High Performance: 500 KHz, 32 Channels, 12 Bit Accuracy
webDAQ/100 uses the highest quality analog components together with digital signal processor (DSP) technology to bring you top performance. Up to 32 separate signals can be acquired simultaneously, or terminals can be combined in differential input pairs for higher noise rejection. Any combination of single-ended and differential pairs can be used.
Multiple Sampling Rates
Most data acquisition products have a single sampling clock. But real-world signals don’t all happen at the same rate. That’s why webDAQ/100 provides up to four sampling rates during a single acquisition. Slow signals like temperatures can be sampled less often, and fast signals like audio waveforms can be gathered at high rates.
Sensor Conversions
Your sensors don’t all measure volts and bits - they sense
temperature, pressure, resistance, strain, and more. webDAQ/100
provides acquired data directly in engineering units.
You can configure a webDAQ/100 channel to process your inputs
using your choice of scaling: linear, quadratic, current, resistance
divider, resistance bridge, strain gage (7 different circuits),
RTD, and thermocouples (B,E,J,K,R,S,T,N). Comprehensive built-in
help shows you how to wire your sensors to webDAQ/100.
Extensive Triggering Options
webDAQ/100 offers both digital and analog triggering. In fact, acquisition can be configured to start or to stop on either type of trigger, or to stop after a desired amount of data has been collected.
8 Analog Outputs For Circuit Stimulus
With eight independent waveform-quality D/A outputs, webDAQ offers far more capability than most data acquisition products. Some sensors such as RTDs and strain gages require an excitation voltage source, which can easily be provided directly by webDAQ. The outputs are conveniently grouped with the input terminals.
Removeable Screw Terminals, No Long Cables
Since webDAQ/100’s signal connections are built right in, you can connect your sensors right to the unit, with no external cables and junction boxes required. A direct connection also provides high signal quality with low noise.