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.
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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.
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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.
Continue reading “Using NI’s PXI Hardware to Control the World’s Largest Particle Accelerator”
Particle accelerators touch our lives in a variety of ways, but the population at large is likely ignorant of their purpose or operation. Since their inception in the 1890s, these complex tools have been integral to important discoveries in basic science, scientific and medical research, the defense industry, and even many consumer products. National Instruments provides a beam position monitoring and electronics control solution that aids in the commercial use of particle accelerators.
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Electric vehicles are swiftly becoming reality as more automakers are choosing to jump on board with manufacturing and testing their own models. As with any pioneering technology, other new technologies must follow, and this includes new methods of testing and measurement. National Instruments is at the front of the pack with innovative products that can be easily adapted for use with electric vehicles.
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National Instruments increases your productivity in developing test, control, and design systems by providing software products for a wide range of functionality.
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Smart devices keep getting smarter, thanks to increased use of software. This proliferation of software has created new demands for how integrated circuits (ICs) are designed and manufactured. New designs and manufacturing processes demand new types and methods of testing. Regardless of the smart device or its composition, the demands for businesses remain the same: ensure reliability, deliver products to market quickly, and remain cost-competitive.
Continue reading “Using National Instruments STS for Mixed-Signal and MEMS Devices”
As 2020 and beyond draws near, new challenges in testing and measurement are more apparent because of the explosion of the Internet of Things (IoT). While some testing protocols can still be utilized on new devices, others demand new approaches. Fast and accurate testing and reducing costs remain vital concerns.
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The future of communications is NOW, and that means incredibly fast data rates and even greater communication capacities. The Internet of Things (IoT) has brought about an entirely new and formerly unimaginable level of real-time interaction between people through the use of intelligent devices. With the proliferation of 5G wireless technology, our already-hyperconnected world is poised to jump several levels into the future.
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National Instruments’ new Semiconductor Test System (STS) is a versatile and useful piece of equipment that offers huge flexibility and numerous benefits for your company. A huge plus for companies familiar with NI products, STS is based on the PXI platform that allows for future expansion and replacement of failed or outdated hardware. It also allows easy code sharing between other NI products, LabVIEW and TestStand, to make knowledge-sharing easy while reducing development and testing times.
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