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R-15 www.omega.co.uk +44 (0)161 777 6611
Low-Latency Control
Output Capability (as
Low as 2 s Latency)
Software
Includes DaqView
Software for Instant
Set-up, Real-Time
Viewing, Data Logging
and Optional Frequency
Domain Analysis
Support for Visual Studio
and Visual Studio.NET,
including examples for
Visual C++, Visual C#,
Visual Basic and Visual
Basic.NET
Comprehensive Drivers
for DASYLab, MATLAB
and LabVIEW
DaqCal Software
Application for
Easy User Calibration
The new OMB-DAQ-3000 Series
offers high-speed, multifunction
data acquisition in a low-cost,
portable package. The module
offers synchronous and concurrent
voltage input, temperature input,
waveform output, counter input,
quadrature encoder input, timer
output and digital I/O. Everything
needed to begin acquiring, viewing,
and storing data is included with the
OMB-DAQ-3000 Series, including
OMB-DAQ-3000 Series
1-MHz, 16-Bit USB Data
Acquisition Modules
Ł935 Basic Unit
DaqView software included with
the OMB-DAQ-3000 Series
1-MHz, 16-Bit
Multifunction
USB Modules
Synchronous Analogue
Input, Analogue Output,
Digital I/O, and
Counter/Timer I/O
8 Differential or 16
Single-Ended Analogue
Inputs (Software-
Selectable per Channel)
Thermocouple
or Voltage Input
on Any Analogue Channel
User-Expandable Up
to 64SE/32DE Analogue
Inputs, Including
Thermocouple
Measurements
Up to four 16-Bit,
1-MHz Analogue Outputs
24 High-Speed
Digital I/O Lines
Four 32-Bit Counter
Input Channels
with Quadrature
Encoder Capability
comprehensive software support.
The OMB-DAQ-3000 features
a 16-bit/1-MHz A/D converter,
16 analogue input channels userexpandable
to 64, up to four
16-bit/1-MHz analogue outputs,
24 high-speed digital I/O, 2 timer
outputs, and four 32-bit counters.
All analogue I/O, digital I/O, and
counter/timer I/O can operate
synchronously and simultaneously,
guaranteeing deterministic I/O
among all signal types.
Unique to the OMB-DAQ-3000 is a
low-latency, highly deterministic
control output mode that operates
independent of the PC. In this
mode, digital, analogue and timer
outputs can respond to analogue,
digital, and counter inputs in as fast
as 2 ěs, at least 1000 times faster
than other products that rely on the
PC for decision making.
