![]() ![]() The function generator displays the sample waveform, samples per cycle, internal scan rate, and base frequency of the selected analog channel output signal. Function Generator application generates waveforms for analog outputs at the maximum rate of the device. Featured are sampling at the speed of the board, triggering using an internal software trigger or external hardware trigger, the ability to add a reference or a math channel, display specific measurement values for each channel, and scale channel data.Ī 16-Channel multi-waveform (sine, square, triangle, constant, saw tooth and custom). Featured are sampling at the speed of the board (up to 1 million samples per channel), triggering using an internal software trigger, an external hardware trigger (or a timed interval trigger), the ability to set alarm conditions, add comments (annotations) to the display plot, and play back an acquisition.Ī 4-Channel Oscilloscope displaying values acquired from analog inputs. Click on the run button and you're logging data.Ĥ8-Channel Strip Chart Application for logging and Graphing Data from Analog, digital, counter and temperature inputs. An intuitive window opens up that allows you to select the file to receive the data and the data format (e.g. You simply set up the data acquisition application as you would with the Strip Chart. Using the data logger application is equally simple. The scope application operates up to the maximum continuous sample rate of the DAQ hardware used. The Oscilloscope application acquires, displays (and can save to disk) 500 sample sweeps of each selected channel up to a total of 4 channels. The Strip Chart and Data Logger operate at sample rates up to 10 samples/second on up to 8 channels. To use the powerful Strip Chart or Oscilloscope applications, simply select the channels you'd like to display, the input ranges desired, the sample rate desired and click on run. If it does not, please contact our Tech Support Department at or at 50 x2.TracerDAQ Pro Software Specifications and Product Information If there are no system resource conflicts and if the board and InstaCal were properly configured, the InstaCal test should pass. You can now proceed to test the board through the InstaCal test procedure. Next, in the board configuration window, you will need to set the appropriate Instacal settings according to the hardware switches and jumpers of the board. Please note, that hardware jumpers and switches are found mostly on ISA boards (non-PnP).Īfter all hardware switches and jumpers are properly set and the board is physically installed in the PC, you can then install the board in InstaCal by selecting the appropriate board from the list: Based on that, the board jumpers and/or switches (please refer to your hardware User’s Manual) must be set to available resources (Base Address, DMA, IRQ). In order avoid these problems, first check for free resources available on the specific system through Windows Device Manager. The assigned board resources are in conflict with other devices on the system.The board’s hardware configuration does not agree with the InstaCal configuration.Selecting the improper board name from the InstaCal list.Most often, the "A/D not responding" error occurs in conjunction with non-P&P boards. MCC’s ISA, PC104 and PPIO boards are non-P&P. Typically, all Measurement Computing PCI, cPCI, USB, and PCMCIA boards are P&P. Meanwhile, non-PnP boards must be manually installed from the InstaCal provided board list. ![]() Plug&Play boards are automatically detected and installed by InstaCal. The InstaCal program can handle both Plug & Play (PnP) and non-P&P boards. ![]()
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