• • • • • • • • • • • • • • • • 16/32 Single Ended Inputs (8/16 in Differential Mode) Up to 1 MS/s Maximum Sampling Rate 16 Bit A/D Resolution Up to 16 MB (8 MSample) Local Acquisition Memory 64K Channel-Gain List Flexible Triggering Modes Up to 2 Output Channels (Waveform Quality) Up to 1 MS/s D/A Converter per Channel 16 Bit D/A Resolution Up to 16 MB (8 MSample) Local Waveform Memory One Hz Sample Clock Resolution from onboard DDS 16/32 Digital I/O’s (synchronous with analog I/O) Up to 3 Counter/Timers PCI Bus-Mastering Transfers Onboard 143 MHz, 32 Bit DSP for Real-Time Processing and Control Windows 98/Me/2000/XP, Linux Compatibility
Exacq Control Center™  – a powerful application that provides plug and play simplicity for easy setup, test and configuration of all Exacq boards in the system. Exacq Bench™  – a complete suite of software measurement tools, including oscilloscope, spectrum analyzer, waveform generator, DC voltage generator, logic analyzer, voltmeter, logic analyzer, and strip chart recorder. Full source code to Exacq Bench included. Third-Party Software Support  – Full support of popular third-party applications is provided, including LabVIEW, MATLAB, DASYLab, TestPoint, VEE Pro, and Microsoft Excel. Exacq SDK™  – a full software development environment for all Exacq hardware, with thoroughly-documented calls and extensive source code samples in C++, Visual Basic and ActiveX. Exacq DSP Tools ™  – Every Exacq data acquisition board is designed on a DSP-based architecture. In addition to providing performance and accuracy benefits, DSP functionality is also provided, including FFT, Digital Filtering, FIR Filtering.

The Exacq Technologies XM Series of multifunction analog I/O boards was designed to provide high speed and 16 Bit precision at a low price to meet challenging PC-based instrumentation applications. All XM Series boards utilize an onboard processor, large local memory buffers, and PCI bus mastering to provide glitch-free capture and output of analog waveforms with nearly unlimited lengths. This performance is provided even under non-realtime PC operating systems when running complex user applications, which are supported by a comprehensive Software Development Kit and sample code. With up to 32 inputs sampled at up to 1 MHz and flexible triggering, the XM Series is ideal for high-speed automation and control applications. The onboard DSP coprocessor can offload critical real-time tasks, such as event-driven channel sequence changes or sensor input linearization (through look up tables or computation), to free the host program for higher-level algorithms and applications. The outputs are waveform quality with both waveform playback capability and function generation, or they can be slaved to the input channel sequence. The board is PCI Plug-and-Play and autocalibrating, so there are no jumpers or potentiometers to manually adjust.

 

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