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Protecting the Sky - Signal Monitoring of Radio Controlled Civilian Unmanned Aerial Vehicles and Possible Countermeasures

This whitepaper provides insights into the use, specifications, and impact of Radio Controlled (RC) Unmanned Aerial Vehicles (commonly referred to as “drones”). UAVs intended for recreational use are increasingly being used for other (sometimes hostile) purposes. These include: observing/disturbing public events, spying in protected areas, smuggling contraband into prisons, endangering/threatening commercial air traffic, and entering restricted airspace. A technical approach for countering the threats posed by such drones is described, and includes: monitoring the spectrum for relevant signals, identification of frequency-agile RC signals, direction finding, and possible defensive countermeasures.

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Minimum Incremental Motion and Holding Stability in Beamline Positioning

Many beamline applications such as X-ray microscopy and Computed Tomography (CT) require positioning of samples, detectors, and optics in order to perform measurements. Microscopy applications often require imaging of the structure of matter at the sub-micrometer and even nanometer level. Good holding stability, both short-term and long-term, is required because movement of the sample or optics over the time of measurement will cause poor images. Also, the ability to make small mechanical movements on the order of nanometers is often critical for alignment and adjustment of samples or optics.

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Successful Test Management For Systems Engineers

Designing a reliable test strategy requires broad, strategic thinking. The goal of verification is to ensure you release a best-quality system that meets customer expectations as documented in your early design concept and requirements gathering phases. To maximize the value of your test process, test your product objectives early.

Posted in: White Papers, White Papers, Electronics

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Delivering Roadworthy Designs: Automotive Electronics Circuit Protection Overview, Applications & Standards

Today’s automotive designs include nearly 100 microprocessors; that number is expected to double in five years. From in-dash displays to connected technologies and safety systems, all onboard electronics require circuit protection to maintain reliability. The major sources of electrical hazards in automotive systems are electrostatic discharge (ESD), switching loads in power electronics circuits, and lightning. Overcoming transient surges that can harm the vehicle’s electronics, whether under the hood or in the cabin, is one of the biggest obstacles of system design.

Posted in: White Papers, Electronics

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Use Metal Bellows To Replace Springs

Servometer metal bellows are utilized for metallic hermetic seals, volume compensators, pressure and temperature sensors, flexible connectors, and countless other applications where quality, dependability, and long life are critical requirements. In this whitepaper, we evaluate the use of an electrodeposited metal bellows as a replacement for a metal spring in mechanical and electrical systems. The bellows offers various benefits to create a cost-effective repeatable solution.

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HAIs and Chemical Resistance

Efforts to prevent healthcare-associated infections (HAIs) have put increasing pressure on today’s medical devices. It’s much more common than ever to see medical devices that can’t do the job—or fail prematurely—due to the effects of harsh disinfectants.

Posted in: White Papers, White Papers, Coatings & Adhesives

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Optimizing Performance with Technology Embedded Apparel

Intercomp USA’s latest e-book delves into the smart garment market and how sensors are crucial for making garments smart. More importantly, Intercomp reveals an exciting new technology called tailored fiber placement (TFP), available through its partnership with LayStitch. TFP promises to help with smart garment production and will enable aerospace, automotive and other equipment manufacturers to produce parts that are lighter, stronger and less expensive. Click here to download your FREE copy today or visit intercomp.com to learn more.

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