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).
Power supply for servos with power factor correction
ADVANCED Motion Controls has introduced the PFC2400W375, a regulated DC power supply designed to feed 400-V series servo drives with a low-noise 375-VDC bus. Universal single-phase AC input 100-240 VAC/50-60 Hz with power factor correction and low harmonic distortion along with soft starting circuitry guarantees global high-performance, reliable operation. This new power supply is designed to achieve power factor improvement, improve performance, and ensure consistent operation regardless of the local power company's voltage levels and quality.
World's smallest safety laser scanner
A laser scanner is a safety device that uses the reflection of laser beams to detect the presence of objects or people. The SE2L Safety Laser Scanner from IDEC is the world's smallest unit of its kind -- and the world's first with master/slave functionality and dual protection zones. This scanner is certified for use in safety applications including AGVs, forklifts, robots, and other items of moving equipment found in industrial facilities.
See further at higher sensitivity: Advanced, lightweight infrared camera core for imaging gimbals
Sierra-Olympic Technologies, a supplier of infrared (IR) and thermal imaging components, cameras, and systems solutions, has just introduced the Ventus 275, a midwave-infrared imaging engine with a continuous zoom (CZ) optic. Advanced image enhancements include electronic image stabilization, automatic/manual gain control, adaptive contrast control, and optional target tracking/detection. This compact, lightweight MWIR thermal camera core is specially designed for OEM integrators of surveillance system enclosures and other imaging gimbals.
1000Base-T1 automotive Ethernet common mode choke
Pulse Electronics' Networking Business Unit has introduced the 1000Base-T1 Ethernet Common Mode Choke for automotive applications. Designed to deliver high reliability and performance, the AE5002 1000Base-T1 series is ideal for applications such as Infotainment, Advanced Driver Assist Systems (ADAS) Body Control, Camera/Radar, Gateways, and Backbone Diagnostics.
Cool Tools: Minimally invasive video borescope
Extech Instruments has launched the BR250-4, an affordable and versatile wireless inspection borescope designed to get into openings as small as 4.5 mm while providing bright clear images on its detachable, wireless 3.5-in. color display. When you need to get into walls, ducts, furnaces, boiler tubes, air handlers, exchangers, coils, plenums, and other concealed or hard-to-access areas, this is your hero. And when there's no existing opening and drilling is required, making a much smaller hole leaves minimal damage.
Drop-in solution makes your machine ready for Industry 4.0
Bosch Rexroth's IoT Gateway Rack is an IP65-rated enclosure containing Rexroth's award-winning IoT Gateway. It includes all the necessary wiring and connections to connect PLCs, I/O, and other data sources for collection, processing, and forwarding of plant floor data to upper-level data systems, making it ideal for retrofitting older machines with Industry 4.0 data-transfer capabilities. The plug-and-play design allows OEMs to use the IoT Gateway Rack as an optional addition to their existing machines. Uses standard 110-V plug.
New family of EC fans for AC applications
Orion Fans has launched a family of electronically commutated (EC) fans that offer low-power, energy-saving cooling solutions for AC applications. The AC-input fans -- available in a range of sizes (60 mm, 120 mm, 172 mm, and 250 mm) -- utilize a brushless DC motor and incorporate voltage transformation within the motor for significantly lower power consumption. This equates to power savings of up to 50 percent, enabling customers to meet energy-consumption requirements from agencies like ENERGY STAR. These fans are ideal for a broad range of applications including appliances, commercial and process control, refrigeration, HVAC, and electronic enclosures and cabinets.
Industry's first 100-W and 200-W USB Type-C controllers
Texas Instruments has introduced two new USB Type-C and USB Power Delivery (PD) controllers, with fully integrated power paths to simplify designs, minimize solution size, and speed time to market. The TPS65987D and TPS65988 offer system designers the industry's highest level of integration to reduce design complexity and overall cost. The devices are the industry's first USB PD controllers to source 100 W and 200 W of power, respectively, to support computing applications and enable the benefits of USB Type-C in additional applications such as cordless power tools, gaming, and virtual reality headsets.
First explosion-proof stackable multi-turn encoder
Sensata Technologies has introduced the first explosion-proof stackable multi-turn encoder, an ideal position sensing solution for oil and gas applications such as drawworks, top drives, and pipe-handling equipment where working conditions are extreme. The new encoder, BEI Sensors' model MAAX, is ATEX and IECEx certified to operate in explosive environments and features a Profibus output in a unique, stackable package. CANopen and SSI outputs are also available. The MAAX provides up to 16 bits of resolution as well as up to 16 bits of turns by mechanical counting. This workhorse product operates directly in Zone 1 environments without the need for an accompanying Intrinsic Safety barrier.
DuPont announces newest in-mold electronics inks
DuPont Electronics and Imaging is launching its second generation of In-Mold Electronic (IME) materials with key advancements in its electrically conductive adhesive, protection encapsulant, and crossover dielectric. IME technology enables functions such as touch controls and lighting to be directly embedded inside plastic parts by printing circuits onto plastic sheets, which are then thermoformed and injection molded. This allows product engineers to reduce weight and cost while increasing design aesthetics and functionality in everything from car dashboards to home appliances, using fewer parts and manufacturing steps.
Learn more about the latest materials.
Go to the DuPont In-Mold Electronic Technology website.
Through-beam object-detecting fork sensors
Fork sensors (slot sensors) from Automation-Direct are U- or L-shaped through-beam object-detecting sensors that have the transmitter and receiver built into the opposing "fork" arms of the sensor housing. New PS series fork sensor additions include harsh-duty U-frame sensors for food applications, L-frame or angled fork sensors for unique mounting situations, and fork sensors for liquid detection. Depending on the model, PS series fork sensors are available in visible red, infrared, and laser lighting and in sensing ranges from 5 mm to 220 mm.
Application Note: Cooling for automotive applications
Advances in automotive technologies such as smart headlights, autonomous systems for collision avoidance, and infotainment systems require enhanced thermal protection of critical electronics to ensure optimized performance. Packing more functionality into smaller footprints has increased the heat flux density and thermal challenges in automotive electronics. Designing active cooling systems will provide a thermal management solution needed to operate each sensitive device within its temperature range and optimize its performance. Get this in-depth application note from Laird Thermal Systems.
Read the app note (no registration required).
Collect and understand vibration condition data
Vibration monitoring is one of the most effective ways to detect potential equipment failures before they cause downtime. However, vibration analysis is complex, and it can be cost prohibitive to place sensors on noncritical assets. The new, wireless Fluke 3561 FC Vibration Sensor allows maintenance teams to improve uptime by adding remote, continuous vibration monitoring to virtually any rotating equipment. With a frequency range of 10 to 1,000 hertz, the 3561 FC detects and notifies users of conditional changes caused by critical faults like imbalance, misalignment, looseness, and bearing wear, providing warning of impending equipment failure.
Polyimide heater kit -- tons of uses
The Polyimide heater kit from Omega Engineering contains thin and flexible heaters with adhesive backing to conform to practically any flat or curved surface. With 15 different shapes, this kit can suit almost any application. Heater configurations are outlined on a 0.3-m x 0.3-m (1-ft x 1-ft) sheet, with line markings for easy selection and cutout. When used in combination, these heaters can provide a number of resistances and wattages. Leads can be soldered on or connected with alligator clips. Typical applications include: aerospace, analytical equipment, tooling, commercial equipment, agriculture, packaging, and material handling.
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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