Omega Products OMB-WAVEBOOK Installation Manual

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User’s Guide

OMB-WAVEBOOK

High-Speed Portable Data Acquisition Systems

Various Models, Software, and System Expansion

OMB-481-0901 rev 4.0

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About This Manual

This user’s manual consists of several chapters and “document modules.” The modules are like chapters,
except they may be shared by other manuals, or may be used as stand-alone documents. For these reasons,
the modules do not contain chapter headings, nor do they contain footers that would be consistent with a
particular user’s manual.

The chapters and document modules are arranged in the following sequence.

Chapter 1 – Unpacking and Inspecting Your WaveBook Package
Chapter 2 – An Introduction to WaveBook and Optional WBKs
Chapter 3 – System Setup and Power Options
Chapter 4 – WaveBook Operation Reference
WBK Document Modules

WBK10, WBK10H, and WBK10A Expansion Modules
WBK11 Simultaneous Sample and Hold Card
WBK12, WBK12A, WBK13, and WBK13A Programmable Filter Cards
WBK14 Dynamic Signal Conditioning Module
WBK15 8-Slot 5B Signal Conditioning Module
WBK16 Strain Gage Module
WBK17 Counter-Input Module with Quadrature Encoder Support
WBK20A – PCMCIA/EPP Interface Card
WBKK21 - ISA/EPP Interface Plug-in Board
WBK30 WaveBook Memory Option
WBK61, WBK62 High Voltage Adapters

Chapter 5 – Software, An Introduction
Software Document Modules

WaveView
PostView
WaveCal

Chapter 6 – Troubleshooting and Customer Support
Glossary

&$87,21

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:

Information (not available at the time of publication), will be made available in ReadMe files, or in
supplemental documentation.

WaveBook User’ s Manual

06-22-01

i

ii

06-21-01

WaveBook User’s Manual

Table of Contents

Chapter 1 – Unpacking and Inspecting Your WaveBook Package

Chapter 2 – An Introduction to WaveBook and Optional WBKs

What are WaveBooks? …… 2-1
How do the different WaveBook models compare with each other?…… 2-2
What are WBKs?…… 2-3
How do WaveBooks and WBKs interrelate? …… 2-5
How are WaveBook systems powered?…… 2-6
WaveBook Specifications …… 2-7

Chapter 3 – System Setup and Power Options

Introduction …… 3-1
Connecting a WaveBook to a PC …… 3-1

PC Requirements…… 3-1
Connecting the Communication Cable…… 3-2

System Enhancement and Expansion …… 3-2

Adding WBK Option Cards …… 3-2
Adding WBK Modules…… 3-4

Module Options……3-4
Connectors and Cables ……3-5
Example of a WaveBook System Daisy-Chain …… 3-7
How Channel Numbers are Determined ……3-7
Stacking Modules …… 3-8
Connecting Encoders to WB K 17…… 3-8

Connecting the System to Power ……3-9

Calculating the System Power Requirement…… 3-9
Three System Examples …… 3-11
Power Supplies …… 3-13

Installing Software……3-21
Using the Daq Configuration Applet to Check Connections…… 3-21

Chapter 4 – WaveBook Operation Reference

WaveBook/512 and WaveBook/512H, Basic Operation …… 4-2
WaveBook/516, Basic Operation …… 4-4
Analog-Signal & Ground Conections…… 4-6
Digital I/O Connections…… 4-7

WaveBook/512 and WaveBook/512H …… 4-7
WaveBook/516 Series …… 4-8

Triggers …… 4-9

Digital Trigger and Single-Channel Trigger ……4-9
Multi-Channel Trigger …… 4-10
Trigger Latency and Jitter …… 4-13
Pulse Trigger (WaveBook/516 Series Only) …… 4-14
Digital-Pattern Trigger (WaveBook/516 Series Only) …… 4-15
External Clock and Counter-Timer (WaveBook/516 Series Only) …… 4-15

Programmable Features …… 4-16

Selecting a Channel’s Range …… 4-17
Selecting a Channels Units …… 4-17
mx + b, an Example …… 4-17

WaveBook User’s Manual

06-21-01

iii

WBK Document Modules

WBK10, WBK10H, and WBK10A Expansion Modules
WBK11 Simultaneous Sample and Hold Card
WBK12, WBK12A, WBK13, and WBK13A Programmable Filter Cards
WBK14 Dynamic Signal Conditioning Module
WBK15 8-Slot 5B Signal Conditioning Module
WBK16 Strain Gage Module
WBK17 Counter-Input Module with Quadrature Encoder Support
WBK20 and WBK21, PC Int erface Cards
WBK30 WaveBook Memory Option
WBK61, WBK62 High Voltage Adapters

Chapter 5 – Software, An Introduction

Software Document Modules

WaveView
PostView
WaveCal

Chapter 6 – Troubleshooting and Customer Support

Electrostatic Discharge (ESD), Handling Notice…… 6-1
Product Care …… 6-1
ReadMe Files and the Install CD-ROM ……6-2
Driver Support……6-2
Connection Problems……6-2

32-Bit WaveView Issues……6-3
Windows 95/98/Me Issues……6-3

Resource Settings……6-3
ECP (Enhanced Capabilities Port) Setup ……6-3
Parallel Port Setup (general)…… 6-4

Frequently Asked Questions …… 6-7
Customer Support …… 6-11

Glossary

iv

06-21-01

WaveBook User’s Manual

Unpacking and Inspecting your WaveBook Package 1

WaveBook, Basic Package

The basic WaveBook package consists of items depicted in the above figure. For reason of clarity,
packaging materials are not shown.

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, for example, expansion cards or modules, check the package to ensure the
additional items are included.

Report any problems to your sales agent.

WaveBook User’ s Manual

05-15-01

Unpacking 1-1

1-2 Unpacking

05-15-01

WaveBook User’s Manual

An Introduction to WaveBook and Optional WBKs 2

What are WaveBooks? …… 2-1
How do the different WaveBook models compare with each other?…… 2-2
What are WBKs?…… 2-3
How do WaveBooks and WBKs interrelate? …… 2-5
How are WaveBook systems powered?…… 2-6
WaveBook Specifications …… 2-7

What are WaveBooks?

WaveBooks are high-speed portable data acquisition devices that can be used in a variety of applications,
such as testing engine strain, multi-channel acoustics, mechanical integrity, and vibration/shock/strain.
WaveBook features include:

•

Power Options: Power can be supplied from an AC-to-DC adapter, battery, DBK30A rechargeable

battery module, DBK34 or DBK34A uninterruptible power supply modules.

•

Easy Connection to Notebook or Desktop PCs.

•

Analog Input Channels: BNC connectors keep input signals isolated from the chassis and commons.

•

High-Speed Digital Inputs: 8 high-speed digital inputs (16 for WaveBook/516).

•

Digital Signal Processing (DSP): Allows you to define a channel scan-sequence and associated gains

across all channels. Also provides for real-time digital calibration on a per-sample basis.

•

Programmable Scan Sequencing: A 128-location scan sequencer allows you to program the analog

channel scan sequence, the associated unipolar/bipolar A/D range, and the input amplifier gain.
WaveBook performs 1 MHz scanning and gain switching over both its built-in and expansion channels.

•

Single, or Multi-Channel Triggering

•

Pre- and Post-Trigger Readings

In addition to the features just listed, the following apply to WaveBook/516:

•

Digital-Pattern Trigger: Trigger occurs when a Digital I/O pattern is equal too, not-equal too, greater

than, or less than a user-defined 16-bit digital pattern. This is useful when trying to capture noise,
vibrations or some other physical disturbance that occurs at a particular point in a digitally-sequenced
process, such as a relay-logic-control system. Trigger latency of the digital pattern trigger is less than
200 ns for post-trigger acquisitions.

•

Pulse Trigger: Enables triggering and the correlation of lower-speed waveforms with the occurrence of

a user-defined, high-speed pulse.

•

20 kHz Low Pass Filter: Each of the eight channels has its own low pass, anti-alias filter.

•

External Clock Input: The external clock is useful when data collection depends on rotational speed

or axial position. Note that the external clock’s input can be reset to a slower rate.

WaveBook User’ s Manual

05-22-01

An Introduction to WaveBook 2-1

How do the different WaveBook models compare with each other?

The WaveBook series presently includes three main unit models: WaveBook/512, WaveBook/512H, and
WaveBook/516. Each provides 1 MHz sampling and supports the WBK options described shortly.

WaveBook Product Comparison*

Analog Input WaveBook/512 WaveBook/512H WaveBook/516

A/D resolution
A/D speed
Sample rate
Ranges

Unipolar (

Note 2)

12-bit 12-bit 16-bit

1 MHz 1 MHz 1 MHz

1 µs/channel 1 µs/channel 1 µs/channel

0 to +10V, 0 to +5V,

0 to +2V, 0 to +1V

0 to +10V, 0 to +4V,

0 to +2V

(Note 2)

0 to +10V, 0 to +4V,

0 to +2V

(Note 2)

Bipolar
A/D accuracy

Data packing
20-kHz low-pass filter
Analog input channels
Differential amplifiers
PGAs
Maximum capacity
FIFO depth
Total Harmonic Distortion

10Hz to 20Khz, Typical

Signal to Noise and Distortion

(SINAD)

1

1

±5V, ±2.5V, ±1V, ±0.5V

±

0.025% FS

44

optional Optional

8 DE 8 DE 8 DE
1 (shared by all 8 inputs) 1 (shared by all 8 inputs) 8 (1 per analog input)
1 (shared by all 8 inputs) 1 (shared by all 8 inputs) 1 (shared by all 8 inputs)

72 Channels 72 Channels 72 Channels

64K samples 64K samples 64K samples

-78dB -78dB -84dB

-66dB -66dB -74dB

±

10V, ±5V, ±2V, ±1V

±

0.025% FS

±10V, ±5V, ±2V, ±1V

±

0.012% FS

For 12-bit resolution only

High-Speed Digital Inputs

Digital I/O

8816

Timer Input

32-Bit Timer

None None

Trigger

Single and multi-channel
Digital Pattern
Pulse

1

For WaveBook512, t he Total Harmonic Distort i on (THD) and S INAD values shown apply to the –5 to +5 V range.

For WaveBook512H and /516, the THD and SINAD values apply to the –10 to +10 V range.

2

Unipolar ranges do not apply to WaveBook/512H or WaveBook/516 when a WBK11, WBK12, or WBK13 is install ed.

*

Specifications subject to change without notice.

444

None None
None None

4

4

4
4

2-2 An Introduction to WaveBook

05-22-01

WaveBook User’s Manual

What are WBKs?

You can use various modules and option cards to expand your WaveBook system. These WaveBook options are known
as WBKs.

Internally, WaveBook has room for one signal-conditioning card. Externally, you can use one or more expansion
modules.

Reference Note:

The WBK option cards and modules that follow are detailed later in this user’s manual. The information is
provided in WBK document modules that begin immediately after chapter 4. The WBK document modules
are presented in alpha-numerical order and include product specifications.

WBK Options -

Each of the following options are detailed in product-dedicated document modules.

Note that the items represented in the table are not shown to the same scale.

WBK10, WBK10H, and WBK10A

Analog Expansion Modules

8 Channels via BNC Connectors

WBK11 and WBK11A

Simultaneous Sample & Hold Card (8 channels)

WBK12 and WBK12A

Programmable Low-Pass Fil t er Card
(8 channels)

WBK13 and WBK13A

Programmable Low-Pass Fil t er Card with SSH
(8 channels)

WBK14

Dynamic Signal Conditioning Module

8 Channels via BNC Connectors

Each WBK 10 series module can be used to provi de WaveBook with
8 additional differential-analog-inputs. The modules are equipped
with a programmable gain instrumentation amplifi er (P GA) and, like
the WaveBook, each has a built-in expansion bus.

Up to eight WBK 10 series modules can be cascaded together for a
system capacity of 72 differential channels . Each module is capable
of supporting a WBK11, WBK12, or WBK13 series option card.

The WBK11series cards can simult aneously sample 8 channels and
can be installed inside a WaveBook or in a WBK10 series modul e.
The cards allow for concurrent (<150 ns) capture of multiple input
channels and virtually elim i nate channel-to-channel tim e skewing.

WBK12, WBK12A, WBK13, and W BK13A are 8-channel
programmable low-pass fil t er cards for use with WaveBook data
acquisition systems. These cards install directly into a WaveBook or
WBK10 series module and provide programmabl e l ow-pass filtering
over all channels. Multiple WBK12 series and WBK13 series c ards
can be installed in one syst em for up to 72 channels. All of the cards’
low-pass filters and cutof f frequencies are configured via s oftware.

WBK13 and WBK13A cards have the additional capability of
sampling all channels at the same time.

The WBK14 is a dynamic analog signal input module. It enables
WaveBooks t o i nterface with piezoelectric t ransducers that include
accelerometers, microphones, and force/pressure transducers.
Each WBK14 channel has a:

•

current source for transduc er bi asing

•

high-pass filter

•

programmable gain ampli fier

•

anti-aliasing low-pass filt er

•

simultaneous sample-and-hold (SSH) amplifi ers

WBK15

8-Slot 5B Signal Conditioning Module

8 channels via 5B Modules

WaveBook User’s Manual

The WBK15 m odul e provi des for a diverse range of signals avail abl e
through optional 5B modules. Meas urement types include: LVDT,
potentiometer, isolated current loop, ±10mV to ±40V inputs, li neari zed
RTD, thermocouple, frequency-to-voltage, and strain gage.

See latest catalog or c ont act your sales representati ve in regard to the
types of 5B Modules av ai l abl e for your application.

05-22-01

An Introduction to WaveBook 2-3

WBK16

Strain-Gage Module

8 channels via Standard Female DB9

WBK17

Used with WaveBook/516 Only

Counter-Input Module with Quadrature Encoder
Support

8 channels via Removable Screw Terminal B l ocks

WBK20A

WBK21

WBK30

WaveBook Memory Options

WBK16 is an 8-channel strain-gage signal-condit i oni ng module. Up
to eight WBK 16 modules (64 channels) can be accommodated by
the WaveBook and s canned at 1 µs/channel. Alm ost all bridge
configurations are supported via a bri dge-completion network and
software. High-gain differential-amplifier applications are also
supported. Software controls bri dge configuration, gain, offs et,
excitation voltage, polarity, f i l tering, and the calibration process.

The WBK17 is an 8-channel multi-function counter/encoder module
for use with Wavebook/ 516 systems. Eac h of the high-speed, 32-bit
counter channels can be confi gured for counter, period, pulse width,
time between edges, or encoder m odes. All channels are capable of
measuring analog inputs that are digitized by the W avebook/516.

WBK20A – PCMCIA/EPP Interface Card

(for linking W aveBook to a Notebook PC)

WBK21

– ISA/EPP Interface Plug-in Board
(For linking WaveBook to a desktop PC)

These devices are shipped with separate doc umentation and are not

detailed in this manual ; they are, however, discussed brief l y i n the

WBK20A and WBK21 Doc ument M odul es

WBK30 is a DRAM-based memory board that ins talls inside a

WaveBook. There are t hree models of WBK30 available; each

significantly increases the capacity of WaveBook's st andard data

buffer of 64 K samples. Capacities are as foll ows:

WBK30/16— 16 MB
WBK30/64— 64 MB
WBK30/128— 128 MB

.

WBK61 and WBK62

WBK61

: High-Voltage Adapter with 200:1 Voltage

Divider (1 channel)

WBK62

: High-Voltage Adapter with 20:1 Voltage

Divider (1 channel)

WBK61 and WBK62 are single-channel high-vol tage adapters that
can be used with the WaveB ook or WBK10/10H/10A expansion
modules. In addition, WBK61 and WBK62 can be used in conjunction
with WBK11, WBK12, and WBK13 series cards.

WBK61 and WBK62 include safet y-style banana-jacks for the high
and low inputs, and 60-inch (152 cm) c abl es with probe tips and
alligator clips for eas y i nput connection.

2-4 An Introduction to WaveBook

05-22-01

WaveBook User’s Manual

How do WaveBooks and WBKs interrelate?

WaveBooks and WBKs interrelate when they become part of the same data-acquisition system. The
relationship can be broken down into enhancement, expansion, or both. The following illustrates the
relationship of various system components. Detailed information and product specifications are provided in
WBK document modules that are included as a part of this manual.

WaveBook System Components

WaveBook User’s Manual

05-22-01

Note

: WBK17 is for use with

WaveBook/516 only.

An Introduction to WaveBook 2-5

How are WaveBook systems powered?

Input voltage to the WaveBook and to the system modules (WBK10 series, WBK14, WBK15, WBK16,
and WBK17) must be in the range of 10 to 30 VDC and can come from an appropriate AC-to-DC adapter,
or from a battery.

Available AC-to-DC adapters include the TR-40U (supplied), which has an input of 90-264 VAC and a
output rating of 2.2 amps @ 15 VDC.

Battery options include the DBK30A, DBK34A, or other 10 to 30 VDC source such as a car battery. The
DBK30A provides 14 VDC and when fully-charged has a storage capacity of 3.4 A⋅hr; car batteries have
much higher capacities. The basic formula for battery life is:

Runtime (hr) = Battery capacity (A⋅hr) / Current load (A)

System cards (WBK11, WBK12, or WBK13 series) get power from their WaveBook or WBK10/10H/10A
expansion module.

Before connecting your system to power, you need to know the power requirements of your specific system.
A calculation method, that incorporates the use of worktables, is presented in Chapter 3.

Reference Notes:

•

Chapter 3, System Setup and Power Options, includes examples of power connections for

different WaveBook system scenarios. In these examples the included TR-40U power
adapters are used.

•

Chapter 4, WaveBook Operation Reference, includes discussion of power supplies other

than the TR-40U.

2-6 An Introduction to WaveBook

05-22-01

WaveBook User’s Manual

WaveBook Specifications – Product Comparison

WaveBook Product Comparison

Features WaveBook/512 WaveBook/512H WaveBook/516*
Analog Input
A/D resolution

A/D speed
Sample rate
Ranges

Unipolar

12-bit 12-bit 16-bit

1 MHz 1 MHz 1 MHz

1 µs/channel 1 µs/channel 1 µs/channel

0 to +10V, 0 to +5V,

0 to +10V, 0 to +4V,

0 to +2V, 0 to +1V

0 to +2V

0 to +10V, 0 to +4V,

0 to +2V

Bipolar
A/D accuracy

Data packing
20-kHz low-pass filter
Analog input channels
Differential amplifiers
PGAs
Maximum capacity
FIFO depth
Total Harmonic Distortion

10Hz to 20Khz, Typical

Signal to Noise and

Distortion (SINAD)

1

±5V, ±2.5V, ±1V, ±0.5V

±

0.025% FS

44

optional optional

8 DE 8 DE 8 DE
1 (shared by all 8 inputs) 1 (shared by all 8 inputs) 8 (1 per analog input)
1 (shared by all 8 inputs) 1 (shared by all 8 inputs) 8 (1 per analog input)

72 Channels 72 Channels 72 Channels
64K samples 64K samples 64K samples

1

-78dB -78dB -84dB

-66dB -66dB -74dB

±

10V, ±5V, ±2V, ±1V

±

0.025% FS

±10V, ±5V, ±2V, ±1V

±

0.012% FS

For 12-bit resolution only

High-Speed Digital Inputs
Digital I/O

8816

Counter Input
32-Bit Counter

None None

Trigger
Single and multi-channel
Digital Pattern
Pulse Trigger

1

For WaveBook512, t he Total Harmonic Distort i on (THD) and S INAD values shown apply to the –5 to +5 V range.

444

None None
None None

For WaveBook512H and /516, the THD and SINAD values apply to the –10 to +10 V range.

4

4

4
4

Note: Specifications are subject to change without notice.

WaveBook User’s Manual

05-22-01

An Introduction to WaveBook 2-7

WaveBook/512 and WaveBook/512H – Specifications*

WaveBook/512 and WaveBook/512H Specifications*

General
Power Consumption
Input Power Range
Operating Temperature
Storage Temperature
Humidity
Dimensions

Weight
Fuse

Analog Inputs
Channels
Connector
Resolution
Maximum Overvoltage
Input Current
Input Impedance

Accuracy

Offset

Triggering
Single-Channel Analog Trigger

: 0 to 95% RH, non-condensing

(8.5" × 11" × 1.375”)

Single-ended:
Differential:

Range
Latency

: 216 mm wide × 279 mm l ong × 35 mm high

: 1.5 kg (3.3 lb)

: user-replaceable 4-A Littel f use # 251004

: 8 differential, expandable up to 72 diff erential

: BNC

: 12 bit

: ±0.025% FS

: ±1 LSB max

: -5 to +10 VDC

: 300 ns

: 0.9A max @ 15 VDC

: 10 to 30 VDC

: 0 to 50°C

: 0 to 70°C

: ±30 VDC

: 50 nA typ, 500 nA max

:

5 MΩ in parallel with 30 pF

10 MΩ in parallel with 30 pF

:

Multi-Channel Analog Trigger (up to 72 channels)

TTL Trigge r

Software Trigger
Latency

Sequencer

Programmable for channel , gain & for unipolar/bipolar range

Depth
Channel to Channel Rate
Maximum Repeat Rate
Minimum Repeat Rate
Expansion Channel Sample Rate

High-Speed Digital Inputs / General-Purpose Outputs
I/O Lines
Connector
Sampling
Input Low Voltage
Input High Voltage
Input Low Current
Input High Current:

: Selectable per channel to i nput range

Range

: 2 µs/channel, plus 4µs (max)

Latency

Range
Latency

in random order

channels, 1 µs/ channel

:

: TTL-compatible

: 200 ns

:

: 100 µs typ

: 128 location

: 8, WaveBook /512

: DB25 female

: Sampled with analog data

:

: 1 µs/channel, fixed

: 1 MHz

: 100 seconds per scan

: Same as onboard

: 0.8 V max

: 2 V min

: 500 µA

300 µA

WaveBook/516 specifications are presented separately, in a new format beginning on the following page

*

Note:

Specifications are subject to change without notice.

.

2-8 An Introduction to WaveBook

05-22-01

WaveBook User’s Manual

Wavebook/516 and WBK10A Specifications

Analog Specifications

(Either WaveBook/516 stand alone or WBK10A with WaveBook/516):

Channels:
Input Connector:

8 differential, expandable up to 72 different i al

BNC, center conductor is Channel Hi, outer conductor is Channel Low

Input Voltage Ranges (DC Specifications):

Standard Unit With WBK11A

Voltage

Range

0 to +10V .012% .008% 2 .012% .008% 2 .012% .008% 2.2 2.2
0 to +5V (10A)

0 to +4V (516)
0 to +2V .012% .012% 3 .012% .012% 3 .012% .012% 2.2 3

0 to +1V
(10A only)
0 to +.5V .018% .033% 6 .018% .033% 2.2 6

0 to +.2V .018% .08% 8 .018% .08% 2.2 12
0 to +.1V .018% .16% 15 .018% .16% 2.2 20

-10 to +10V .012% .008% 2 .012% .008% 2 .012% .008% 2.2 2.2

-5 to +5V .012% .008% 2 .012% .008% 2 .012% .008% 2.2 2.2

-2 to +2V .012% .009% 2 .012% .009% 2 .012% .009% 2.2 3

-1 to +1V .018% .012% 3 .018% .012% 3 .018% .012% 2.2 3.3

-.5 to +.5V
(10A only)

-.2 to +.2V .018% .033% 8 .018% .033% 2.2 12

-.1 to +.1V .018% .08% 15 .018% .08% 2.2 20

-.05 to +.05V
(10A only)
Notes: 1. Specifications assume differential input scan, unf i l tered.

2. Accuracy specif i cation is exclusive of noise.

3. Unipolar ranges unavailable for 516 with WBK11A, 12A, or 13A opt i ons installed. Available with WBK10A and any option.

Accuracy

One Year, 18-28

±

reading

.012% .009% 2 .012% .009% 2 .012% .009% 2.2 2.2

.012% .018% 3 .012% .018% 3 .012% .018% 2.2 3

.018% .018% 5 .018% .018% 6 .018% .018% 2.2 6

(Note 2)

%

±

range

°C

%

Input Noise

LSB rms

DC-500KHz

(typical)

Accuracy

One Year, 18-28

±

reading

.018% .16% 26 .018% .16% 440

(Note 2)

%

±

range

(Note 3)

Input Noise

LSB rms

DC-500KHz

°C

%

(typical)

With WBK12A/13A

Accuracy

One Year, 18-28

±

reading

(Note 2)

%

±

range

°C

1KHz

%

Filter

(Note 3)

Input Noise

LSB rms

(typical)

Filter

Bypass

System Performance:

Differential Nonlinearity:
Total Harmonic Distortion (10Hz-20KHz):
Signal to Noise and Distortion (SINAD, 10Hz-20KHz):
Temperature Coefficient of Accuracy (0-18 and 28-50°C):

Input Resistance:
Bias Current:

Common Mode Rejection:
Input Bandwidth:

Hostile Channel-to-channel Crosstalk (5Vrms input signal , DC-100KHz):
Over-Voltage Protection:

one year, 18-28°C unless otherwise noted

With PGA and WBK11A:
With WBK12A/13A:

5MΩ (single ended); 10MΩ (differential), in parallel with 30pF

<400 nA (0 to 35°C)

DC to 500KHz

Note: Specifications are subject to change without notice.

WaveBook User’s Manual

±2 LSB max

-84dB typical

-74dB typical

± (.002% + 0.6 LSB)/°C typical, -10 to +10V range

± (.002% + 1 LSB)/°C typical, -10 to +10V range

>70dB minimum ; >80dB typical; DC-20KHz

±35 V relative to analog common

05-22-01

-88dB typical

An Introduction to WaveBook 2-9

PGA Filter

WBK11A Functions

WBK12A/13A Functions

Triggering

Filter Type:

Input Voltage Ranges:
Aperture Uncertainty (SSH):
Voltage Droop (SSH):

Input Voltage Ranges:
Low Pass Filter Type:
Anti-Aliasing Filters:
Low-Pass Filter Frequency Cutoff Range:
Filter Grouping:
Aperture Uncertainty (SSH):
Voltage Droop (SSH):

Channel 1 Analog Trigger

Input Signal Range:
Input Characteristics and Protection:
Latency:

Multi-Channel Analog Trigger (up to 72 channels):

Range:
Latency:

20KHz low pass, Butterworth, 5-pole fi l ter

Software programmable prior to a s can sequence

75ps max

0.01mV/ms typ

Software programmable prior to a s can sequence

Software selectable, 8-Pole elliptic or linear phase

Single-pole pre and post filters, automatically s et depending on filter frequency selec ted

4 Channels each in two programmable bank s

75ps max

0.01mV/ms typ

-10 to +10V
Same as channel inputs

300ns

Selectable per channel to input range

2us/channel, plus 4us maximum

100KHz, 75KHz, 60KHz…400Hz, bypass (fc=300KHz/N where N=3 to 750

TTL Trigge r:

Input Signal Range:
Input Characteristics:
Input Protection:
Latency:

Software Trigger

Latency:

Pulse Trigger

Input Signal Range:
Input Characteristics:
Input Protection:
Minimum Pulse Width:
Latency:

External Clock

Connector:
Input Signal Range:
Input Characteristics:
Input Protection:
Delay: 200ns
Signal Slew Rate Requirement:
Rate:
Divisor ratio:
Clock Counter Accuracy:
Clock Counter Range:

0-5V

TTL-compatible with 10K ohm pul l -up res i stor

Zener clamped –0.7 to +5V

300ns

100us typical

0-5V

75 ohms

±

10V maximum

100ns

300ns

Available on DB25 digital input

5V TTL compatible

50K ohms pull up (to +5V) in parall el with 50pF

Zener clamped –0.7 to +5V

Up to 1MHz

Divide by 1 through 255, selectable

<0.02% error

0.01Hz to 100KHz

20V/us minim um

2-10 An Introduction to WaveBook

05-22-01

WaveBook User’s Manual

Sequencer

Operation:
Depth:
Channel-to-Channel Rate:
Maximum Repeat Rate:
Minimum Repeat Rate:
Expansion Channel Sample Rate:

Programmable for channel , gai n, and for unipolar/bipolar range in random order

128 location

1.0-1.1us/channel, all channels equal

1MHz

100 seconds per scan

Same as on-board channels

High-Speed Digital Inputs/General-Purpose Outputs

Connector:
Configuration:

Input Characteristics:
Output Characteristics:
Output Updates:
Input/Output Protection:

DB25 Female

16 TTL-compatible pins, selectable for input or output

TTL-compatible

ALS TTL output in series with 33 ohm s

Outputs may be changed via program control

Diode clamped to ground and +5V

General Specifications

Warm-up:
Environment:

Power Consumption:
Input Power Range:
Vibration:
Dimensions:
Weight:

30 minutes to rated specifications

Operating:
Storage:

MIL Std 810E, Category 1 and 10

220 deep X 285 wide X 45 mm high (8.5 X 11 X 1.75 inches)

1.5kg (3.3 lbs)

0-50°C, 0-95% RH (non-condensing)

-20 to 70°C

1.4A max @ 15VDC (WBK10A or 516 with WBK13A i nstalled)

10-30VDC

Included Accessories and Software

Software:

Hardware:

WaveView
PostView
DOS and Windows Drivers
WaveCal

AC Adapter
Parallel Cable
Users Manual

Optional Accessories

Software:

Hardware:

DasyLab
LabView Driver

HA-111 Fastener-Panel Handle
CA-115 5-pin male DIN to 5-pin male DIN
CA-116 5-pin DIN to automobile cigarett e l i ghter power cable, 8 ft
CA-178 DB25 to external cloc k BNC
CA-150-1 Single Male BNC to Male BNC CE Compliant cable
CA-150-8 Eight Male BNC to Mal e B NC CE Compliant cables

WaveBook User’s Manual

05-22-01

An Introduction to WaveBook 2-11

2-12 An Introduction to WaveBook

05-22-01

WaveBook User’s Manual

System Setup and Power Options 3

A
C

Introduction …… 3-1
Connecting a WaveBook to a PC …… 3-1

PC Requirements…… 3-1
Connecting the Communication Cable…… 3-2

System Enhancement and Expansion …… 3-2

Adding WBK Option Cards …… 3-2
Adding WBK Modules…… 3-4

Module Options……3-4
Connectors and Cables ……3-5
Example of a WaveBook System Daisy-Chain …… 3-7
How Channel Numbers are Determined ……3-7
Stacking Modules …… 3-8
Connecting Encoders to WB K 17…… 3-8

Connecting the System to Power ……3-9

Calculating the System Power Requirement…… 3-9
Three System Examples …… 3-11
Power Supplies …… 3-13

Installing Software……3-21
Using the Daq Configuration Applet to Check Connections…… 3-21

An incorrect use of power can damage equipment or degrade performance. Prior to
connecting your devices to power, calculate your system’s power requirements.

Introduction

This chapter pertains to setting up a WaveBook system. Topics include how to: connect a WaveBook to a
PC, add option cards and modules, properly power a system, install software, and check connections with
the Daq Configuration Applet. As stated in the above Caution, you will need to calculate system power
requirements prior to powering the system.

Connecting a WaveBook to a PC

PC Requirements

Notebook PCs are typically used to communicate with WaveBook
acquisition hardware. However, desktop PCs can be used.

Regardless of your PC preference, the following requirements apply:

•

16MB Ram (32MB Ram recommended)

•

Pentium

•

10 MB of Available Disk Space

•

Windows Operating System

(Windows95/98/Me, or WindowsNT/2000)

•

Optional, but recommended:

EPP (Enhanced Parallel Port), or
ECP (Extended Capabilities Port)

®

90 Processor (or eq uivalent)

&$87,21

Notebook PC is Typically Used to
ommunicate with WaveBook

WaveBook User’ s Manual

05-15-01

System Setup and Power Options 3-1

Connecting the Communication Cable

WaveBook communicates with a notebook or desktop PC through the computer’s parallel po rt. Use of an
Enhanced Parallel Port (EPP) or an Extended Capabilities P ort (ECP) is recommended.

Two card options are available for use with PCs that do not have Enhanced Parallel Ports. These are:

•

WBK20A PCMCIA/EPP interface-card, to be used in conjunction with
a notebook’s PC-Card port.

•

WBK21 ISA/EPP interface-card, for use with a desktop PC.

Both options are discussed in the WBK20A and WBK21 Document Module (included as a part of this
manual) and are shipped with additional documentation.

The CA-35-2 communication cable co nnects to the host PC through a 25-pin connector, l ocated on
WaveBook’s rear panel. The WaveBook connector is labeled “TO COMPUTER.”

Connecting the Communication Cable (CA-35-2)

Reference Note:

For information regarding the optional WBK20A PCMCIA/EPP interface-card, or the
WBK21 ISA/EPP interface-card, refer to the documentation that is shipped with those
products. WBK20A connects to the notebook’s PC-Card port. WBK21 connects to a
desktop PC’s ISA slot. Both options are discussed briefly in the WBK20A and WBK21
Document Module.

System Enhancement and Expansion

Adding WBK Option Cards

This section pertains to adding a WBK11, WBK12, or WBK13 Series card to a WaveBook/512 or to a
WBK10, or WBK10H expansion module.

Important Notice Regarding the WaveBook/516 and the WBK10A

Cards for WaveBook/516 and WBK10A are installed at the factory per customer order.
Users are not to remove or install cards for these two products as the applicable cards are
not “plug-and-play” for these devices and erroneous signal values could result. If you
desire to remove or add a card to these products, contact your service representative.

WBK11, WBK11A

Simultaneous Sample & Hold Cards (8 channels each)

:

WBK12, WBK12A, WBK13, and WBK13A

WBK12, WBK12A: Programmable Low-Pass Filter Cards (8 c hannel s each)
WBK13, WBK13A: Programmable Low-Pass Filter Card with SSH (8 c hannel s each)

All WBK11, WBK12,WBK13, and WBK11A, WBK12A, and WBK13A configurations are controlled by
software. There are no hardware settings.

3-2 System Setup and Power Options

05-15-01

WaveBook User’s Manual

The WBK Card connects to headers J10 and J11 in the base unit. The base unit can be a WaveBook/512,
WaveBook/512H, WBK10 or WBK10H. The jumpers located on J10 and J11 provide signal pass-through
when a WBK option card is not installed. Refer to the following figure and steps to install an option card
into a WaveBook/512, WBK10, or WBK10H module.

Although the figure represents installation of a WBK11 into a WaveBook/512, the method
used to install other WBK options into a WaveBook, WBK10, or WBK10H is the same.

Installing a WBK Option Card

:$51,1*

Electric shock hazard! Remove the WaveBook, and all devices connected to it, from
power before removing the cover plate. Failure to do so could result in electric shock
and possible death.

1. Remove all power from the unit and any connected devices.

2. For WaveBook/512 series, WBK10, or WBK10H, remove the screw holding down the top panel

(cover), and slide the panel out towards the back (see following figure).

For WaveBook/516 and WBK10A, contact the factory in regard to adding or replacing option
cards.

3. Remove the stand-off screws, then remove old WBK card from J10 and J11.

If no card was present, skip to step 4.

4. Locate the headers J10 & J11 on the main board, and remove the jumpers (if present).

Save the jumpers in the event the SSH board needs to be removed.

5. Align the WBK card headers (P11 & P10) with the host board headers (J11 & J10), respectively.

6. Verify alignment of the board. An easy way is to check that the board’s screw holes are in line with the

standoffs.

7. Carefully push the WBK option card do wn until the connectors fully mate.

8. Using three screws, secure the WBK card to the standoffs. Do not over-tighten.

9. Slide the top panel onto the unit, and secure it using the top panel screw.

WaveBook User’s Manual

05-15-01

System Setup and Power Options 3-3

Adding WBK Modules

Module Options

Several WBK module options are currently available for use with WaveBook systems. This section is
concerned with “how the modules are connected and powered.” Functions, specs, and software issues are
discussed elsewhere.

Note that each of the following module options offers 8 channels.

WBK10, WBK10H, & WBK10A

Expansion Modules

WBK14

Dynamic Signal Conditioni ng Module

WBK15

8-Slot 5B Signal Conditioning Module

WBK16

Strain-Gage Module

WBK17

Counter-Input Module with Quadrature Encoder Support;
Used with WaveBook/516 only.

Modules Currently Available for WaveBook System Expansion

Connection basics are the same, regardless of whether the WaveBook system has one module or eight
modules. Examples of various setups follow shortly.

Power requirements can vary greatly from one WaveBook system to another, and will need to be calculated
on a system by system basis, before power is applied to the system. This chapter includes instructions for
calculating power requirements.

Before discussing how to calculate power, we will look at the use of connectors and the types of cables
used.

3-4 System Setup and Power Options

05-15-01

WaveBook User’s Manual

Connectors and Cables

To attach a module, connections must be made for power, expansion control, and expansion signals. The
following connectors and cables are used.

•

WaveBook POWER IN – connects to a 10 to 30 VDC source.

•

WaveBook POWER OUT – can be connected to the first module’s POWER IN.

•

WaveBook EXPANSION CONTROL – connects to the first module’s
EXPANSION CONTROL IN.

•

WaveBook EXPANSION SIGNAL IN – connects to the first module’s
EXPANSION SIGNAL OUT.

•

WBK POWER IN – connects to a 10 to 30 VDC source. When in a power daisy-chain,
POWER IN connects to the previous WaveBook or WBK module’s POWER OUT.

•

WBK module POWER OUT – can be connected to the next module’s POWER IN, providing the
5 amp current limit will not be exceeded. It may be necessary to use a supplemental power supply.
Power requirements and discussed in the following pages.

•

WBK module EXPANSION CONTROL OUT – connects to the next module’s
EXPANSION CONTROL IN.

•

WBK module EXPANSION SIGNAL IN – connects to the next module’s
EXPANSION SIGNAL OUT.

Prior to connecting your devices to power, calculate your system’s power requirements as
discussed in upcoming section of this chapter. Note that three examples of system setups

follow shortly.

Using Shielded BNC Connectors for CE Compliance

Certain Declarations of Conformity identify specific cables and connectors that must be used to
meet CE requirements. CE compliant BNC-equipped cards and modules have BNC connectors
that are insulated from high voltage sources, including electrostatic discharges (ESD). Such
voltages could enter the circuitry through the exposed conductive surface of a connector,
possibly resulting in damage to components.

O-Ring

S hielded
BNC Connector

Dust Cap

Shielded BNC Connector (with O-Ring) and PVC Dust Cap

To meet CE requi rements, PVC dust cap s (p/n CN-96) must cover all unused BNC connectors.
When dust caps are not in place, special coaxial cables (with insulated end-connectors and
rubber O-rings) must be used. Note that part number 418-0800 includes two cables (with
shielded BNC connectors at each end), and four insulating O-rings.

Properly installed connectors and dust caps ensure the metallic surfaces of the connectors are
not exposed to undesirable electrical charges.

WaveBook User’s Manual

05-15-01

System Setup and Power Options 3-5

CA-115 Power Cables. CA-115 cables are 6 inches long and have two 5-pin male DIN
connectors. CA-115s are frequently used to link WaveBook’s POWER OUT connector to a WBK
expansion module’s POWER IN connector. CA-115 cables are also used to link an expansion
module’s POWER OUT connector to the next daisy-chained module’s POWER IN connector.

CA-115 cables and the device DIN5 connectors (see following figure) are limited to 5 amps
at 15 VDC.

Power is supplied to WaveBook modules via a DIN5

type connector located on the rear panel of the device.

+10 to +30 V 4

+10 to +30 V 1

Return

2

5 No conn ection

3 Retu rn

*The DIN5 pinout [to the left] is based on an external

DIN 5 Power Pinout*

view of a WaveBook rear panel.

Note: An optional CA-116 power cable is available. The CA-116 permits the system to be plugged into

a vehicle cigarette lighter, allowing use of the vehicle’s battery as a power supply for the
WaveBook device.

CA-129 Expansion Control Cables. Control messages are carried by CA-129 expansion-control
cables with HD-15, plug and socket connectors. The first expansion unit’s control input is driven
from the main unit’s control output. Control inputs of additional WBK modules are driven from
the preceding unit’s control output.

CA-150 Expansion Signal Cables. Expansion signals are carried by a CA-150-1 male BNC to
male BNC coaxial cable. Each WBK module drives a common parallel analog bus that carries the
signals to WaveBook’s Analog-to-Digital Converter (ADC). Each WBK module has
EXPANSION SIGNAL IN and EXPANSION SIGNAL OUT connectors for daisy-chaining
multiple units.

Calculate system amp load prior to creating a system daisy-chain. Although WaveBook
device connectors and CA-115 power cables have 5 amp limits, TR-40Us are limited to

2.2 amps. Tables for determining amp load are provided in the following section,

Calculating System Power.

CA-177 Strain Gage Cablse. CA-177 is an optional set of eight strain-gage cables intended for

use with the eight channels of WBK16. Discussions of the CA-177 strain-gage cable and bridge
applications are contained in the WBK16 document module.

3-6 System Setup and Power Options

05-15-01

WaveBook User’s Manual

Example of a WaveBook System Daisy-Chain

How Channel Numbers are Determined

The analog input channel numbers are determined by the order of
connection among the WaveBook and attached WBK modules.

•

Channel 0 is the WaveBook’s 8-bit digital I/O port.

•

Channels 1 through 8 are the WaveBook’s main channels.

•

Channels 9 through 16 are located on the first expansion unit

connected directly to the WaveBook.

•

Additional channel numbers are added consecutively (in groups

of 8) with each added WBK module (see table at right).

* WBK in the “Unit” column refers to a module such as a WBK10,

WBK14, WBK15, WBK16, WBK17.

Unit* Channel #

WaveBook 0 (dig I/O)
WaveBook 1-8

1st WBK 9-16
2nd WBK 17-24
3rd WBK 25-32

4th WBK 33-40
5th WBK 41-48
6th WBK 49-56
7th WBK 57-64
8th WBK 65-72

WaveBook User’s Manual

05-15-01

System Setup and Power Options 3-7

Stacking Modules

Using Splice Plates to Stack a WaveBook and two WBK Modules (the handle is optional)

WBK modules are typically shipped with a splice plate kit. Each kit includes two metal plates that screw
onto the sides of stacked modules. The plates provide a means of stacking modules to create one rigid
assembly. Optional handles can be attached to the splice plates.

Note:

Splice plates will partially block the vents on WBK16s and WaveBook/516s when stacked.
This partial blocking of vents does not jeopardize the cooling process.

Connecting Encoders to WBK17

Encoders can be used in a WaveBook system, providing the system contains at least one WBK17 module.
For information regarding encoders and the necessary connections, refer to the WBK17 Document Module.

3-8 System Setup and Power Options

05-15-01

WaveBook User’s Manual

Connecting the System to Power

Calculating the System Power Requirement

An incorrect use of power can damage equipment or degrade performance. Prior to
connecting your devices to power, calculate your system’s power requirements.

Do not daisy-chain the power connections of more than three WBK10 series module
units. Daisy-chaining a power connection to a fourth module will exceed the power
connector’s 5 amp current limit.

It is important to supply your system with adequate, reliable power. For this reason, you need to know your
system’s power requirement. Computing power use is also important when using batteries to power
modules, as you will need to know a safe runtime before recharging is required.

&$87,21

&$87,21

s

The following statements relate to system power. They should be reviewed before
proceeding.

•

Higher voltages draw fewer Amps for the same power.
Remember: Watts = voltage x current (W = E*I).

•

The TR-40U power adapter provides power that is sufficient for the WaveBooks
and WaveBook modules. You do not need to make power requirement calculations
unless you intend daisy-chaining units, or yo u ha ve a critical battery runtime.

•

Do not overload your power supplies. TR-40U power adapters are limited to

2.2 amps. However, you can use more than one TR-40U, as indicated in one of the
upcoming daisy-chain examples.

•

Current drawn from other sources, such as car batteries, can be estimated from the
following WaveBook Product Current Requirements table.

Use the current requirements and worksheet tables to calculate your system’s total power requirement.
Take the appropriate amperage values from the first table to fill in the second table; then perform the
indicated multiplication and addition operations to calculate the amperage for all units in your system.

WaveBook User’s Manual

05-15-01

System Setup and Power Options 3-9

WaveBook Product Current Requirements (in Amps)
Products and
Product Combinations
WaveBook/512 (alone)

WaveBook/512H (alone)
WaveBook/516 (alone)
WBK10 (alone)
WBK10H (alone)
WBK10A (alone)
WBK11, WBK11A
WBK12, WBK12A
WBK13, WBK13A
WBK14 (alone)
WBK15 (alone)
WBK15 (typical)
WBK15 (max)
WBK16 (no excitation)
WBK16 (full excitation)
WBK16/SSH
WBK17 (alone)
WBK17 with 1 encoder
WBK17 with 2 encoders
WBK17 with 3 encoders
WBK17 with 4 encoders
WBK30

Note 1: Typical with 8 voltage modul es.
Note 2: Maximum load with 8 strain-gage modules. You may need to c onsult power specifications for

individual 5B modules and fo r any excit ation currents required.

Note 3: Assumes 0.500 W per encoder.

Product Qty
WaveBook/512/512H
WaveBook/516
WBK10/10H
WBK10A
WBK11
WBK12
WBK13
WBK14
WBK15
WBK16
WBK17

Note 1
Note 2

Note 3
Note 3
Note 3
Note 3

Worksheet for Power Requirements

DBK30A

14 VDC

0.43 0.20 0.52 0.23 0.40

0.40 0.20 0.48 0.23 0.40

1.00 0.50 1.20 0.60 1.00

0.32 0.20 0.38 0.19 0.30

0.33 0.22 0.40 0.26 0.33

0.35 0.17 0.42 0.20 0.35

0.27 0.10 0.32 0.16 0.22

0.47 0.23 0.56 0.27 0.45

0.57 0.28 0.68 0.33 0.50

0.90 0.50 1.08 0.53 0.85

0.13 0.08 0.16 0.09 0.12

0.24 0.13 0.29 0.15 0.23

0.75 0.36 0.90 0.44 0.75

1.08 0.52 1.30 0.61 1.00

1.80 0.87 2.10 1.00 1.67

1.20 .60 1.44 0.70 1.20

0.52 0.31 0.62 0.36 0.52

0.56 0.33 0.67 0.38 0.56

0.61 0.35 0.73 0.41 0.61

0.65 0.38 0.78 0.44 0.65

0.70 0.40 0.84 0.47 0.70

0.01 0.005 0.01 0.006 0.01

×

Amps

× =
× =
× =
× =
× =
× =
× =
× =
× =
× =
× =

DBK30A

28 VDC

Maximum

Amps

DBK34A

12 VDC

=

Totals

DBK34A

24 VDC

TR-40U

15 VDC

It is important to supply your system with adequate, reliable power. For this reason, you need to know your
system’s power requirement. Knowing the power requirement is also important when using batteries to
power modules, as you should know a safe runtime, i.e., how long you can run the system before recharging
is required.

Input voltage to the WaveBook/512, WaveBook/516 and to the system modules (WBK10 series, WBK14,
WBK15, WBK16, and WBK17) must be in the range of 10 to 30 VDC and can come from an AC-to-DC
adapter or from another source, such as a battery. System cards (WBK11, WBK12, or WBK13) get power
from their host WaveBook or WBK10 series expansion module.

Available AC-to-DC adapters include the TR-40U (supplied), which has an input of 90-264 VAC and an
output of 2.2 amps @ 15 VDC.

3-10 System Setup and Power Options

05-15-01

WaveBook User’s Manual