new data base.

- Type the name of the new data base into the <DataBase Name>
  box.

- Type the DOS-path for the new data base into the <DataBase
  Path> box or activate the <Browse> button to select a
  path (browse).

- To identify the data base fields (columns), type a name
  (title) into each of the <Record field> boxes.

- Activate the <OK> button to create the new data base and
  return to the Data Base More dialog box. As a result, the
  lists of keywords are empty (no records).

- Activate the <Cancel> button to cancel data base creation.
Field Names Dialog Box¥Allows you to change the field names of the selected data
base.

- To change the title of the data base fields (columns), type
  a name (title) into each of the <Record field> boxes.

- Activate the <OK> button to change the field names and
  return to the Data Base More dialog box. As a result, the
  changed field titles are displayed.

- Activate the <Cancel> button to cancel field name changing.
Glossary of Terms Used¼SYMBOL:   │ MEANING:
──────────┼──────────────────────────────────────────────────
.../...   │ Indicates a combination of keys to be pressed at 
          │ the same time, e.g., Ctrl/Tab means hold down the
          │ Ctrl key and press the Tab key.

Activate control
  Make button active. As a result, the corresponding control
  selection is made valid.
  ■ Using the mouse:
    . Point at button and click the left mouse button.
    . Point at topic and double click the left mouse button.
  ■ Using the keyboard:
    . Press the Enter key to activate the selected button.
    . Press the Space bar to activate the selected button on
      a Help page.

Click
  Quickly press and release a mouse button.

COM port
  A COM port is the serial communication interface with the
  computer via a connector at the back on an interface board,
  for example.

Double click
  Click the mouse button twice in rapid succession.

Drag
  Hold down the left mouse button while moving the mouse.

Image
  The picture (waveforms + cursors + text) that is displayed
  on the screen of your instrument (graphical data).

Install
  Unzip and copy the AnyWave software from the distribution
  floppy to the hard disk directory that you can specify.

Logging
  Reading and displaying measured data from your instrument
  over a long period of time.

Point
  Move the mouse until the pointer rests on the topic you
  want to point at.

Screen
  The display of your instrument connected to the computer,
  unless specifically mentioned otherwise, e.g., PC screen.

Select topic
  Select a menu, menu option, button, or topic.
  ■ Using the mouse:
    . Point at topic and click the left mouse button.
  ■ Using the keyboard:
    . Press the Alt/letter key simultaneously to select a
      menu, e.g., Alt/F to select the File menu.
    . Press the     keys to select a menu option or topic.
    . Press the Tab or Shift/Tab key to select a button.
    . Press the Ctrl/    keys to select the next topic on
      a Help page.

Setup
  The complete list of functional settings of the instrument
  (instrument setup).

Toggle
  Switch the selected topic on or off.
Glossary of Abbreviations Used	ARB       = Arbitrary waveform generator
ASCII     = American Standard Code for Information Interchange
AT        = Advanced Technology

CFG       = Configuration
COM       = Communication
CR        = Carriage Return
CSV       = Comma Separated Values
CTS       = Clear To Send
CUR       = Curve (waveform) file

dB        = decibel
DCD       = Data Carrier Detect
DCE       = Data Communication Equipment
dec       = decimal
div       = division
DSO       = Digital Storage Oscilloscope
DSR       = Data Set Ready
DTE       = Data Terminal Equipment
DTR       = Data Terminal Ready

e.g.      = exempli gratia (for example)
EGA       = Enhanced Graphics Adapter
EIA       = Electronic Industries Association
Env       = Envelope file
Esc       = Escape code

F.GND     = Fixed Ground
FFT       = Fast Fourier Transformation

GND       = Ground
GNR       = Generator
GPIB      = General Purpose Interface Bus

hex       = hexadecimal
HPGL      = Hewlett Packard Graphics Language (HGL file)

i.e.      = id est (that is)
IEC       = International Electrotechnical Commission
IEEE      = Institute of Electrical and Electronic Engineers
I/O       = Input / Output
ISO       = International Standards Organization

Hz        = Hertz

K byte    = Kilo byte

LF        = Line Feed
Lin       = Linear
Log       = Logarithmic

M byte    = Mega byte
Max       = Maximum
MC        = Micro Channel
Mem       = Memory
Min       = Minimum
Modem     = Modulator - Demodulator
MTB       = Main Time Base
µV        = micro Volt
mV        = milli Volt

Neg       = Negative

OSC       = Oscilloscope

PC        = Personal Computer
PgDn      = Page Down
PgUp      = Page Up
PRT       = Printer file
PS        = Personal System

RAM       = Random Access Memory
Resol     = Resolution
RS232     = Remote Serial - 232 protocol
RTS       = Request To Send
RxD       = Receive Data

s         = second
SEQ       = Sequence file
S.GND     = Signal Ground
SVGA      = Super Video Graphics Array

TSR       = Terminal Stay Resident
TxD       = Transmit Data

V         = Voltage
VGA       = Video Graphics Array
Vlow      = Voltage lower limit envelope
Vup       = Voltage upper limit envelope

W         = Watt
WVF       = Waveform file
<Help> MenuHAllows you to select the subject for which you want help.
The possibilities are:

- @906,"Contents..."   Displays available Help subjects.

- @907,"About..."      Displays information about the AnyWave
                software, computer, and connected instruments.

  ╔════════════════════════════════════════════════════════╗
  ║ Tip: To get the Help menu options:                     ║
  ║      . Point at Help menu and click left mouse button. ║
  ║      . Hold down Alt key and press H key.              ║
  ╚════════════════════════════════════════════════════════╝
<Help - Contents> Menu Option÷Shows the Help subjects that you can select:

■ What You Can Do with the Tool
    Explains the functions and screen parts of the tool.

■ Help on Menu Options and Controls
    Summarizes the available menu options and controls.

 ────────────────────────────────────────────────────────────
■ Index
    Allows you to select the first letter of the topic that
    you want help for. After you select a letter, a list of
    all available Help topics is displayed. Example:
    To get help on "Instruments Supported", select <I>.

■ How to ... guidelines
    Lists the step by step "How to ....." tutorials.

■ Other AnyWave Tools and Glossaries
    Shows the other AnyWave subjects that you can select.

 ────────────────────────────────────────────────────────────
■ Tips
    Gives some practical hints about:
    . Quick Function Reference (what to do).
    . How to Use Program Controls (how to do it).

■ How to Use Help
    Explains how to use the Help function and Help controls.
<Help - About> Menu Option╔Gives you the following system information:

────────────────────────────────────────────────────────
  Version of the AnyWave software
 ──────────────────────────────────────────────────────
  Type of Video Graphics Adapter
  Instrument 1 type and interfce
  Instrument 2 type and interface
 ──────────────────────────────────────────────────────
  Amount of free RAM space in kilo bytes.
 ──────────────────────────────────────────────────────
Using the Help Function2Get Help information in one of the following ways:

1) Select the <Contents...> option from the <Help> menu.
   As a result, the AnyWave Help Manager screen pops up
   displaying help subjects that you can select.

2) Activate the <Help> button in a box. As a result, a help
   screen pops up with direct help information.

More about @911,"Using the Help Scroll Bar"

More about @912,"What a Help Page Contains"

More about @913,"Help Screen Controls"

More about @914,"Using the Mouse for Help"

More about @915,"Using the Keyboard for Help"
Using the Help Scroll Baró                                                         ┌─┐
The scroll box in a scroll bar indicates if more Help    ││
information is available. See ───────────────────────┐   ├─┤
                                                     │   │█│
Tips:                                                └──>│█│
                                                         │█│
  - Point at up or down scroll arrow and click left      │ │
    mouse button to scroll the information one line.     │ │
                                                         │ │
  - Point below scroll box in scroll bar and click left  │ │
    mouse button to view the next page of information.   │ │
                                                         │ │
  - Point at scroll box in scroll bar, keep left mouse   ├─┤
    button pressed, and move scroll box up or down the   ││
    scroll bar to view another part of the information.  └─┘
What a Help Page Contains
A Help page contains Help text, topics, and buttons. Help
topics are highlighted or underlined on a Help page. Select
a topic using the mouse or keyboard.

Tips:

  - Select a help topic on the page (hot spot) to get more
    help about the topic.

  - Activate the <Contents> button to display all available
    help subjects.

  - Activate the <Previous> or <Next> button to display the
    previous or next Help topic.

  - Activate the <Back> button to display the previously
    selected Help topic.
Help Screen ControlsèBUTTON:    │ MEANING:
───────────┼──────────────────────────────────────────
Exit       │ Exits the Help function.
           │
Contents   │ Displays the available Help topics.
           │
Previous   │ Displays the Help page of previous Help topic.
           │
Next       │ Displays the Help page of next Help topic.
           │
Back       │ Displays the previously selected Help topic.
           │ Used to step back through the history of selected
           │ Help topics.
           │
Print      │ Prints the Help topic to the hard copy device.
           │ Note: For a lot of printers, the ASCII characters
           │       0 through 31 are control characters. To
           │       avoid uncontrolled printouts, these
           │       characters are replaced by the  character
           │       in the printout. Example:
           │ Example:  --- is printed as ---
Using the Mouse for Help¡- Point at Help topic (pointer changes from arrow to finger
  sign) and press the left mouse button.

- Point at Help control button and press the left mouse
  button.
Using the Keyboard for Help@- Hold down the Ctrl key and press the     keys to switch
  between Help topics on a Help page. Press the Enter key to
  select a Help topic.

- Press the Tab key or Shift/Tab keys to switch between Help
  buttons. Press the Space bar to activate a Help button.

KEY:            │ MEANING:
────────────────┼───────────────────────────────────────────
Arrow ( )     │ Scrolls the text on the Help page one
                │ line up or down.
Arrow ()       │ Selects the next Help button.
Arrow ()       │ Selects the previous Help button.
Ctrl/Arrow ( )│ Switches between topics on a Help page.
Enter           │ Activates a Help topic on the Help screen.
Esc             │ Quits the Help function.
F1              │ Activates the Help function or selects a
                │ Help topic.
PgUp            │ Displays previous Help page about topic.
PgDn            │ Displays next Help page about topic.
Shift/Tab       │ Selects the previous Help button.
Space bar       │ Activates the selected Help button.
Tab             │ Selects the next Help button.
Instruments SupportedI  ■ ScopeMeter test tools:
                │GPIB│Serial│
    Fluke 105   │    │  x   │
    Fluke  99   │    │  x   │
    Fluke  97   │    │  x   │
    Fluke  96   │    │  x   │ Only Instrument Screen tool
    Fluke  92   │    │  x   │ Only Instrument Screen tool
    Fluke  91   │    │  x   │ Only Instrument Screen tool

  ■ CombiScope instruments:
    2-channel:                 4-channel:
                │GPIB│Serial│              │GPIB│Serial│
    PM3331      │    │  x   │  PM3382(A)   │ x  │  x   │
    PM3335      │ x  │  x   │  PM3384(A)   │ x  │  x   │
    PM3350(A)   │ x  │  x   │  PM3384E     │    │  x   │
    PM3355      │ x  │  x   │  PM3392(A)   │ x  │  x   │
    PM3365(A)   │ x  │  x   │  PM3394(A)   │ x  │  x   │
    PM3375      │ x  │  x   │
    PM3380A     │ x  │  x   │

  ■ Arbitrary Waveform Generators:
                │GPIB│Serial│
    PM5138      │ x  │      │
    PM5138A     │ x  │  x   │
    PM5139      │ x  │  x   │
    PM5150      │ x  │  x   │ Also Sequence tool

For serial cable connections, select @921,"Serial Interface Cables".
Serial Interface Cables ■ The PM9080 from Fluke provides the optical interface cable
   between ScopeMeter test tools and the computer.

 ■ The PM9536/041 from Fluke provides the serial interface
   cable between the PM5138A - PM5139  Arb Generator and the
   computer.

 ■ The PM9536/501 from Fluke provides the serial interface
   cable between the PM5150 Arb Generator and the computer.

 ■ The PM8914 from Fluke provides the serial interface cable
   between the PM338xA-PM339xA CombiScope instruments and
   the computer.
Serial Connection Notes	■ The AnyWave software can communicate with your instrument
  when you have connected a spare COM port in the computer to
  the instrument (see @932,"Direct Connection").
  Note: If the instrument is a ScopeMeter test tool, use the
        PM9080: Optically Isolated RS232 Adapter/Cable.

■ Make sure that no mouse driver software is active on the
  COM port that you selected. If so, select and connect
  another COM port or deactivate the mouse driver software.
  ╔═════════════════════════════════════════════════════════╗
  ║ Tip: To deactivate your mouse, remove the MOUSE startup ║
  ║      statement from the CONFIG.SYS or AUTOEXEC.BAT file ║
  ║      and reboot the computer.                           ║
  ╚═════════════════════════════════════════════════════════╝

■ Address or interrupt conflicts of used COM ports may cause
  instruments not being connected. If so, change the COM port
  settings on the serial board to match the AnyWave software
  settings. Default settings in ASCII text file COMX.CFG are:

  PORT:  │ ADDRESS (HEX.) │ INTERRUPT LEVEL: │ NOTE:
  ───────┼────────────────┼──────────────────┼───────────
  COM1   │ 03F8           │ 4                │
  COM2   │ 02F8           │ 3                │
  COM3   │ 03E8           │ 5                │
  COM4   │ 02E8           │ 7                │
  COM5   │ 4220           │ 3                │ only PS/2
  COM6   │ 4228           │ 3                │ only PS/2
  COM7   │ 5220           │ 3                │ only PS/2
  COM8   │ 5228           │ 3                │ only PS/2

■ The AnyWave software requires certain serial interface
  settings to be fixed. So, make sure that the following
  values are correctly set via the front panel of the
  instrument (refer to the operating documentation):

  SETTING:            │SCOPEMETER: │COMBISCOPE: │GENERATOR:
  ────────────────────┼────────────┼────────────┼───────────
  Number of data bits │ 8          │ 8          │ 8
  Number of stop bits │ 1          │ 1          │ 1
  Parity type         │ None       │ None       │ None
  Xon/Xoff            │ on         │ on         │ off
  Handshake method    │ software   │ 3-wire     │ hardware *

  Note: * For the PM5138A ARB generator the handshake is set
          to hardware as follows:  Conn(ection) = 7 (-wire)
"Direct Connection Instrument to PC├        INSTRUMENT(DTE)                        PC(DTE)
  SIGNAL║ 9-pin║25-pin║                    ║25-pin║ 9-pin
        ║female║female║     CONNECTION     ║female║female
  ══════╬══════╬══════╬════════════════════╬══════╬══════
  F.GND ║ CASE ║   1  ║ o────────────────o ║  1   ║ CASE
        ║      ║      ║                    ║      ║
   TxD  ║  3   ║   2  ║ o──»───┐ ┌───«───o ║  2   ║  3
        ║      ║      ║         X          ║      ║
   RxD  ║  2   ║   3  ║ o───«──┘ └──»────o ║  3   ║  2
        ║      ║      ║                    ║      ║
   RTS  ║  7   ║   4  ║ o──»───┐ ┌───«───o ║  4   ║  7
        ║      ║      ║         X          ║      ║
   CTS  ║  8   ║   5  ║ o───«──┘ └──»────o ║  5   ║  8
        ║      ║      ║                    ║      ║
   DSR  ║  6   ║   6  ║ o─«─┐        ┌─»─o ║  6   ║  6
        ║      ║      ║     │        │     ║      ║
    CD  ║  1   ║   8  ║ o─«─┴──┐ ┌───┴─»─o ║  8   ║  1
        ║      ║      ║         X          ║      ║
   DTR  ║  4   ║  20  ║ o───»──┘ └──«────o ║ 20   ║  4
        ║      ║      ║                    ║      ║
  S.GND ║  5   ║   7  ║ o────────────────o ║  7   ║  5

Note: X indicates a crossing of the wire connection.
GPIB Connection NotesΘ■ Check that the IEEE interface cable connections are tight.

■ Check the interface settings of the connected instrument,
  e.g., the IEEE address.

■ The GPIB driver software, e.g., GPIB.COM, must be loaded.
  Example: Add the statement DEVICE = C:\PC-GPIB\GPIB.COM
           to your CONFIG.SYS file.

■ Use the IBCONF.EXE utility to reconfigure computer settings
  of the GPIB board, e.g., Interrupt Level or DMA settings
  (refer to installation manual of the GPIB board).

Using a ModemIThe AnyWave software can communicate with a remote instrument
using two Hayes compatible modems in the following way:

  ┌────────┐  ┌─────┐                 ┌──────┐  ┌──────────┐
  │ local  │  │local│                 │remote│  │ remote   │
  │computer├──┤modem├──>>> - - - <<<──┤modem ├──┤instrument│
  └────────┘  └─────┘                 └──────┘  └──────────┘

Applications:
   Put remote instrument in a dangerous environment and
    connect it via a modem over the telephone lines. This
    enables you to make measurements via a local computer
    without risking any danger.
   Put remote instrument in a far-away location and connect
    it via a modem over the telephone lines. This saves you
    travelling and lodging costs when measuring remotely.

For more details, select @951,"Preparing the Remote Modem".
Preparing the Remote ModemS1. To place the modem at the remote instrument site into the
   'Auto Answer' mode, you must configure it. So, prior to
   locating it at the remote site, proceed as follows:

    Connect the remote modem to the local computer via COM1
     or COM2 to configure it, so that it can be used remotely.

    Configure the remote modem that you connected to the
     computer by starting up the SETMODEM.EXE utility. Type
     from the DOS prompt, for example:
     - COM port 1, baud rate 1200:  SETMODEM /COM:1 /BAUD:1200
     - COM port 2, baud rate 2400:  SETMODEM /COM:2 /BAUD:2400
     Note: The SETMODEM utility executes the command strings
           that are specified in the file MODEM.CFG.
     Tip:  There are a lot of different Hayes-compatible
           modems. Refer to the manual of your modem to find
           out if the INITREMOTE command character string
           must be changed in the file MODEM.CFG.

2. Connect the remote instrument to the telephone network via
   the @950,"remote modem" that you configured before.
   Tip:  Set the modem in the Dial (Line) mode.
   Note: Set the baud rate at the instrument via its front
         panel to match with the selected modem baud rate
         (see instrument and modem manuals).

3. Connect the computer to the telephone network via another
   @950,"local modem".

 ╔══════════════════════════════════════════════════════════╗
 ║Tip: To make sure that the remote connection works, try it║
 ║     out first using two local telephone connections.     ║
 ╚══════════════════════════════════════════════════════════╝
Connecting a Modemi1. Select the instrument type that is connected to the modem
   from one of the <Instrument> list boxes.
2. Select MODEM from the <Interface> list box.
3. Select the COM port that is connected to the local modem
   from the <Com Port> list box, e.g., COM 1.
4. Select the baud rate that is set at the remote instrument
   from the <Baud Rate> list box:
    For ScopeMeter test tools, the baud rate must be 1200.
    For CombiScope instruments and Arbitrary Waveform
     Generators, you can choose the highest baud rate that is
     available on the local modem, the remote modem, and the
     instrument.
    The remote instrument, other than a ScopeMeter test tool
     must be set via its front panel to parity type NONE,
     8 data bits, 1 stop bit.
5. The selected connection parameters are displayed in the
   status information lines below the list boxes. Activate the
   <Connect> button to connect the instrument.
6. Enter the complete telephone number that must be dialled.
7. Activate the Dial button to dial the telephone number. If
   an error is reported, see @953,"Modem Connection Tips".
Tips to Connect a Modemê1. Set the local modem in the Dial (Line) mode.
   Switch the local modem off and on again, and reconnect.

2. Set remote instrument, other that a ScopeMeter test tool,
   via its front panel to the following:
     SETTING:           │ COMBISCOPE:     │ GENERATOR:
     ───────────────────┼─────────────────┼───────────
     Baud rate          │ selected modem baud rate
     Number of data bits│ 8               │ 8
     Number of stop bits│ 1               │ 1
     Parity type        │ None            │ None
     Xon/Xoff           │ on              │ off
     Handshake method   │ Software/3-wire │ Hardware/7-wire
   Switch the remote instrument off and on again, and
   reconnect.

3. Check that the serial interface connections are according
   to the following hardware wiring schemes:
    @954,"Local Modem Connection to PC"
    @954,"Remote Modem Connection to CombiScope Instruments"
    @954,"Remote Modem Connection to Arbitrary Waveform Generators"
    @956,"Remote Modem Connection to ScopeMeter Test Tools"
   Note: For serial cable connections between instrument and
         computer, select @921,"Serial Interface Cables".

4. Switch the remote modem off and on again, and reconnect.

5. Probably the remote modem is not in the 'Auto Answer' mode,
   or it is not 100% Hayes-compatible. To overcome this,
   @951,"prepare the remote modem" first, and reconnect.
$Modem Connection to Instrument or PCNote: If the instrument is a ScopeMeter test tool, select
      @956,"Modem Connection to ScopeMeter Test Tool".

            PC(DTE)
        INSTRUMENT(DTE)                      MODEM(DCE)
  SIGNAL║ 9-pin║25-pin║                    ║25-pin║ 9-pin
        ║female║female║     CONNECTION     ║ male ║ male
  ══════╬══════╬══════╬════════════════════╬══════╬══════
  F.GND ║ CASE ║   1  ║ o────────────────o ║  1   ║ CASE
        ║      ║      ║                    ║      ║
   TxD  ║  3   ║   2  ║ o───────»────────o ║  2   ║  3
        ║      ║      ║                    ║      ║
   RxD  ║  2   ║   3  ║ o───────«────────o ║  3   ║  2
        ║      ║      ║                    ║      ║
   RTS  ║  7   ║   4  ║ o───────»────────o ║  4   ║  7
        ║      ║      ║                    ║      ║
   CTS  ║  8   ║   5  ║ o───────«────────o ║  5   ║  8
        ║      ║      ║                    ║      ║
   DSR  ║  6   ║   6  ║ o────────────────o ║  6   ║  6
        ║      ║      ║                    ║      ║
  S.GND ║  5   ║   7  ║ o────────────────o ║  7   ║  5
        ║      ║      ║                    ║      ║
   DCD  ║  1   ║   8  ║ o────────────────o ║  8   ║  1
        ║      ║      ║                    ║      ║
   DTR  ║  4   ║  20  ║ o───────»────────o ║ 20   ║  4
(Modem Connection to ScopeMeter Test Tool_       SCOPEMETER                        MODEM
          (DTE)                          (DCE)
  SIGNAL║ 9-pin║                    ║25-pin║ 9-pin
        ║ male ║     CONNECTION     ║ male ║ male
  ══════╬══════╬════════════════════╬══════╬══════
  F.GND ║ CASE ║ o────────────────o ║  1   ║  1
        ║      ║                    ║      ║
   TxD  ║  2   ║ o───────»────────o ║  2   ║  3
        ║      ║                    ║      ║
   RxD  ║  3   ║ o───────«────────o ║  3   ║  2
        ║      ║                    ║      ║
   RTS  ║  7   ║              ┌───o ║  4   ║  7
        ║      ║              │     ║      ║
   CTS  ║  8   ║ o───────«────┴───o ║  5   ║  8
        ║      ║                    ║      ║
   DSR  ║  6   ║              ┌───o ║  6   ║  6
        ║      ║              │     ║      ║
   DTR  ║  4   ║ o───────«────┴───o ║ 20   ║  4
        ║      ║                    ║      ║
  S.GND ║  5   ║ o────────────────o ║  7   ║  5

  Note: There are also 9-pin modems that require pin 6 of
        the modem to be connected to pin 7 and 8 of the
        modem instead of to pin 4.
