• 16-bit/1-MHz A/D
• 1 µs/channel scanning of any combination of channels
• Single and multichannel analog triggering with programmable level and slope
• Digital TTL-level and pattern triggering
• Pulse trigger and external clock
• Programmable pre- and post-trigger sampling rates
• Sixteen digital inputs can be scanned synchronously with analog signals
• Operable from AC line, a 10 to 30 VDC source, such as a car battery, or optional compact rechargeable battery module
• Expandable up to 288 high-speed channels
• SYNC connection allows multiple units to sample synchronously
• Add up to 854 lower-speed thermocouple channels
• DSP-based design provides real-time digital calibration on all channels

• IEPE dynamic signal inputs - WBK18
• Strain gages - WBK16
• Programmable filtering - WBK11A, WBK12A, & WBK13A
• Simultaneous sampling - WBK11A, & WBK13A
• Quadrature encoder inputs - WBK17
• Pulse/frequency measurements - WBK17
• Thermocouples - WBK40, & WBK41
• High-voltage measurements - WBK17, WBK61, & WBK62
• Vehicle bus network - DBK70

• WaveView Out-of-the-Box software application for effortless setup, acquisition,
  and real-time analysis
• Comprehensive drivers for DASYLab^®, MATLAB^®, LabVIEW^®, Visual C++^®,
  Visual C#^®, Visual Basic^®, and Visual Basic^® .NET
• WaveCal software application for easy user calibration

To access complete product information in PDF format Please Click Here. (Updated 7-24-08)

Tech Tip 60602 - Basic Strain Gage Measurements using IOtech DAQ Hardware

This Tech Tip discusses the basic principle of operation of strain gages, the various ways in which they may be connected, and the requirements of their signal conditioners to reduce susceptibility to noise that can contaminate their low-level output signals.

Tech Tip 60201 - Grounding and Shielding Considerations for Thermocouples, Strain Gages,
and Low-Level Circuits

This Tech Tip describes a procedure for maintaining a high signal-to-noise ratio environment when connecting sensors and other devices that deliver very low output voltages to data acquisition systems and signal conditioners. The technique addresses noise interference from ground loop circuits as well as induced signals.

Tech Tip 60101 - Connecting quadrature digital position sensors to IOtech's WaveBook
and Daq Series devices

This tech tip describes the procedure for connecting one or more linear or rotary, incremental digital encoders to certain IOtech data acquisition systems. The quadrature encoders produce a serial stream of pulses which indicate relative position, speed, and direction of the component on which they are mounted.

Tech Tip 40801 - Using the Alternate IP Address in Windows® XP for Easy Connection to IOtech Ethernet-Based Data Acquisition Systems

This tech tip shows how to utilize the alternate IP configuration in Windows XP to make switching between your network and Ethernet data acquisition device easier.

Tech Tip 40201 - Manual Configuration of PC Memory Allocation in WaveView for High-Speed
Data Acquisition Applications

High-speed data acquisition systems such as the IOtech WaveBook/516E are capable of streaming extremely large amounts of acquired data into the attached computer system. A typical WaveBook system running at the full 1-MHz sample rate can generate nearly 2 Mbytes of data per second.

Tech Tip 41001 - DASYLab® FFT Analysis Module Basics

The documentation that is provided in the DASYLab User’s Manual provides information on the mechanics involved in setting up this module, but it does not provide details on how to set up an experiment that utilizes the FFT module effectively. This tech tip should be considered a supplement to the User’s Manual.