Technological advances that help with educating the world’s children are always an important goal. Technology is not only important to increase engagement in educational activities, but it can also improve the learning process for students and instructors. For example, in one unique case, technology from National Instruments is being used in a large, comprehensive research project to evaluate the manual dexterity and cognitive capacity of numerous children.
The National Instruments CompactRIO Controller, cRIO-9074, is an embedded controller that is perfect for advanced monitoring and control. Since it is an electronic device, the cRIO-9074 requires a DC power supply to work. The ideal power supply for this purpose is the PS-15.
The PS-15 is an industrial power supply that is used to power CompactRIO systems, CompactDAQ systems, and many more. This component takes in an input of 100 VAC to 240 VAC and supplies an output of 24 VDC, 5 A to the cRIO-9074. However, for this setup to work, you need to carry out all the connections properly.
This blog post covers the process of setting up and powering the PS-15, and subsequently, the cRIO-9074.
As consumers demand more and more electronic features to enhance the driving experience, automakers are scrambling to implement the latest and best innovations in each new model. Incredibly, this means that most new vehicles use close to 100 CPUs to operate the vast array of electric equipment that is included.
Particle Accelerators are used in complex research that reveals much of what we know about basic matter in our universe. A particle accelerator is an enclosed machine that accelerates elementary particles (electrons and protons) to fast speeds and energy levels. After the beam is moving quickly, targets are positioned in the path of the beam, as well as measurement devices, to observe and record information about how the beam and the target respond upon collision.