Measurement WBK12A User Manual

WavePort

User's Manual

High-Speed Portable Data Acquisition Systems

the smart approach to instrumentation ™

IOtech, Inc.

25971 Cannon Road

Cleveland, OH 44146-1833

Phone: [phone]

Fax: [phone]

E-mail (Product Information): [e-mail]

E-mail (Technical Support): [e-mail]

Internet: www.iotech.com

WavePort

High-Speed Portable Data Acquisition Systems

p/n

User's Manual

1036-0901

Rev.

3.0

© 2000 by IOtech, Inc.

September 2000

Printed in the United States of America

Warranty Information

Your IOtech warranty is as stated on the product warranty card. You may contact IOtech by phone,
fax machine, or e-mail in regard to warranty-related issues.
Phone: [phone], fax: [phone], e-mail: [e-mail]

Limitation of Liability

IOtech, Inc. cannot be held liable for any damages resulting from the use or misuse of this product.

Copyright, Trademark, and Licensing Notice

All IOtech documentation, software, and hardware are copyright with all rights reserved. No part of this product may be
copied, reproduced or transmitted by any mechanical, photographic, electronic, or other method without IOtech’s prior
written consent. IOtech product names are trademarked; other product names, as applicable, are trademarks of their
respective holders. All supplied IOtech software (including miscellaneous support files, drivers, and sample programs)
may only be used on one installation. You may make archival backup copies.

FCC Statement

IOtech devices emit radio frequency energy in levels compliant with Federal Communications Commission rules (Part 15)
for Class A devices. If necessary, refer to the FCC booklet How To Identify and Resolve Radio-TV Interference Problems
(stock # 004-000-00345-4) which is available from the U.S. Government Printing Office, Washington, D.C. 20402.

CE Notice

Many IOtech products carry the CE marker indicating they comply with the safety and emissions standards of the
European Community. As applicable, we ship these products with a Declaration of Conformity stating which
specifications and operating conditions apply.

Warnings, Cautions, Notes, and Tips

Refer all service to qualified personnel. This caution symbol warns of possible personal injury or equipment damage
under noted conditions. Follow all safety standards of professional practice and the recommendations in this manual.
Using this equipment in ways other than described in this manual can present serious safety hazards or cause equipment
damage.

This warning symbol is used in this manual or on the equipment to warn of possible injury or death from electrical
shock under noted conditions.

This ESD caution symbol urges proper handling of equipment or components sensitive to damage from electrostatic
discharge. Proper handling guidelines include the use of grounded anti-static mats and wrist straps, ESD-protective
bags and cartons, and related procedures.

This symbol indicates the message is important, but is not of a Warning or Caution category. These notes can be of
great benefit to the user, and should be read.

In this manual, the book symbol always precedes the words “Reference Note.” This type of note identifies the location
of additional information that may prove helpful. References may be made to other chapters or other documentation.

Tips provide advice that may save time during a procedure, or help to clarify an issue. Tips may include additional
reference.

Specifications and Calibration

Specifications are subject to change without notice. Significant changes will be addressed in an addendum or revision to
the manual. As applicable, IOtech calibrates its hardware to published specifications. Periodic hardware calibration is
not covered under the warranty and must be performed by qualified personnel as specified in this manual. Improper
calibration procedures may void the warranty.

Quality Notice

IOtech has maintained ISO 9001 certification since 1996. Prior to shipment, we thoroughly test our products and
review our documentation to assure the highest quality in all aspects. In a spirit of continuous improvement, IOtech
welcomes your suggestions.

03-10-00

Manual Layout

This manual pertains to setup and operation of a WavePort data acquisition system.
The material is organized as follows:

Chapter 1: Unpacking and Inspecting your WavePort Package

Chapter 2: An Introduction to WavePort

Chapter 3: System Setup

Chapter 4: Hardware and Operation Reference

Chapter 5: Software, An Introduction

Chapter 6: WaveView

Chapter 7: DIAdem - the PC Workshop, Quick Start and User’s Guide

Chapter 8: Troubleshooting

Chapter 9: Maintenance, Service, and Part Replacement

Chapter 10: Specifications

Appendix A: Using Accelerometers

Appendix B: WBK20A PCMCIA Option, Setup Notes

Glossary

WARNING

WARNING

WARNINGWARNING

The Notebook Power receptacle is “LIVE” whenever WavePort is plugged into a live AC power source.
The Module Power Switch can not be used to turn this receptacle “Off.”

WavePort contains no user serviceable components. Do not remove WavePort’s cover plate.
Lethal voltages are present which could cause serious injury or death.

CAUTION

CAUTION

CAUTIONCAUTION

Using this equipment in ways other than described in this manual can cause personal injury or
equipment damage. Pay special attention to all cautions and warnings.

Reference Note:

Additional information (not available at the time of publication), can be found in ReadMe files,
or in supplemental documentation.

WavePort User’s Manual

09-29-00

i

Table of Contents

1 – Unpacking and Inspecting your WavePort Package ….. 1-1

2 – An Introduction to WavePort

What is WavePort?......2-1

What Types of I/O Signals Apply to WavePort?….. 2-2

3 – System Setup

Choosing a Notebook PC …… 3-1

Attaching the Notebook to WavePort …… 3-1
Connecting the Communication Cable and Notebook Power Cable …… 3-4
Connecting the WavePort to Power…… 3-5
Installing Software …… 3-5
Using the Daq Configuration Applet to Check Connections…… 3-6
A Guide to Using the Daq Configuration Applet …… 3-7

4 – Hardware and Operation Reference

WavePort/PE Devices …… 4-1

Overview ……4-2
Basic Operation ……4-3
Signal Aspects ……4-5
WavePort/PE16 ……4-5
WavePort/PE8 …… 4-6

WavePort/V Devices …… 4-8

Overview……4-8
Basic Operation ……4-9
Signal Aspects ……4-10

Ground Connections ……4-11
DB25F “Digital I/O, External Clock, TTL Trigger” Connection ……4-12
Programmable Features ……4-12
Triggers ……4-13

Pulse Trigger ……4-13
Digital-Pattern Trigger ……4-14
Multi-channel Triggering ……4-14
External Clock and Counter-Timer ……4-15

Power Aspects ……4-16

Power Module Operation ……4-18
Charging ……4-19
Fuse Replacement …… 4-19

Factory-Installed Option Cards (for WaveBook and WBK10A-based modules) …… 4-20

WBK11A – Simultaneous Sample and Hold Card……4-20
WBK12A and WBK13A Programmable Low-Pass Filter Cards ……4-21

WavePort’s Fan ……4-22

5 – Software, An Introduction ….. 5-1

6 – WaveView…… 6-1

Software Setup Notice for WavePort… 6-1
Introduction…… 6-2
Software Startup & Sample Acquisition…… 6-2

Startup WaveView…… 6-2
Configure Channels…… 6-4
Configure Acquisition…… 6-5
Collect Data…… 6-6
Store Data [and View File Data], Option…… 6-7

WaveView Configuration Main Window…… 6-7
Data Conversion…… 6-12

ii WavePort User’s Manual

Acquisition Configuration…… 6-13

General Information ….. 6-13
Trigger Types ….. 6-14
External Clock and Counter-Timer …… 6-15
Digital Pattern Trigger…… 6-16
Pulse Trigger …… 6-17

WaveView Scope Window…… 6-18
WaveView Direct-To-Disk Window… 6-21

7 – DIAdem

Preface …… 7-2
DIAdem Quick Start…… 7-3

Installing DIAdem …… 7-3
Launching DIAdem from an Acquisition Program …… 7-3
Using DIAdem with ChartView …… 7-5
Where to go from here …… 7-9
DIAdem-VIEW Help Files ……7-9
“Examples” Help Files …… 7-10

DIAdem - the PC Workshop …… 7-13

The Overall Design …… 7-13
DIAdem Help …… 7-18
Options …… 7-19

DIAdem DATA: Loading and Saving Data …… 7-23

The Data Area …… 7-23
Copying, Pasting, and Deleting Data Channels …… 7-25
Saving and Opening Data Sets …… 7-26

DIAdem VIEW: Viewing, Measuring & Editing Data …… 7-27

Viewing Data as Graphs …… 7-28
Using the Cursor Position to Measure a Graph …… 7-29
How to Copy or Delete a Graph …… 7-32
Using Zoom, Scrolling, & Screen Partition …… 7-33

8 – Troubleshooting …… 8-1

Electrostatic Discharge (ESD), Handling Notice…… 8-1
ReadMe Files and the Install CD-ROM …… 8-1
Driver Support…… 8-2
Connection Problems…… 8-2
32-Bit WaveView Issues…… 8-2
Windows NT V3.51…… 8-3
Windows 95/98/2000 Problems…… 8-3
Resource Settings…… 8-3
Parallel Port Setup…… 8-3
Customer Assistance …… 8-5

9 – Maintenance, Service, and Part Replacement …… 9-1

General Maintenance......9-1

Fan Filter: Cleaning and Replacement ….. 9-2
What Type of Environment is WavePort Intended for? …..9-3
How Should WavePort be Transported? …… 9-3
Should I Calibrate the WavePort? ……9-4
How do I get Replacement Parts or Service? …..9-4

10 - Specifications

Appendix A – Using Accelerometers …… A-1

Appendix B – WBK20A PCMCIA Option, Setup Notes …… B-1

Glossary

WavePort User’s Manual

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iii

iv WavePort User’s Manual

Unpacking and Inspecting your WavePort Package 1

A typical WavePort package consists of the items depicted in the above figure. For reason of clarity,
packaging materials are not shown. Note that the WavePort/PE8 (not illustrated) has two rows of BNC
connectors instead of three, as depicted for the PE16 represented in the above figure. The WavePort/V
series (/V8, /V16, /V24) BNC connectors and signal channels are discussed in chapters 2 and 4.

Your order was carefully inspected prior to shipment. When you receive your order, carefully unpack all
items from the shipping carton and check for physical signs of damage that may have occurred during
shipment. Promptly report any damage to the shipping agent and the factory. Retain all shipping materials
in case the unit needs returned.

If you ordered any accessories, e.g., the WBK20A option, check the package to ensure the additional items
are included.

Report any problems to your sales agent.

At this point in time, do not be concerned with the purpose of each item that was included with your
shipment. Chapter 3, System Setup identifies the role of each item, when the purpose is not obvious.

WavePort User’s Manual

WavePort/PE, Standard Package

09-29-00

Unpacking 1-1

1-2 Unpacking

09-29-00

WavePort User’s Manual

An Introduction to WavePorts 2

What are WavePorts?......2-1

What Types of I/O Signals Apply ?….. 2-2

What are WavePorts ?

WavePorts are high-speed, portable data acquisition systems housed in a rugged
case. At present there are two distinct WavePort product lines; these are the

WavePort/PE (piezoelectric) and WavePort/V (voltage) models.

WavePort/PE

excitation through BNC connectors; and are ideal for applications pertaining to
vibration, rotating machinery, and acoustic measurements.

WavePort/PEs measurement capabilities are as follows:

• WavePort/PE8 - up to eight channels of voltages within ±10V and

up to 8 channels of ICP® transducer excitation (PE8)

• WavePort/PE16 - up to eight channels of voltages within ±10V and

up to 16 channels of ICP® transducer excitation

Illustrations of the BNC sections [for both PE16 and PE8 units] are featured on the
following pages.

The unit’s portability makes it an excellent choice for engineers and technicians on
the go. WavePort can be powered from a standard AC outlet, an external DC
source, or its own internal batteries.

WavePort/V

The “V” series offers 8, 16, or 24 channels through BNC connectors.

WavePort/V measurement capabilities are as follows:

• WavePort/V8 - up to eight channels of voltages within ±10V

• WavePort/V16 - up to sixteen channels of voltages within ±10V

• WavePort/V24 - up to twenty-four channels of voltages within ±10V

Illustrations of the BNC sections [for both PE and V units] are featured on the following pages.

devices are pre-configured to measure voltages and transducer

Dimensions:

470 mm wide, 369 mm
deep, 191 mm high
(18.5” x 14.5” x 7.5”)

Weight (excluding cables):

13 kg (28 lbs.)

devices provide a convenient acquisition package for general-purpose voltage measurements.

WavePorts can be powered from a standard AC outlet, an external DC source, or from internal batteries.
Their portability makes each an excellent choice for engineers and technicians on the go.

WavePort User’s Manual

WARNING

WARNING

WARNINGWARNING

The Notebook Power receptacle is “LIVE” whenever WavePort is plugged into a live AC power source.

The Module Power Switch

WavePort contains no user serviceable components. Do not remove WavePort’s cover plate.
Lethal voltages are present which could cause serious injury or death.

09-29-00

cannot

be used to turn this receptacle “Off.”

An Introduction to W avePort 2-1

What Types of I/O Signals Apply ?

The following pages contain descriptions of signal panels for WavePort/PE and WavePort/V devices. Brief
descriptions of signal types are included with each panel

More detailed information regarding signals and connections is provided in chapter 4.

Power-Related Items

2-2 An Introduction to W avePort

09-29-00

WavePort User’s Manual

WavePort/PE16

WavePort/PE16 can measure up to eight channels of voltages within ±10V; and up to 16 channels of ICP® transducer
excitation.

The unit receives its channel-input signals through three columns of eight BNC connectors (24 channel inputs total). The
columns are labeled MODULE 2, MODULE 1, and WAVEBOOK. In addition to the channel-input BNCs, WAVEBOOK
contains a BNC for PULSE Trigger Input, and the two MODULEs include BNCs for filter clock input (FILTER CLK. IN),
and EXCITATION SOURCE OUT (see following figure).

The signal panel includes a DB25 connector for DIGITAL I/O, EXT CLOCK (external clock), and TTL TRIGGER.
Connection nodes for CHASSIS (ground) and ANALOG COMMON are also provided. An illustration follows.

Module 1 and Module 2

Dynamic Signal Conditioning

CH1-1 through CH1-8 and
CH2-1 through CH2-8, respectively

• Gain Ranges:

x1, 2, 5, 10, 20, 50, 100, and 200

• Input Ranges:

5V, 2.5V, 1V,
500 mV, 250 mV,
100 mV, 50 mV,
and 25 mV peak

AC-Coupled Only

BNC shells are analog common.

See Chapter 6, WaveView and
Chapter 10, Specifications for
additional information.

Filter Clock In

WaveBook

Analog Inputs

CH1 through CH8, Analog Inputs via
BNC Connectors.

• 16 bit resolution

•

Software selectable for unipolar or
bipolar operation

• Unipolar Ranges

0 to +10V
0 to + 4V
0 to +2V

• Bipolar Ranges

±10V, ±5V, ±2V, ±1V

• Maximum Overvoltage: +/-30 VDC

DC-Coupled Only,

Fully Differential

See Chapter 6, WaveView and
Chapter 10, Specifications for additional
information.

Pulse Trigger Input

•

Input Signal Range: ±5V

• Input Characteristics: 75 Ω

•

Input Protection: ±10V max.

• Minimum Pulse Width: 100 ns

•

Maximum Pulse Width: 0.8 sec

•

Latency: 300 ns

Excitation Source Out

Reference Notes:

Additional information regarding WavePort signal connections appears elsewhere in this manual.

•

• Chapter 6, WaveView, includes information regarding channel configuration.

•

• Chapter 10 provides device specifications.

WavePort User’s Manual

Digital I/O
External Clock

Chassis Ground

WavePort/PE16 Signal Panel

Chapter 4, Hardware and Operation Reference, includes details regarding signal connections.

Chapter 9 contains maintenance, intended environment, and transportation information.

09-29-00

TTL Trigger

Analog Common

An Introduction to W avePort 2-3

WavePort/PE8

WavePort/PE8 can measure up to eight channels of voltages within ±10V; and up to 8 channels of ICP® transducer excitation.

The unit receives its channel-input signals through two columns of eight BNC connectors (16 channel inputs total). The
columns are labeled MODULE 1 and WAVEBOOK. In addition to the channel-input BNCs, WAVEBOOK contains a BNC
for PULSE Trigger Input, and MODULE 1 include one BNCs for filter clock input (FILTER CLK. IN), and another BNC for
EXCITATION SOURCE OUT (see following figure).

The signal panel includes a DB25 connector for DIGITAL I/O, EXT CLOCK (external clock), and TTL TRIGGER.
Connection nodes for CHASSIS (ground) and ANALOG COMMON are also provided.

Module 1

Dynamic Signal Conditioning

CH1-1 through CH1-8

• Gain Ranges:

x1, 2, 5, 10, 20, 50, 100, and 200

• Input Ranges:

5V, 2.5V, 1V,
500 mV, 250 mV,
100 mV, 50 mV,
and 25 mV peak

AC-Coupled Only,

BNC shells are analog common.

See Chapter 6, WaveView and
Chapter 10, Specifications for
additional information.

Filter Clock In

WaveBook

Analog Inputs

CH1 through CH8, Analog Inputs via
BNC Connectors.

• 16 bit resolution

•

Software selectable for unipolar or
bipolar operation

• Unipolar Ranges

0 to +10V
0 to + 4V
0 to +2V

• Bipolar Ranges

±10V, ±5V, ±2V, ±1V

• Maximum Overvoltage: ±30 VDC

DC-Coupled Only,

Fully Differential

See Chapter 6, WaveView and
Chapter 10, Specifications for
additional information.

Pulse Trigger Input

•

Input Signal Range: ±5V

• Input Characteristics: 75 Ω

•

Input Protection: ±10V max.

• Minimum Pulse Width: 100 ns

•

Maximum Pulse Width: 0.8 sec

•

Latency: 300 ns

Excitation Source Out

Chassis Ground

Reference Notes:

Additional information regarding WavePort signal connections appears elsewhere in this manual.

•

Chapter 4, Hardware and Operation Reference, includes details regarding signal connections.

•

Chapter 6, WaveView, includes information regarding channel configuration.

•

Chapter 9 contains maintenance, intended environment, and transportation information.

•

Chapter 10 provides device specifications.

2-4 An Introduction to W avePort

WavePort/PE8 Signal Panel

09-29-00

Digital I/O
External Clock
TTL Trigger

Analog Common

WavePort User’s Manual

WavePort/V8

WavePort/V8 can measure up to eight channels of voltages within ±10V.

The unit receives its channel-input signals through eight BNC connectors. In addition to the channel-input BNCs, there is one
BNC for PULSE Trigger Input (see following figure).

The signal panel includes a DB25 connector for DIGITAL I/O, EXT CLOCK (external clock), and TTL TRIGGER.
Connection nodes for CHASSIS (ground) and ANALOG COMMON are also provided.

WaveBook

Analog Inputs

CH1 through CH8, Analog Inputs via
BNC Connectors.

•

16 bit resolution

• Software selectable for unipolar or

bipolar operation

• Unipolar Ranges

0 to +10V
0 to + 4V
0 to +2V

• Bipolar Ranges

±10V, ±5V, ±2V, ±1V

•

Maximum Overvoltage: ±30 VDC

See Chapter 6, WaveView and
Chapter 10, Specifications for
additional information that includes
ranges available with WBK11A,
WBK12A, and WBK13A factory­installed options.

DC-Coupled Only,

Fully Differential

Pulse Trigger Input

• Input Signal Range: ±5V

• Input Characteristics: 75 Ω

•

Input Protection: ±10V max.

• Minimum Pulse Width: 100 ns

• Maximum Pulse Width: 0.8 sec

• Latency: 300 ns

Reference Notes:

Additional information regarding WavePort signal connections appears elsewhere in this manual.

•

• Chapter 6, WaveView, includes information regarding channel configuration.

•

• Chapter 10 provides device specifications.

WavePort User’s Manual

Digital I/O
External Clock
TTL Trigger

Analog Common

WavePort/V8 Signal Panel

Chapter 4, Hardware and Operation Reference, includes details regarding signal connections.

Chapter 9 contains maintenance, intended environment, and transportation information.

09-29-00

An Introduction to W avePort 2-5

WavePort/V16

WavePort/V16 can measure up to sixteen channels of voltages within ±10V.

The unit receives its channel-input signals through two columns of eight BNC connectors (16 channel inputs total). The
columns are labeled MODULE 1 and WAVEBOOK. In addition to the channel-input BNCs, WAVEBOOK contains a BNC
for PULSE Trigger Input (see following figure).

The signal panel includes a DB25 connector for DIGITAL I/O, EXT CLOCK (external clock), and TTL TRIGGER.
Connection nodes for CHASSIS (ground) and ANALOG COMMON are also provided.

Module 1

Analog Inputs

CH1-1 through CH1-8, Analog Inputs
via BNC Connectors.

•

16 bit resolution

•

Software selectable for unipolar or
bipolar operation

• Unipolar Ranges

0 to +10V
0 to + 5V
0 t0 + 2V
0 to +1V

• Bipolar Ranges

±10V, ±5V, ±2V, ±1V, ±0.5V

• Maximum Overvoltage: ±30 VDC

DC-Coupled Only,

Fully Differential

See Chapter 6, WaveView and
Chapter 10, Specifications for
additional information that includes
ranges available with WBK11A,
WBK12A, and WBK13A factory­installed options.

WaveBook

Analog Inputs

CH1 through CH8, Analog Inputs via
BNC Connectors.

•

16 bit resolution

•

Software selectable for unipolar or
bipolar operation

• Unipolar Ranges

0 to +10V
0 to + 4V
0 to +2V

• Bipolar Ranges

±10V, ±5V, ±2V, ±1V

•

Maximum Overvoltage: ±30 VDC

DC-Coupled Only,

Fully Differential

See Chapter 6, WaveView and
Chapter 10, Specifications for
additional information.

Pulse Trigger Input

• Input Signal Range: ±5V

•

Input Characteristics: 75 Ω

• Input Protection: ±10V max.

•

Minimum Pulse Width: 100 ns

•

Maximum Pulse Width: 0.8 sec

•

Latency: 300 ns

Reference Notes:

Additional information regarding WavePort signal connections appears elsewhere in this manual.

• Chapter 4, Hardware and Operation Reference, includes details regarding signal connections.

•

Chapter 6, WaveView, includes information regarding channel configuration.

• Chapter 9 contains maintenance, intended environment, and transportation information.

•

Chapter 10 provides device specifications.

2-6 An Introduction to W avePort

WavePort/V16 Signal Panel

09-29-00

Digital I/O
External Clock
TTL Trigger

Analog Common

WavePort User’s Manual

WavePort/V24

WavePort/V24 can measure up to 24 channels of voltages within ±10V.

The unit receives its channel-input signals through three columns of eight BNC connectors (24 channel inputs total). The
columns are labeled [from left to right] MODULE 2, MODULE 1, and WAVEBOOK. In addition to the channel-input
BNCs, WAVEBOOK contains a BNC for PULSE Trigger Input (see following figure).

The signal panel includes a DB25 connector for DIGITAL I/O, EXT CLOCK (external clock), and TTL TRIGGER.
Connection nodes for CHASSIS (ground) and ANALOG COMMON are also provided.

Module 1 and Module 2

Analog Inputs

CH1-1 through CH1-8, and
CH2-1 through CH2-8, respectively.

•

16 bit resolution

• Software selectable for unipolar or

bipolar operation

• Unipolar Ranges

0 to +10V
0 to + 5V
0 t0 + 2V
0 to +1V

• Bipolar Ranges

±10V, ±5V, ±2V, ±1V, ±0.5V

• Maximum Overvoltage: ±30 VDC

DC-Coupled Only,

Fully Differential

See Chapter 6, WaveView and
Chapter 10, Specifications for
additional information that includes
ranges available with WBK11A,
WBK12A, and WBK13A factory­installed options.

WaveBook

Analog Inputs

CH1 through CH8, Analog Inputs via
BNC Connectors.

•

16 bit resolution

• Software selectable for unipolar or

bipolar operation

• Unipolar Ranges

0 to +10V
0 to + 4V
0 to +2V

• Bipolar Ranges

±10V, ±5V, ±2V, ±1V

•

Maximum Overvoltage: ±30 VDC

DC-Coupled Only,

Fully Differential

Pulse Trigger Input

• Input Signal Range: ±5V

• Input Characteristics: 75 Ω

•

Input Protection: ±10V max.

• Minimum Pulse Width: 100 ns

• Maximum Pulse Width: 0.8 sec

•

Latency: 300 ns

Reference Notes:

Additional information regarding WavePort signal connections appears elsewhere in this manual.

• Chapter 4, Hardware and Operation Reference, includes details regarding signal connections.

•

• Chapter 9 contains maintenance, intended environment, and transportation information.

•

WavePort User’s Manual

Digital I/O
External Clock
TTL Trigger

Analog Common

WavePort/V24 Signal Panel

Chapter 6, WaveView, includes information regarding channel configuration.

Chapter 10 provides device specifications.

09-29-00

An Introduction to W avePort 2-7

2-8 An Introduction to W avePort

09-29-00

WavePort User’s Manual

System Setup

1. Choosing a Notebook PC …… 3-1

2. Attaching the Notebook to WavePort …… 3-1

3. Connecting the Communication Cable and Notebook Power Cable …… 3-4

4. Connecting the WavePort to Power…… 3-5

5. Installing Software …… 3-5

6. Using the Daq Configuration Applet to Check Connections…… 3-6
A Guide to Using the Daq Configuration Applet …… 3-7

1. Choosing a Notebook PC

A Notebook PC provides a means of communicating
with WavePort’s acquisition hardware.
The Notebook you choose must meet the following
requirements:

• Maximum Height (when closed): 1.5” (38 mm)

• Maximum Length: 12.75” (323 mm)

• Maximum Width: 10.19” (259 mm)

• 16MB Ram (32MB Ram recommended)

• Pentium

• 10 MB of Available Disk Space

• Windows Operating System

•

EPP (Enhanced Parallel Port) –

•

Power Consumption: Not to exceed 50 Watts

®

90 Processor (or equivalent)

(Windows95/98/NT or 2000)

Optional, but recommended

3

2. Attaching the Notebook to WavePort

You can use the included Dual-Lock Fasteners (ST-27) to hold your Notebook PC firmly to WavePort’s
cover plate.

Prior to attaching the strips, verify that WavePort’s cover plate and the bottom of the Notebook are clean.
Isopropyl Alcohol swabs, or commonly available “rubbing alcohol” with clean, lint-free rags can be used to
achieve a clean mounting surface.

WavePort User’s Manual

06-14-00

System Setup 3-1

Use the following technique to ensure proper alignment of the strips.

(1) Make two mounting strips that consist of mated Dual-Lock surfaces, such that the

outer surfaces of the strips are the “adhesive” sides of the strips. Note that these
adhesive edges are initially covered with protective “peel-off” paper.

(2) Trim the strips to fit the bottom surface of your Notebook PC, as needed.

(3) Remove the protective “peel-off” paper and attach the two strips to the bottom surface

of the Notebook PC.

3-2 System Setup

(4) Remove the lower protective “peel-off” and position the Notebook PC onto

WavePort’s cover plate.

06-14-00

WavePort User’s Manual

(5) Push firmly down on the Notebook to ensure the

adhesive makes good contact. The Notebook should
now be adequately secured to WavePort’s cover plate.

The Notebook PC can now be easily removed from
WavePort, and easily re-attached.

After securing the Notebook PC to the cover plate
you should add four foam strips to the inside of
WavePort’s hinged lid. Cut the strips as needed to
form a rectangle on the Notebook’s cover (see the
figure following the Caution).

CAUTION

CAUTION

CAUTIONCAUTION

Forcing WavePort’s cover to close on a Notebook PC that exceeds the height restriction
of 1.5” (38 mm) is likely to result in damage to the Notebook PC.

How to use foam strips (part no. ST-5-6) to pad your Notebook PC.

1. Verify that the Notebook PC does not exceed a height (when the PC is closed) of 1.5 inches (38 mm). Notebook’s

exceeding this dimension can be damaged when closing WavePort’s cover.

2. Place four foam strips on the cover of the Notebook PC. The adhesive-side faces the WavePort’s hinged cover.

3. Fully close, then reopen WavePort’s cover.

4. Verify that the foam strips are attached firmly to WavePort’s cover.

WavePort User’s Manual

06-14-00

System Setup 3-3

3. Connecting the Communication Cable and Notebook Power Cable

WavePort’s communication line connects to a host PC through a 25 pin (male connector) located in a
recess on WavePort’s cover plate. The connector is labeled “TO COMPUTER PARALLEL PORT.”

WavePort communicates with a Notebook through the PC’s enhanced parallel port (EPP). An
alternative is to use a WBK20A PCMCIA/EPP interface-card in conjunction with the Notebook’s
PC-Card port. This option is discussed in Appendix B.

Connecting the Notebook PC to WavePort

Reference Note:

An optional WBK20A PCMCIA/EPP interface-card can be used instead of the CA-35-2 cable.
WBK20A connects to the Notebook’s PC-Card port. This PC-Card option is discussed in Appendix B.

Connect the Notebook’s power line to the Notebook Power receptacle located on WavePort’s cover plate.
This receptacle is “live” whenever WavePort has AC line power connected to a live source. The position of
WavePort’s Module Power switch has no bearing on the Notebook Power receptacle.

The Notebook can be powered from the Notebook Power Receptacle [non-switched] as long as
LINE INPUT power is supplied to the WavePort (as discussed in the following section). Do not plug
anything into the Notebook Power Receptacle that exceeds a power rating of 50 Watts, as this could
overload the WavePort.

CAUTION

CAUTION

CAUTIONCAUTION

Do not plug anything into the Notebook Power Receptacle that exceeds a power rating of
50 Watts. Such action could result in overloading the WavePort and blowing a fuse.

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4. Connecting the WavePort to Power

The Notebook Power receptacle is “LIVE” whenever WavePort is plugged into a live AC power source.
The Module Power Switch can not

WavePort contains no user serviceable components. Do not remove WavePort’s cover plate.
Lethal voltages are present which could cause serious injury or death.

Although WavePort can be powered from external DC or internal batteries, we are only concerned at this point
with powering the system via 100 to 240 VAC through its Line Input receptacle.

Simply connect the female-end of power cable CA-1, IEC to WavePort’s Line Input receptacle, and connect the
male-end of the cable to an appropriate 100 to 240 VAC power supply.

After cable CA-1 is connected to both WavePort and the AC power supply, turn the Module Power Switch to
“ON.”

Note that DC power supplies are discussed in the following chapter entitled, Hardware and Operation Reference.

be used to turn this receptacle “Off.”

WARNING

WARNING

WARNINGWARNING

Line Input (VAC) Receptacle and Module Power Switch

5. Installing Software

Software that can be used with WavePort includes WaveView, DIAdem, DASYlab, and LabVIEW. Programmers can
create customized programs using DaqX Applications Program Interface (API) commands. Chapter 5 provides a brief
synopsis of the software options.

For your initial setup of WavePort we recommend that you only install the following, per the steps provided below.

Ρ WaveBook Support 32-bit (Includes WaveView)
Ρ Acrobat Reader
Ρ DIAdem Post Acquisition Data Analysis Program

Remove any previous-installed versions of WaveBook software before installing a newer version.

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Install software according to the following
procedure.

1. Close all other programs. Insert CD-ROM and
wait for Notebook PC to auto-access the CD.

2. On the Master Setup Screen check:

Ρ WaveBook Support 32-bit
Ρ Acrobat Reader
Ρ DIAdem Post Acquisition Data Analysis

Program. Note that DIAdem is detailed in
Chapter 7.

3. Follow the on-screen dialog boxes to complete
the installation.

Master Setup Screen

6. Using the Configuration Applet to Check Connections

After software installation you should verify that proper communication exists between the WavePort and your
Notebook. You can use the Daq Configuration applet to test this aspect of hardware performance. Note that the applet
is automatically installed in the Windows Control Panel during installation of the WaveBook program group.

The Daq Configuration applet tests the capabilities of the PC parallel port (or WBK20/21 interface), then estimates the
maximum performance, using both standard and enhanced protocols. In addition, the test verifies WavePort is
connected and ready for operation.

Reference Note:

A section entitled, A Guide to Using the Daq Configuration Applet, begins on the following page. The section
includes detailed information regarding the Daq Configuration applet and includes screen shots.

To run the WavePort test program:

1. Ensure WavePort is connected to the Notebook PC.

2. Verify both the Notebook and WavePort are powered.

3. Double-click on the Daq Configuration applet (in the Windows Control Panel).

4. Select the WaveBook device.

5. Click on Properties.

6. Click on the Resource Test button (within the Test Hardware tab).

The program performs several tests on the Notebook and WavePort and displays the results. Once communication
between the Notebook and WavePort has been established you can start WaveView and collect data.

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A Guide to Using the Daq Configuration Applet

The Daq Configuration applet, designed for 32-bit Windows 9x/2000/NT systems, is located in the
Windows Control Panel. It allows you to add or remove a device and change configuration settings.
The included test utility provides feedback on the validity of current configuration settings, as well as
performance summaries.

Device Inventory Dialog Box

Run the applet by double-clicking on the Daq Configuration icon in the Windows Control Panel.

The Device Inventory dialog box will open, displaying all currently configured devices. Displayed devices
show their name and an icon to identify the device type. If no devices are currently configured, no devices
will appear in this field.

The four buttons across the bottom of the dialog box are used as follows:

• Properties: Current configuration settings for a device can be changed by first bringing up the

corresponding Properties dialog box. Open the Properties dialog box by double-clicking on the device
icon or selecting the device and then clicking on the Properties button.

• Add Device: The Add Device button is

used to add a device configuration
whenever a new device is added to the
system. Failure to perform this step will
prevent applications from properly
accessing the device. Clicking on the Add

Device button will open the Select Device
Type dialog box.

• Remove: The Remove button is used to

remove a device from the configuration.
A device may be removed if it is no
longer installed, or if the device
configuration no longer applies.

Note: If a device is removed, applications

may no longer access the device.
However, the device can be
re-configured at any time using the
Add Device function described above.

• Close: The Close button may be used at

any time to exit the Daq Configuration
applet.

Daq Configuration - Device Inventory Dialog Box

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Select Device Type Dialog Box

This dialog box opens when the Add Device
button of the Device Inventory dialog box is
selected.

The device type you select for configuring will
appear in the main edit box. Clicking on the
OK button will then open the Properties dialog
box (following figure).

Note: As there is no specific “WavePort”

device to select, choose “WaveBook”
(see figure at right).

Daq Configuration - Select Device Type Dialog Box

Properties Dialog Box

This dialog box opens when the Properties button of the Device Inventory dialog box is selected, or when
the OK button of the Select Device Type dialog box is selected. It displays the properties for the WaveBook
device with the default configuration settings. The fields include:

• Device Name: The Device Name field is displayed with

the default device name. As shown, this field can be
changed to any descriptive name as desired. This
device name is the name to be used with the

daqOpen

function to open the device. This name will also be
displayed in the device lists for opening the device in
the WaveView and WaveCal applications.

• Device Type: The Device Type field indicates the

device type that was initially selected. However, it can
be changed here if necessary.

• Parallel Port: The Parallel Port field is used to set the

parallel port for communicating with the WaveBook.

• Protocol: The Protocol field is used to set the parallel

port protocol for communicating with the WaveBook.
Depending on your system, not all protocols may be
available. (See following Note).

Daq Configuration - Properties Dialog Box

In regard to Protocol – If you are using a WBK20A you must select “Fast EPP (wbk/20/21)” to achieve
the best performance. WBK20A is discussed in Appendix B.

• Device Resources: The Device Resources field lists settings for various resources, among them

Interrupt Request, Input/Output Range, and Direct Memory Access.

3-8 System Setup

• OK: Click on the OK button to store the configuration and exit the current dialog box.

• Cancel: Click on the Cancel button to exit the current dialog box without storing any changes.

• Apply: Click on the Apply button to store the configuration; or click the Test Hardware tab.

• Test Hardware: Click on the Test Hardware tab to test the current stored configuration for the device.

This selection will open the Test Hardware dialog box.

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Test Hardware Dialog Box

Before testing WaveBook, make sure the device has been properly installed and powered-on. Make sure
the parallel port cable is firmly in place on both the WaveBook and the proper LPT port in the computer.

When testing WaveBook, if the unit does not respond within 30 seconds perform the
following steps:

1) reboot the system

2) upon power-up, re-open the Daq Configuration applet

3) select another configuration setting

4) reinitiate the test

To test the currently stored configuration for the WaveBook device, click the Test button. Results should be
displayed in a few seconds. The test results have two components: Resource Tests and Performance Tests.

Resource Tests. The resource tests are intended to
test system capability for the current device
configuration. Resource tests are pass/fail. Test failure
may indicate a lack of availability of the resource, or a
possible resource conflict.

Base Address Test. This resource test checks the base
address for the selected parallel port. Failure of this test
may indicate that the parallel port is not properly
configured within the system. See relevant operating
system and computer manufacturer’s documentation to
correct the problem.

Performance Tests. These types of tests are intended
to check various WaveBook functions, using the current
device configuration. Performance tests provide
quantitative results for each supported functional group.
Test results represent maximum rates the various
operations can be performed. The rates depend on the
selected parallel port protocol, and vary according to
port hardware capabilities.

Daq Configuration - Test Hardware Dialog Box

WBK30 FIFO Test. This performance test checks the data-storing capabilities of the optional,

WBK30 memory card.

When the test is completed successfully, the Daq Configuration Test Dialog Box indicates a passed
condition.

“Passed” messages indicate you can exit the test program and run your application.

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Hardware and Operation Reference 4

WavePort/PE Devices …… 4-1

Overview ……4-2

Basic Operation ……4-3
Signal Aspects ……4-5

WavePort/PE16 ……4-5
WavePort/PE8 …… 4-6

WavePort/V Devices …… 4-7

Overview……4-7

Basic Operation ……4-8
Signal Aspects ……4-9

Ground Connections ……4-10

DB25F “Digital I/O, External Clock, TTL Trigger” Connection ……4-11

Programmable Features ……4-12

Triggers ……4-13

Pulse Trigger ……4-13
Digital-Pattern Trigger ……4-14
Multi-channel Triggering ……4-14
External Clock and Counter-Timer ……4-15

Power Aspects ……4-16

Power Module Operation ……4-18
Charging ……4-19
Fuse Replacement …… 4-19

Factory-Installed Option Cards (for WaveBook and WBK10A-based modules) …… 4-20

WBK11A – Simultaneous Sample and Hold Card……4-20

WBK12A and WBK13A Programmable Low-Pass Filter Cards ……4-21

WavePort’s Fan ……4-22

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Hardware and Operation Reference 4-1

WavePort/PE Devices

Overview

The following block diagram serves to provide a general understanding of WavePort/PE devices. Detailed
information regarding such items as the signal and power modules, indicator lights, and the unit fan are
included later in this chapter.

WavePort/PE, Simple Block Diagram

The Notebook Power receptacle on WavePort’s cover plate is “LIVE” whenever WavePort is
connected to a “live” AC power source. The Module Power Switch can not be used to turn
off the Notebook Power Receptacle.

From the diagram we can see that WavePort/PE16* consists of:

•

Two Dynamic Signal Input Modules (Module 2 and Module 1).* Both modules provide for 8 input
channels (through BNC connectors), an Excitation Source Out BNC, and a Filter Clock In BNC. The
dynamic signal input modules are based on WBK14 architecture.

•

One WaveBook Module. This module provides for 8 analog channel inputs through BNC connectors
and a Pulse input.

•

A 65 watt, 16 VDC Power Supply and Internal UPS (Uninterruptible Power Supply) System

• Two 25-pin connectors (DB25). One for connecting to the Notebook’s parallel port and another for

connecting to Digital I/O, External Clock, and TTL Trigger signals

• Three electrical connectors: DC Power Input, AC Power Input, and AC Auxiliary Output

•

Three Indicator Lights: for “Battery” Status, indication of “Modules On,” and “Fan” On

• Fan, variable speed to provide system cooling

*WavePort/PE 8 has one Dynamic Signal Input Module (Module 1).

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