Cirris Touch 1 User manual

Touch 1
Getting Started Guide and User’s Reference
Version 5.0D
10 Aug 2007

Touch 1 Getting Started Guide and User’s Reference
Version 5.0D
Copyright© 2007 by Cirris Systems Corporation
All Rights Reserved
Cirris Systems Corporation
1991 W. Parkway Boulevard
Salt Lake City, Utah 84119
USA

Table of Contents
Chapter 1: Setting up the Touch 1 ___________________________ 1
Check that you have all the required items ____________________ 1
Plug in your Touch 1 analyzer:______________________________ 1
Setting up the Analyzer ____________________________________ 3
Installing Add-on Scanners_________________________________ 3
Powering up and verifying the software is running _____________ 4
Using the Help System_____________________________________ 5
Installing Optional Software________________________________ 7
Using Cirris Adapters _____________________________________ 7
Chapter 2: Creating a Wire List (Learning) ____________________ 8
What is always learned ____________________________________ 8
What can be enabled or disabled before learning_______________ 8
Learning vs. Testing Ranges ________________________________ 8
Installing Adapters Before a Learn __________________________ 9
Setting Up a Learn________________________________________ 9
Changing Learn Settings__________________________________ 10
LV - Low Voltage Parameters _____________________________ 10
HV - High Voltage Parameters_____________________________ 11
Masking Test Points during High Voltage Testing _____________ 12
COMP - Learning Components ____________________________ 12
4-WIRE Settings_________________________________________ 13
SPC Data Collection Settings ______________________________ 13
Scripting Settings ________________________________________ 13
Verifying the Wirelist ____________________________________ 13
Sample Wirelist Printout__________________________________ 14
Chapter 3: Testing a Device _______________________________ 16
Installing Adapters for a Test Session _______________________ 16
Starting a Test Run ______________________________________ 16
Chapter 4: Analyzing Test Errors ___________________________ 17
Help on Test Errors ______________________________________ 17
Low Voltage Test Errors __________________________________ 17
High Voltage Errors______________________________________ 20
Chapter 5: Editing Wirelists _______________________________ 23
Using the Wirelist Editor__________________________________ 23
ADP - Adapters _________________________________________ 24
LV - Low Voltage (Continuity) Test_________________________ 24
HV - High Voltage Test ___________________________________ 24

CON - Wire Connections (Net List) _________________________ 24
LABEL - Custom test point labels __________________________ 24
COMP - Components (resistors, diodes, capacitors, etc.)________ 25
4-WIRE –Four Wire wirelists _____________________________ 25
SPC - Statistical Process Control ___________________________ 25
SCRIPT - Test Event and Custom Components _______________ 25
Chapter 6: Saving and Retrieving Wirelists and Scripts ________ 26
Saving a Wirelist ________________________________________ 26
Retrieving a Wirelist _____________________________________ 26
Changing Cable Descriptions ______________________________ 27
Chapter 7: Setting System Options and Test Controls _________ 28
Setting up System Options_________________________________ 28
Disk Utilities ____________________________________________ 28
Digital Outputs__________________________________________ 29
Signature Display________________________________________ 29
SPC Maintenance________________________________________ 29
Reports ________________________________________________ 30
Security ________________________________________________ 30
Date & Time ____________________________________________ 32
Adapter Info ____________________________________________ 32
Software Update_________________________________________ 32
Tester Checkout _________________________________________ 33
Monitor Display _________________________________________ 33
Screen Contrast _________________________________________ 33
Volume ________________________________________________ 33
Language_______________________________________________ 34
Setting Test Controls _____________________________________ 34
Chapter 8: General Information ____________________________ 35
Maintenance ____________________________________________ 35
Service_________________________________________________ 35
Calibration _____________________________________________ 35
Conditions for Operation _________________________________ 36
Appendix A: Specifications _______________________________ 37
Appendix B: Four-wire “Kelvin” Testing_____________________ 39
Appendix C: SPC Data Collection __________________________ 55
Appendix D: Scripting ___________________________________ 59
Appendix E: Parent / Child Wirelists________________________ 62
Appendix F: Digital I/O ___________________________________ 65

1
Chapter 1: Setting up the Touch 1
Check that you have all the required items
The following items are supplied with every Touch 1 test system:
The Touch 1 Analyzer.
A Power Cord that matches the electrical requirements of your country.
A hand-held Probe.
Optional items you may have purchased with the Touch 1 test system:
Test Point Expansion boxes - adds 128 test points per box (1024 points maximum).
A variety of Cirris Mating Adapters in many types, sizes, and quantities.
Touch 1 Performance Check Kit consisting of three special adapters and a manual.
A Network Card which is preinstalled by Cirris.
The AC Voltage option, preinstalled and activated by Cirris.
The Scripting option, preinstalled and activated by Cirris.
The SPC Data Collection option, preinstalled and activated by Cirris.
The Networking Made Easy software allows a PC to be a server so all your Touch1’s
can share data.
The SPC Link software for your PC, a data conversion and storage utility.
The SPC Made Easy software for your PC, a full featured data analysis tool.
The Zener Diode Test Kit consisting of a special adapter and a power supply.
You may need some of the following items based on your test requirements:
A Printer, either serial or parallel. ―Windows Only‖ printers are not compatible.
A Printer Cable to match your printer.
A computer Keyboard for non-touch screen control.
A Video Monitor, VGA or better resolution for remote or expanded display.
A Power Strip / Surge Protector to protect your analyzer.
A variety of Digital Controls such as external switches, relays, solenoids, etc.
Plug in your Touch 1 analyzer:
New Touch 1 analyzers auto adjust
to a line voltage of either 120V 60
Hz or 240ACV 50 Hz.
On older Touch 1 analyzer models
you need to manually select the line
voltage.

Chapter 1: Setting Up the Touch 1
2
Hipot Warning!
Possible electric shock!
Cirris hipot testers are designed to be safe for operators. Injuries from hipot test
equipment are rare; however, not every hipot test situation is safe. Hipot testing is not
dangerous to healthy individuals; although at times a mild electric shock may be
experienced. A small shock will only occur during a hipot test when the operator touches
an energized connection point. A shock from the tester may result in a hipot test failure.
Medical Warning!
A child or individual wearing a cardiac pacemaker, insulin pump, or electronically
controlled medical device should NOT perform Hipot testing.
Improving Hipot Safety
Set Hipot Test to Manual
When this option is set to Manual (see Setting Test Controls on page 34), the analyzer
does not automatically Hipot test. Instead, the analyzer’s display prompts ―Ready To
Hipot‖ after testing for continuity and resistance. This requires the operator to manually
press the Function switch or Hipot button to conduct a Hipot test. Having manual control
of the Hipot test should give the operator ample time to remove their hands from any
cable connections and prevent the possibility of shock.
Wear Rubber gloves
Latex rubber gloves should be sufficient for insulating the operator’s hands from electric
shock. However, do not use gloves designed for electrostatic discharge (ESD). These
gloves increase the potential for shock and test failures.
For more information on improving hipot safety visit:
www.cirris.com/testing/guidelines/hipot_safety.html

Chapter 1: Setting Up the Touch 1
3
Setting up the Analyzer
On/Off
Switch
Printer
Probe
Parallel port for
normal operation
Serial port (requires
Scripting option)
Standard
banana jack
Computer Keyboard
Digital Inputs
and Outputs
Video Port
Network Card
Using a computer
keyboard with the Touch 1
allows the use of a video
monitor and the keyboard
rather than the touch
screen for operation.
Allows external
devices to be used by
the Touch 1 like a
Hipot Safety Switch or
external Good and
Bad indicators.
Displays a full-
screen version of
what you see on
the touch screen
(must be used with
a computer
keyboard).
Ships pre-
installed if the
Networking option
was ordered with
your initial
purchase.
Important!
Be sure to connect all of your peripheral devices to the analyzer before turning on the power.
The analyzer may not recognize that the device is attached and the device may be damaged in the process
if the power is on when the device is plugged in to the back of the analyzer.
Installing Add-on Scanners
You can install up to 7 add-on scanners for a total of 1024 points in a system.
On the Touch 1 main unit, remove the scanner cover
plate by rotating the twist-lock fasteners 90 degrees so
they go from vertical to horizontal.

Chapter 1: Setting Up the Touch 1
4
With the add-on connector cable sticking straight up,
align the pins one-at-a-time on the add-on scanner
chassis with the holes in the main chassis. Then push the
add-on scanner up against the main unit so the pins seat.
On the front and back, secure the latches that connect
the main unit to the add-on.
Lift the main unit scanner assembly out of the chassis so
the free connector on the main unit cable is side-by-side
with the connector of the add-on scanner.
Connect the main unit cable to the add-on scanner cable.
While lowering the scanner assembly of the main unit
back into the chassis, gently guide the connected cable
so it folds into the main unit in a manner that allows the
scanner to sit easily on the chassis.
Powering up and verifying the software is running
Turn on the Touch 1 analyzer by pressing the power switch on the back of the analyzer.
The power-up Self Test is automatic and will go away when it is finished.
To freeze this window, press and hold Pause. Press again to Resume.
The current
software
version and
options that are
enabled are
shown here.
If there are errors during the Self Test,
write them down.

Chapter 1: Setting Up the Touch 1
5
The system
begins at the
Main Menu
with the wirelist
that was last
used loaded
and ready for
testing.
This button
indicates
whether the
Security
system is
active.
This button is the Help Icon. Use it wherever it is
available to get Help on nearly every aspect of your
Touch 1 analyzer.
This button allows you to set the screen Contrast.
This setting will affect all of the screens on this
machine. (also available in System Setup)
Using the Help System
There are two different kinds of Help:
Index Help –A wide array of topics that are selected from a master list from anywhere in the system.
Context-sensitive Help - Information on a specific item or task in a specific window, whether active or
disabled - buttons, boxes, or text.
Using the Index Help system
You can open the index from any window that has a Help button. The help button is a ―Question Mark‖ in the
upper right hand corner of the screen. Press the Help Icon twice to open the index.
To exit the Help
system, press
the touch
screen
anywhere
except a button.
You will be
returned to
where you were
before the Help
system was
accessed.
Choose from
the alphabetical
list to see a list
of topics.
Many topics link
to other related
topics.

Chapter 1: Setting Up the Touch 1
6
Using Context-sensitive Help
You can get Help on any item you see in a window, whether it is text, a button, or a list.
Text
Scroll boxes
Press the Help button
once, then press the part
of the window for which
you want information.
Unavailable buttons
Available buttons
Press anywhere on the Help topic except a button to close the Help system.

Chapter 1: Setting Up the Touch 1
7
Installing Optional Software
You may have purchased software to install on a PC that will be used with your Touch1 tester.
If you have purchased the Networking Option, you have also received Networking Made Easy which allows
multiple Touch1 testers to share the same information. Full instructions for Networking Made Easy are
available at this time on the Cirris Web site at http://www.cirris.com/software/networking_made_easy.html.
If you have purchased the SPC Data Collection Option, you should have received SPC Link and an
accompanying SPC Link Manual. If you have received SPC Made Easy, you should have received a manual.
Also see Appendix C in this manual for enabling SPC data on the tester.
If you have purchased the Scripting Option, you should have received a Scripting Manual. Also see
Appendix D and Chapter 6 in this manual to enable and begin to use scripting.
Using Cirris Adapters
Connector adapters snap directly into the Touch 1 and mate to the device-under-test. You can mix or match
the various kinds of adapters in combinations that work for you.
Standard Adapters
Standard Adapters consist of a connector mounted on a PC card that inserts directly into the "J" positions of
the tester's scanners. Each adapter is ―strapped‖ to create an Adapter Signature and pin count that the
analyzer can sense automatically.
Standard adapters are identified by a part number starting with an "A" using a seven character
format: Axxx-nn. Adapters are also labeled by what connector they mate to on the device under
test. Example: AHED-26 Mates to: 26 POS .1" FEM
Custom Adapters
Custom Adapters are limited-production adapters based on the design rules of Standard Adapters. They do
not appear in the Price List.
Custom adapters are identified by a part number in the format AA<nn>-<nnn> where the first number <nn> is
the number of pins and the second number <nnn> is the "nth" custom built by Cirris.
Example: AA10-690
When listed in the analyzer, unless a custom name is entered by you, the adapter is shown by its ―J‖ position
and signature only.
Example: J3 D507F1
| |
J pos. Signature
High Voltage (H) Adapters
When using voltages higher than 1000 VDC or 707 VAC, special adapters are required.
A High Voltage Adapter is identified by a part number that starts with an ―H‖. Smart adapters and easy-wire
adapters do not indicate their voltage rating. You can verify the voltage rating of any adapter by installing the
adapter in the Touch 1 and then using the Adapter Info utility in System Setup.

8
Chapter 2: Creating a Wire List (Learning)
Wirelists can be created by self learning, from a sample cable, manual input, or importing. You can ―learn‖
a wirelist using an existing device that can be connected to the analyzer or you can modify an existing
wirelist to meet your testing requirements. To change an existing wirelist, see Chapter 5: Editing
Wirelists.
Learning uses a group of settings that you can adjust in order to meet your specifications. The Touch 1
will store your settings and use them for any subsequent learn.
Some of the learn settings are always in place, you must enable others in order to be considered by the
analyzer during the learning process. Even so, any facet of the wirelist can be modified after the learn to
achieve the desired test.
What is always learned
Connections or wires whose resistance falls beneath the Connection Resistance setting.
Adapters that are installed on the analyzer at the time of the learn.
What can be enabled or disabled before learning
Components - resistors, diodes, capacitors, etc.
Child wirelists (multi-pass testing) –See Appendix E for more information on Parent/ Child wirelists.
Four-wire implementations. See Appendix B for more information on four-wire wirelists.
SPC (statistical process control) data collection. See Appendix C for more information on SPC Data
Collection.
Scripting. See Appendix D for more information on scripting applications.
Learning vs. Testing Ranges
There are differences between the ranges used for learning and those ranges that are used for testing.
Refer to the table below for a comparison of learning and testing capabilities.
Item
Learning Range
Testing Range
Wires
0.1to 100K500K, 1 M, 5 M
(extendable to 0.001with 4-Wire)
0.1to 100K500K, 1 M, 5 M
(extendable to 0.001with 4-Wire)
Capacitors
400nF to 100uF (Tolerance defaults to 10%)
5nF to 100uF Tolerance: 1-99 %
Diodes
Silicon –all, Zeners - limited detection
Silicon, Germanium, Zeners ?? v to 19v (4
to 19 v requires the optional zener kit
Grounded
points
Requires setting ―High Cap Shield Allowed‖ and
―Allow Grounded Points‖
Yes
LEDs
LEDs are not learned as LEDs. Some may be
learned as diodes depending on their
characteristics.
Can be tested as a custom component.
Otherwise, tested as diodes.
Resistors
0.1to 100K (Tolerance defaults to 10%)
0.1to 1.0M(extendable to 0.001with
four-wire) Tolerance: 1-99 %
Relays
Can learn both states (on or off) by using Multi-
Pass Testing
Testing for both on and off states requires
Multi-Pass Testing
SCSI
Terminators
n/a
50-68 pin, powered or un-powered
Switches
Can learn all positions (on or off) by using Child
Wirelists (Multi-pass testing).
Testing for all positions (on or off) requires
Multi-Pass Testing
Twisted pairs
Min twisted length: 6 ft Min wires in cable:
three
Min twisted length: 6 ft Min wires in cable:
three

Chapter 2: Creating a Wire List (Learning)
9
Installing Adapters Before a Learn
Adapters must be installed in the same "J" positions for testing as when the device was learned. If they are
in a different order when you start a test, the analyzer will ask you to reposition them where they were in
the original learn.
To install an adapter into the analyzer, first remove the cover plate on the scanner assembly.
Place the adapter so
that it rests in the
intended position, the
pins on the bottom of
the adapter facing to the
left.
Carefully but firmly slide
the adapter to the left
until the cover plate pin
holes show on the right
side of the adapter.
Replace the cover plate
to secure the adapter(s)
in place.
Setting Up a Learn
From the Main Menu press Test Setup.
In Test Setup, press Learn Sample
In Learn Setup, press LEARN to begin learning.
OR
You can change any of the learn settings by
pressing CHANGE.
You can view the current learn settings by
pressing the up or down arrows through the list.
You can abort the learning process by pressing
CANCEL.

Chapter 2: Creating a Wire List (Learning)
10
The analyzer will then learn the device.
These Signatures are described in the Help
Index under Signatures: Overview.
Note: If a test program has components, the
paramater signature is –MULTI. If a test
program has advanced hipot settings or a
voltage greater than 1000 V, the parameter
signature is -00000.
Relearning an assembly will replace the wirelist
in the Last Learned position.
To save a wirelist that you have learned, see the
Saving a Wirelist section in Chapter 6.
You are now ready to test devices. See Chapter
3: Testing a Device for your next step.
Changing Learn Settings
Pressing CHANGE in the Learn Setup window will provide access to all of the learn settings.
To view a specific section of
the wirelist, use any of the
buttons to highlight that area.
You can return all of the learn
parameters to the default
settings by pressing Factory
RESET.
Use the CHANGE button to
access the changeable
items for the section that is
highlighted.
You can use the arrows and
slider to view the sections of
the wirelist without selecting
them.
LV - Low Voltage Parameters
Low voltage parameters influence the continuity portion of the test, which is performed first. The Continuity
Test evaluates wires for connection resistance, opens, and shorts. Components like resistors, diodes, and
capacitors are learned and tested separately.

Chapter 2: Creating a Wire List (Learning)
11
The definition of a good wire is based on the settings of Low Voltage parameters. Good wires have resistance
less than the Connection Resistance setting. Opens are intended connections with resistance greater than
the Insulation Resistance setting. Shorts are unintended connections with resistance is below the Insulation
Resistance setting.
Before creating a wirelist by learning a sample, you can get the Touch 1 to find the resistance of all the wires of
the sample. Calc Sample Cable allows you to establish a reasonable connection resistance parameter by
comparing several sample devices.
LV Parameter Settings
Range
Connection Resistance <=
0.10 ohm to 100 k ohms
LV Insulation Resistance >
0.10 ohm to 5 M ohms (must be higher than the Connection
Resistance setting)
Component Resistance >
Not a user setting for a learn. The parameter is automatically
calculated when components testing is enabled.
HV - High Voltage Parameters
The High Voltage Parameters govern the second part of a test where a specified voltage is applied to each net
in the wirelist, one at a time, while all other nets are held at ground.
The High Voltage Test evaluates insulation for dielectric strength and insulation resistance. You can set up the
High Voltage Test using one of two sets of parameters, either Standard or Advanced. The Standard Test
combines the dielectric strength test (DWV) and insulation resistance test (IR) into one test and the Advanced
Test separates the two with the DWV test being performed before the IR Test. All tests are performed in
succession on a net-by-net basis such that each net has all tests performed before advancing to the next net.

Chapter 2: Creating a Wire List (Learning)
12
How HV parameter settings define insulation
Unless intentionally masked out from testing, Hipot Voltage is applied to each net or unused point for the
duration of Dwell Time while all other nets and points are held at ground. Leakage current through insulation is
then measured. Insulation leakage current is a function of the DWV Voltage setting and any other factor that
contributes to current flow, such as: (a) charge capacitance, (b) insulation resistance, (c) contaminants, (d)
moisture, (e) arcing or corona, etc. If the insulation resistance of the device-under-test stays above the
Insulation Resistance setting, the device passes the test.
Standard parameters
Range
Hipot Voltage
50V DC to 1000V, 1500V, or 2000V depending on
the model of analyzer.
Insulation Resistance
5 M ohms to 1 G ohms based on the Hipot Voltage
Duration or Dwell Time
0.01, 0.1, 1, 2, 5, 10, 30, 60, 120 seconds
Maximum Soak Time
0, 0.01, 0.1, 1, 10, 30, 60, 120 seconds
Advanced parameters
Range
Dielectric Strength Test
DWV Hipot Voltage
50V to 1000V, 1500V, or 2000V depending on the
model of analyzer. (Optionally 50V AC to 707V or
1000V)
DWV Maximum Current
0.1 to 1.5 mA
Duration or Dwell Time
0.01, 0.1, 1, 2, 5, 10, 30, 60, 120 seconds
Frequency
25, 30, 50, 60 Hz (AC voltage only)
Insulation Resistance Test
Insulation Voltage
50V DC to 1000, 1500, or 2000 depending on the
model of analyzer.
Insulation Resistance
5 M ohms to 1 G ohms based on the Hipot Voltage
Insulation Res. Good For
0.002 to 120 seconds
Soak Until Good
Yes or No
Soak For or Max Soak
0 to 120 seconds
Masking Test Points during High Voltage Testing
Point masking refers to removing from high voltage testing a selected set of test points. For details, see the
Touch 1 Help Index under the Masking Points entry or look in Appendix D: Scripting under the Selectively
Applying Hipot Voltage section.
COMP - Learning Components

Chapter 2: Creating a Wire List (Learning)
13
Use MORE COMP to specifically enable the learning of components.
Item
Learning Range
Notes
Capacitors
400nF to 100uF (Tolerance defaults to 10%)
Child Wirelists
Multiple child wirelists can be learned under a
single parent wirelist.
Each child wirelist is learned along with a parent.
Diodes
Silicon –all, Germanium –no, LEDs –no,
Schottky - maybe (call), Zeners - limited
detection
Resistors
0.1to 100K(Tolerance defaults to 10%)
Twisted pairs
Min twisted length: 6 ft, Min wires in cable:
three
4-WIRE Settings
Important! You must build the fixture first according to a set pattern. Use MORE, 4-WIRE to enable the
learning of first the 4-wire fixture and then the device-under-test attached to the fixture.
For more information, see Appendix B: Four-Wire, or download a copy of the four-wire application note from
the Cirris website, or search the Help Index under Four-Wire Test - Overview.
SPC Data Collection Settings
Use MORE, SPC to turn data collection on or off for each specific wirelist and to choose what data you want
collected.
For more information on SPC Data Collection, see Appendix C: SPC Data Collection or search the Help
Index under SPC.
Scripting Settings
Use MORE, SCRIPT to attach Component scripts and Test Event scripts to a wirelist. ―Attaching‖ refers to tying
a specific script to a specific wirelist so the functionality of that script will be a part of that wirelist.
Important! In the case of .evt Test Event scripts and .cmp Components scripts, further setup is necessary.
For more information, see Appendix D: Scripting, or search the Help Index under Scripting - Overview.
Verifying the Wirelist
In the Main Menu press Test Setup.
In Test Setup, press View & Change Wirelist

Chapter 2: Creating a Wire List (Learning)
14
To view a specific
section of the wirelist,
use any of the
buttons to highlight
that area.
You can PRINT the
wirelist for manual
verification as
required.
Use the CHANGE button to
access the changeable
items for the section that is
highlighted.
You can use the arrows and
slider to view the sections of
the wirelist without selecting
them.
Sample Wirelist Printout

Chapter 2: Creating a Wire List (Learning)
15
TOUCH 1 CABLE DOCUMENTATION
Filename: untitled.wir Date: 8/1/2003
CRC Signature: 498EUS
Cable Signature: 64B075
Parameter Signature: 2J8NH
Cable Description: Last Learned
Cable Serial Number:
Adapter Signature(s): ..............Adapter Descriptions(s):
J1 3BAF92 ............................01-12 .156”POS FEM
J2 1218E0 ............................26 POS .1” FEM
Parameter Settings:
CONNECTION RESIS 10.0 ohm
LV INSULATION RESIS 100K ohm
HIPOT VOLTAGE 50V
INSULATION RESIS 5.00 M ohm
HIPOT DURATION .01 SEC
APPLY HIPOT TO ALL ADAPTER PINS
HIPOT SOAK TIME 0 SEC
1 MyPin3 Ground
2 J1-008 J1-012
LABELS
J1-003 = MyPin3
J1-006 = Ground
Notes:
____________________________________________________________
These are the
Low Voltage
parameters.
This is the
Connection List.
This is the
adapter
section.
These are
point labels.
Search the
Help Index
under
Signatures -
Overview.
These are
the High
Voltage
parameters.

16
Chapter 3: Testing a Device
Installing Adapters for a Test Session
Before you begin a test session or ―run‖, the correct adapters must be installed in the correct ―J‖ position in
the analyzer. If you press TEST without the correct adapters in the correct positions, the Touch 1 will prompt
you with the necessary information to configure the adapters in the analyzer.
Starting a Test Run
Testing is performed using the currently loaded wirelist as shown in either the "Test Cable" button in the Main
Menu or the View & Change Wirelist button in the Test Setup window. You can use the Last Learned
wirelist or you can retrieve a wirelist that you previously created and saved to disk or to the network.
Note: If you turn off the tester, when you turn it back on, the last-learned or last-retrieved wirelist will be ready
to use for testing from the Main Menu.
In Test Setup, press Test.
In the Main Menu, press Test Cable.
OR
The test window opens, giving you status messages and instructions about the testing process.
This area is used for
messages regarding
the status of the test.
This button is used to
start the next test or
other functions as they
are available.
Use the Help Index under
Signatures: Overview for
more information.
These boxes indicate the
number GOOD and the
number tested.
This button shows a printable
summary of this run of tests
including adapters,
parameters, and the number
of good tests.
To complete a test run and store SPC data, press
the CANCEL button. The good and total
counters are reset to 0. See Appendix C: SPC
Data Collection for more information.