Compact enough to fit in a student's pocket and powered by USB connection, NI myDAQ provides a solution for college engineering professors who want their students to experiment during homework and beyond, through a student-owned measurement, signal processing and control device. NI myDAQ bridges the gap between theory and real-world practice by providing students eight LabVIEW software-based instruments including a digital multimeter (DMM), oscilloscope, function generator, Bode analyzer, dynamic signal analyzer, arbitrary waveform generator, digital reader and digital writer. Students can use all these instruments to perform many laboratory-style experiments. When combined with LabVIEW on a PC, NI myDAQ delivers a complete solution for hands-on learning of core concepts in engineering curricula that include analog circuits, sensor measurements and signals and systems courses. Multiple universities throughout the United States already are developing NI myDAQ curricula, and National Instruments is making these and other resources available to educational institutions and students at www.ni.com/mydaq. NI myDAQ also integrates with the NI MultisimLabVIEW Student Edition software and Multisim Student Edition software also are available with the device at a significant discount to students.
National Instruments today announced the release of the NI myDAQNI LabVIEW graphical development software to help reverse the trend of rising educational costs by giving students hands-on interaction with real analog circuits, sensor measurements and signal processing for about the price of an engineering textbook. 'Students need exposure to real circuits and hardware, but the problem for engineering professors is trying to meet the increasing cost of providing real electronics with continually tighter budgets,' said Dr Tony Ambler, chairman of electrical and computer engineering at The University of Texas at Austin. 'NI myDAQ is inexpensive enough for every student to have their own, plug it into their laptop at home, in the dorm or in the park, and experiment with the real electronics all around them, without using lab time or lab equipment.'