![]() ![]() This if you want something like a function generator, of course (duty cycled pulses, standard sine/triangle/ramp functions, etc). You can pick up good ones (with GPIB connection) reasonably cheaply and with a GPIB board can integrate it into LabView as well. Third party signal generators would also work, for example. You can still use labview to acquire the data via RS-232 and then display, log, process, etc, it however you like. In this way, you need only a breakout card with lots of RS-232 ports and you can grow your system as it needs it. The OMEGABUS Digital Transmitters are an example, but many others exist. For thermocouples your best bet is to look into multichannel or multiple single-channel thermocouple units - something that reads from a thermocouple and outputs to something like RS-232, etc. Second, you don't NEED to use NI hardware with LabView. Regardless of what you end up doing, the system you describe IS going to cost thousands to build. ![]() ![]() There's a lot of misconception about what will and will not work with LabView and what you do and do not need to build a decent system with it.įirst off, as others have said, test and measurement is expensive. ![]()
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