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KiDAQ is a versatile data acquisition system designed to measure over 20 analog and digital signal types. With modular configurations, tailored options, and powerful KiStudio Lab software, it’s ideal for labs, installations, and mobile applications.
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EA Elektro-Automatik’s DC programmable power supplies and electronic loads are pushing the boundaries of power instrumentation. With industry-leading adaptability, high power density, energy efficiency, and precise accuracy, EA products are designed to meet the demands of evolving technology sectors like electric vehicles, renewable energy, and aerospace.
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Force sensors or force transducers are measurement elements designed for the precise measurement of compression and tensile forces.
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Discover how EA Elektro-Automatik's DC programmable power supplies meet the challenges of testing off-road EV batteries, from high voltage and capacity testing to vibration and shock resistance.
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Selecting the right AC input is essential for maximizing the performance, efficiency, and reliability of your DC power supply. From single-phase to three-phase, each type of AC input comes with unique advantages and trade-offs. Learn how to choose the ideal AC input for your project by understanding voltage ranges, power requirements, and environmental factors.
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RACC and Zurich Insurance conducted a study using Bettair® air quality monitors to track pollution in five Spanish cities. The findings reveal how athletes can reduce exposure to pollutants by adjusting the time and location of their workouts, leading to healthier training environments.
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Dreaming of a 25-30 year partnership with your industrial oven? Proper maintenance is key to maximizing its lifespan and efficiency. Learn essential strategies to keep your oven operating at peak performance
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Discover how we made a cutting-edge vehicle data acquisition system designed for comprehensive testing of hybrid and electric vehicles. Explore the full capabilities of our DAQ systems and elevate your testing.
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Engineers may add a device to their vibration control setup to perform an independent measurement.
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As the demand for reliable and efficient battery technologies grows, so does the need for advanced battery simulation tools to test and simulate those batteries.
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As electrification and battery systems become increasingly prominent in the testing domain
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A transport simulation vibration testing machine helps companies identify packaging issues by simulating the vibrations experienced during distribution. This article highlights the importance of these machines in optimizing packaging to withstand the challenges of transportation, such as vibrations during transit, ensuring better product protection and reducing shipping damage.
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Avoid common mistakes when designing battery labs to prevent future headaches.
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Test systems should be designed in a way to recover the energy locally and utilize the inherent benefit of electric vehicles to share charge and discharge energy on a testbed level.
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How are inverters tested? Introduction to testing reasons and precautions
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The significance of package testing for medical devices cannot be overlooked, as it directly impacts the safe and intact delivery of the product to consumers.
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In an age where rechargeable lithium batteries power everything from handheld devices to the electric vehicles revolutionizing transportation
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Demand for sustainable packaging sky rockets to 81%
