December 04, 2018 Volume 14 Issue 45

Electrical/Electronic News & Products

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Spark-proof EC fans use 50% less energy

Orion Fans has extended its electronically commutated (EC) fan product offering to include a 254-mm IP68-ATEX-rated version for waterproof and harsh environment applications. The low-power OA254EC-ATEX Series EC fan combines energy conservation with maximum protection for power-hungry applications involving explosive atmospheres or flammable gases. It delivers air flows of 500 to 830 CFM. EC fans can be used in most any AC fan application with the added benefit of power savings of up to 50 percent. EC fans often enable customers to meet energy-consumption requirements from agencies like ENERGY STAR. Ideal as a drop-in replacement for AC fans, the larger OA254 IP68-ATEX Series EC fans are suited for oil & gas applications including oil rig and oil refining equipment. The fans are also used in walk-in refrigeration systems, commercial display coolers, EV and charging systems, servers, food services equipment, and other applications.
Learn more.


Protect vulnerable electronics from voltage transients and lightning events

Littelfuse has released a new series of higher surge TVS Diode products in a DO-214AB package. The 8.0SMDJ series is optimized to protect sensitive electronic equipment from transient voltage induced by lightning and other voltage events. Because it combines up to 8,000 W of peak pulse power dissipation in a compact DO-214AB SMC package, the 8.0SMDJ series offers circuit designers a high-surge, space-saving circuit protection solution that can simplify printed circuit board design and improve reliability significantly. Typical markets and applications include: home appliances, consumer electronics, industrial, data centers, AC and DC protection, and PoE protection.
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No-wear flat magnetic angle sensors

Novotechnik U.S. has just introduced the Vert-X 05E Series of magnetic rotary position sensors with compact, flat housing. Interfaces include analog, SPI, and incremental. The series is available in single and redundant versions. The sensors are touchless magnetic angle sensors with a permanent magnet that can be secured to an application's rotating shaft, so there is no direct mechanical linkage between the shaft and the measuring system -- and therefore no wear. Key specifications for Vert-X 05E include 5-mm profile, 0 to 360° measurement range, repeatability of 0.1° or better, and maximum hysteresis of 0.1°. Sample rate is up to 5 kHz, and its active measurement region extends to within 6 mm from edge of housing.
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High-speed image sensor for AI, drones, robotics

ON Semiconductor has introduced the ARX3A0 digital image sensor with 0.3 Mega-Pixel (MP) resolution in a 1:1 aspect ratio. With up to 360 frames per second (fps) capture rate, it can perform like a global shutter in many conditions but with the size, performance, and responsivity benefits of being a Back-Side Illuminated (BSI) rolling shutter sensor. With its small size, square format, ultra-low-power requirement, and high frame rate, the ARX3A0 is particularly suitable for emerging Machine Vision, Artificial Intelligence, IOT, drones, robotics, and AR/VR applications, as well as small supplemental security cameras.
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Can electrical resistance be used to predict shielding effectiveness?

Conductive elastomer EMI shielding gaskets use metallic particles to create a conductive path and shield enclosures from electromagnetic radiation. Gaskets with silver particles, which are very conductive, often outperform gaskets with graphite particles. However, this is not always the case. A common misconception is that a measurement of DC resistivity can directly predict shielding effectiveness. Ben Nudelman, market development engineer at Parker, explains why.
Read this informative Parker Hannifin blog.


Standard and custom process heaters -- fast delivery

Durex builds standard as well as custom heaters for a host of applications and industries, including power plants, oil and gas, chemical and petrochemical, pharmaceutical, plastics, packaging, heat treating, cleaning and plating, aerospace, semiconductor processing, and food service equipment. The Cary, IL, company now offers screw plug, flange immersion, and circulation heaters with fast-turn shipping capabilities. Durex uses product platforms to provide standard "catalog" type designs as well as customized designs in the same fast turnaround window. Plug heaters ship in 3 to 5 days. Flange heaters ship in 5 to 7 days. Circulation heaters in 9 to 12 days. No upcharge for customized units or "non-standard" configurations.
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Cool Tools: Fluke revamps industrial thermal camera line

Fluke has retooled its entire line of industrial thermal cameras with more premium features packed into every model, providing higher value for the customer and allowing the company to reduce the number of cameras it offers to simplify the buying process. From an industrial pocket thermal imager to a line-up of 640 x 480 resolution infrared cameras, these tools take professional inspections to the next level.
Read the full article.


Cool Tools: World's first 1-ms IPS gaming monitor

LG recently unveiled its UltraGear Nano IPS NVIDIA G-SYNC gaming monitor, the world's first 1-millisecond IPS display. Could you manage to get a little work done on it too? The Nano IPS tech aims to achieve phenomenal color reproduction, ultra-fast response time, and a refresh rate of 144 Hz, overclockable to 175 Hz. Who doesn't want blazing speed and stunning picture quality? Just made available to buy in the 27-in. (model 27GL850) for under 500 smackers. The 38-in. unit (model 38GL950G) will be available soon.
Learn more.


Customized anti‐vandal switches

CIT Relay & Switch offers a broad line of sealed, illuminated Anti‐Vandal switches. Ranging from 10 mm up to 40 mm, the styles offer dot and ring illumination with CUSTOM laser printing available. With body and actuator finish options including stainless steel, nickel, and anodized aluminum in black, red, yellow, green, or blue (and bi‐color illumination available), these splash‐proof and vandal-resistant switches offer endless combinations for any design need. Contact CIT today to CUSTOMIZE your anti‐vandal switch.
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Quick-ship program for standard and custom-designed process heaters

Durex Industries, a leading manufacturer of electric industrial heaters, sensors, and systems, now offers screw plug, flange immersion, and circulation heaters with fast-turn shipping capabilities. Durex uses product platforms to provide standard "catalog-type" designs as well as customized designs in the same fast-turnaround window. Plug heaters ship in 3 to 5 days, flange heaters ship in 5 to 7, and circulation heaters in 9 to 12 days -- regardless if standard or custom configured. In addition, there is no upcharge for customized units or "non-standard" configurations.
Learn more.


How many mils is your coating?

Although portable coating thickness gauges are not new, most fail to provide the accuracy, speed, or simplicity required for anyone to conduct quick checks as needed on the production line or in the field. Well all that has changed. A new solution from Kett enables simple, one-hand non-destructive testing -- even on curved and complex surfaces -- on painting, plating, anodizing, and organic coatings.
Read the full article.


Flexible circuit design guide

Tech-Etch uses advanced techniques to manufacture flex and rigid-flex circuits to exacting customer specifications. Special processes include selective plating a single circuit with two different finishes, contoured circuits with variable metal thickness, semi-additive and subtractive techniques, open window or cantilevered contact leads, plus SMT for component assembly. Tech-Etch specializes in flexible circuits for medical device, medical implant, diagnostic ultrasound, and patient monitoring applications, in addition to telecommunications, aerospace, semiconductor, and other high-reliability electronic applications.
Learn about flex circuits and download the guide (no registration required).


Cybersecurity for embedded military applications

Designed to secure critical data within embedded military and defense applications, Aitech Group's C875 uses the new 8th generation Intel Xeon E processor to provide advanced cybersecurity as well as exceptional processing performance. As the risk of tamper attacks and theft of data continues to increase at all levels of embedded computing, the new 3U VPX SBC incorporates Aitech's proprietary AiSecure architecture to help protect against data breaches that may occur at the system site itself. The board features an Intel Xeon E-2176 M 6-core (12-thread) architecture with 12 MB of integrated Smartcache, delivering an impressive 2.7 GHz of performance that increases up to 4.4 GHz when Turbo Mode is enabled.
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Get an IOT security development kit -- on the house

Security has become the biggest challenge for IoT (Internet of Things) development, with eight out of 10 developers identifying it as their biggest hurdle. To help developers create highly secure, end-to-end IoT solutions, leading global technology solutions provider Avnet is providing 20,000 Azure Sphere starter kits -- gratis. Additionally, developers will have access to a series of resources including webinars, lectures, road tests, and design contests hosted by Avnet as part of Avnet's ongoing relationship with Microsoft's Azure Sphere Ecosystem. The Avnet Azure Sphere MT3620 Starter Kit is a fast and easy way to equip IoT endpoint devices to be highly secure. By uniting hardware, software, and cloud in one secure solution, Azure Sphere secures the seven critical properties of an IoT device: hardware root of trust, defense in depth, small trusted computing base, dynamic compartments, certificate-based authentication, failure reporting, and renewable security.
Learn more.


Replacing hydraulics with electric actuators -- avoid pitfalls, gain the benefits

Electric actuators continue to find new and exciting places within automation processes from the mundane to some of the most extreme operating environments on the planet. Every day, machine designers seek alternative electric solutions to hydraulic cylinders for the very first time. However, there are many common pitfalls to properly sizing an electric equivalent. When sized correctly, replacement with high-force electric linear actuators can provide tremendous benefit in processes, quality, and reducing your total cost of ownership.
Read this informative Tolomatic blog.


Army scientists aim to revolutionize cybersecurity through quantum research

Scientists at the RDECOM Research Laboratory, the Army's corporate research laboratory (ARL), have found a novel way to safeguard quantum information during transmission, opening the door for more secure and reliable communication for warfighters on the battlefield.

Recent advancements of cutting-edge technologies in lasers and nanophysics, quantum optics, and photonics have given researchers the necessary tools to control and manipulate miniature quantum systems, such as individual atoms or photons -- the smallest particles of light.

Drs. Brian Kirby (left), Daniel Jones (center), and Michael Brodsky (right) pose near the Quantum Networking Testbed at the RDECOM Research Laboratory, the Army's corporate research laboratory (ARL), in Adelphi, MD. [U.S. Army photo by Jhi Scott]

 

 

 

 

These developments have given rise to a new area of science -- Quantum Information Science, or QIS -- that studies information encoded in quantum systems and encompasses quantum computing, quantum communication, and quantum sensing, among other subfields.

Quantum Information Science is believed to have the potential to shape the way information is processed in the future.

The laboratory invests in QIS research to guarantee continuous technological superiority in this rapidly developing field, which in turn will bring about multiple new technologies in computation, encryption, secure communication, and precise measurements.

However, to utilize quantum information, scientists need to figure out robust ways to process and transmit it, a task being tackled by Drs. Daniel Jones, Brian Kirby, and Michael Brodsky from the laboratory's Computational and Information Sciences Directorate.

"In our classical world, information is often corrupted during manipulation and transmission -- everyone is familiar with noisy cell phone connections in poor reception areas," Brodsky said. "Communication engineers have been working on a variety of techniques to filter out the noise."

In classical communications, the filtering is rather straightforward as it is done locally, that is, in the very place the information is received, such as directly in your phone or internet router.

In the quantum world, things become much more intricate.

The lab's research team has been looking into ways of filtering noise from little bits of quantum information -- quantum bits or qubits sent across fiber-optic telecom links.

They discovered that the filtering does not necessarily need to be done by the receiving party.

"The nature of the quantum states in which the information is encoded is such that the filtering could be more easily done at a different location in the network," Kirby said.

That's right, to fix a qubit sent over a certain route, one could actually apply a filter to other qubits that traverse a different route.

Over the last year, the researchers have been looking into the problem of transmission of entangled pairs of photons over optical fibers.

"We started with developing an understanding of how physical properties of real telecom fibers, such as inherent residual birefringence and polarization dependent loss, or PDL, affect the quality of quantum communications," Jones said. "We exploited a novel mathematical approach, which has led to the development of a simple and elegant geometrical model of the PDL effects on polarization entanglement," Kirby added.

The developed model predicts both the quality of transmitted quantum states as well as the rate at which quantum information could be transmitted.

Furthermore, the lab's team invented a new technique that helps reduce the deleterious effects of the noise.

The developed models were experimentally validated using the recently built Quantum Networking Testbed at the lab, which simulates the practical telecom fiber infrastructure.

"We believe that this research has a potential to revolutionize cybersecurity and to enable secure secret sharing and authentication for the warfighter of the future," Brodsky said. "In addition, it will have an impact on developing better sensors for position navigation and timing as well as quantum computers that might result in the synthesis of novel special materials with on-demand properties."

According to the researchers, in order to make quantum technology a reality, a large-scale field-deployed testbed must be built, thus guiding the development of both quantum hardware and software.

A journal paper documenting the research, titled "Tuning quantum channels to maximize polarization entanglement for telecom photon pairs," is featured in the prestigious Nature Partner Journal Quantum Information.

Source: U.S. Army

Published December 2018

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