What's a strain wave harmonic gearing torque sensor?
Strain wave harmonic gearing sensors from FUTEK are an alternative to six-degrees-of-freedom (DOF) sensors used in applications such as robotic arms that are used in surgery. For example, during some laparoscopic surgery procedures, surgeons must hold the position of the end effector (the instrument inside the abdominal cavity) while the robot arm is moving. This maneuver is difficult to perform with 6-DOF sensors only, because it requires torque measurement on each joint. Strain wave harmonic gearing sensors can handle it, and they are less expensive to implement because torque measurement can be obtained for selected joints only if necessary.
Raspberry Pi: Pico microcontroller
The Raspberry Pi Pico is built around the brand-new Raspberry Pi RP2040 microcontroller, delivering a flexible, highly affordable development platform that can also be directly deployed into end products -- all for 4 bucks. At the heart of the Raspberry Pi Pico is RP2040, which features two ARM Cortex-M0+ cores clocked at 133 MHz; 264 kB of on-chip SRAM; 30 multifunction GPIO pins; dedicated hardware for commonly used peripherals alongside a programmable I/O subsystem for extended peripheral support; a four-channel ADC with internal temperature sensor; and built-in USB 1.1 with host and device support. Also look for the RP2040 chip to be sold as a standalone product very, very soon.
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New robust angle sensors for off-highway and more
Novotechnik, U.S. introduces the RFE 3200 Series of resilient, touchless Hall-Effect angle sensors. These sensors are specifically designed to operate in demanding environments like off-highway equipment and feature ingress protection to IP69K, EMC immunity, and a decoupled sensor/magnet. The RFE Series measures from 0 to 360 deg and can be ordered with one (partially redundant) or two (fully redundant) channels. High resolution with great dynamic response, large mechanical tolerances, and feasibility of customer-specific output options are added benefits of this wear-free technology.
Automotive single-chip solution for ultra-wide touch displays
Microchip Technology has just announced its maXTouch MXT2912TD-UW touchscreen controller. This is the industry's first automotive-qualified, single-chip solution that addresses display sizes up to 45 in. with a very wide aspect ratio, supporting LCD and OLED display technologies. This controller reduces the need for multiple touch controllers within a vehicle's HMI display. It provides the highest report rate for wide displays and is independent of the display resolution.
Automotive antenna-on-package mmWave sensors with Texas Instruments RFIC
D3 Engineering, a Texas Instruments platinum design partner, recently announced their DesignCore RS-1843AOP and RS-1843AOPU mini mmWave Radar Sensors. They feature a 1-in. cube form factor, heat-spreading metal body, and mounting tabs. They may be used with a PC or embedded platform to facilitate field testing, sensing evaluation, algorithm development, and application demonstrations. Automotive applications include parking assist and collision avoidance. Other applications include robotics, autonomous machines, industrial vehicle systems, and facility monitoring, as well as people counting and tracking.
Pinpoint the leading cause of Industrial Ethernet failures
Fluke Networks introduces the LinkIQ-IE Cable+Network Industrial Ethernet Tester designed to troubleshoot network cabling, the leading cause of Industrial Ethernet failures. With Ethernet-based technologies increasingly the default for automation networks, the need for easy-to-use tools to troubleshoot these networks is growing rapidly. By combining Fluke Networks' state-of-the-art cable measurement technology and basic tests for Industrial Ethernet switches, LinkIQ-IE speeds and simplifies the discovery of network failures in a simple-to-use touchscreen interface akin to a smartphone.
Premium Hi-Temp ETX Series thermoelectric coolers
Laird Thermal Systems has developed a thermoelectric module series that is rated for high temperature in emerging optoelectronic applications, including LiDAR and CMOS sensors for autonomous systems in vehicles and drones, digital light processors (DLP) used in 3D machine vision and advanced lighting systems, and optical transceivers. The HiTemp ETX Series thermoelectric cooler has a robust construction that allows it to survive in temperatures up to 150 C, exceeding most outdoor applications. These solid-state heat pumps are assembled with advanced materials that boost cooling capacity by up to 10% compared to traditional thermoelectric coolers.
Compact power module with side flange mounting
SCHURTER's proven power entry module, series DD11, provides a high level of functional integration in the most minimal of package dimensions. The power module is ideally suited for equipment with low-profile panels. Consisting of an IEC appliance inlet (C14), which is compatible with cord retention, 1- or 2-pole fuse holder, and power ON/OFF switch, the DD11 is now available with side mounting flanges in addition to the existing model with top and bottom flanges. The new model is designed to minimize height when vertically mounted. Applications include medical, IT and telecom, office and household equipment, and automation systems.
Automotive Ethernet cables
The ODU MINI-SNAP for Single Pair Ethernet (SPE) enables Ethernet connections via copper cables with a single twisted wire pair, while allowing for the voltage supply of terminal devices via PoDL (Power over Data Line). The simpler design of the new generation of connectors and the associated weight and space reduction are good for designers and developers in various areas. SPE is currently being introduced in new automotive generations, replacing CAN and other bus systems. In the future, communication, controls, and security functions will be managed uniformly via Ethernet.
Cool Tools: Complete 3D scan and reverse engineering suite for under 15 grand
Verisurf Software is offering special limited-time pricing on its 3D scanning and reverse engineering solution bundle. It has everything needed to quickly deploy the system, including: Verisurf Scan Data and Reverse Engineering Suite with Quick Surface, Verisurf online training, Peel 2 3D handheld scanner, 1-year hardware warranty, and Peel 2 and Verisurf installation and setup video. The Verisurf Scan Data Reverse Engineering Suite is part of the recently released Verisurf 2020, the only measurement, inspection, and reverse engineering software dedicated to Model-Based Definition (MBD) and built on a CAD/CAM platform.
Asset tracking down to the centimeter
ON Semicon-ductor's Quuppa Intelligent Locating System enables real-time tracking of Bluetooth tags and devices -- with centimeter-level accuracy even in challenging environments. Quuppa technology allows positioning updates to be sent up to 50 times per second, providing a reliable and versatile Real-Time Locating System (RTLS) solution for all industries. Users can design ultra-low-power indoor asset-tracking applications with Direction Finding features and advanced Angle of Arrival (AoA) technology.
Noncontact measurement of speed and length
With the SPEETEC, SICK has expanded its product range for speed and length measurement of objects moving in a linear path to include technology that measures directly on the material surface. The non-contact sensor is able to measure a wide range of web and continuous materials, as well as blanks, with incredible accuracy. This speed sensor closes the gap between tactile, indirect-measuring encoder solutions and laser velocimeters, which are often expensive to purchase and require considerable effort to integrate and operate.
Displays: New HMI and drive faceplates
ABB's CP600 Gen 2 HMIs offer NEMA 4X rating, an expanded temperature range, 33% brighter screens, additional communications ports, and integral web server capability, allowing users to expand HMI usage into more applications. Available in 7-, 10-, and 15-in. sizes, the CP600 Gen2 HMI units join the CP600-eCo units and the CP600-Pro units to cover the full range of industrial display needs.
Cool Tools: Hexagon RS6 high-speed laser scanner
The handheld or arm-mounted RS6 laser scanner available from Exact Metrology is designed for high-speed and high-accuracy scanning. When compared to other scanners, the RS6 has a 3x faster frame rate, a 30% wider laser stripe, and excellent scanning performance on difficult surfaces (including glossy black plastic automotive body parts or molded carbon fiber components). Its unique SHINE technology allows you to scan 99% of parts without touching the scanner exposure. It scans up to 1.2 million points/sec with a scan rate of 300 Hz.
New Intellistat Ion Air Gun for static elimination
EXAIR's patented Intellistat Ion Air Gun is a handheld and lightweight solution for static elimination in clean processes or sensitive assembly work such as scientific and electronic test facilities, laboratories, and clean rooms. The Intellistat was designed to consume minimal compressed air while simultaneously delivering precise blow-off, and exceptional static decay rates capable of reducing 1000 V to less than 100 V in less than a second at up to 24 in. away.
Faster wireless devices: New research explores graphene-silicon combo for photonics applications
If you use a smartphone, laptop, or tablet, then you benefit from research in photonics, the study of light. At the University of Delaware, a team led by Tingyi Gu, an assistant professor of electrical and computer engineering, is developing cutting-edge technology for photonics devices that could enable faster communications between devices and thus, the people who use them.
The research group recently engineered a silicon-graphene device that can transmit radiofrequency waves in less than a picosecond at a sub-terahertz bandwidth -- that's a lot of information, fast. Their work is described in a new paper published in the journal ACS Applied Electronic Materials.
"In this work, we explored the bandwidth limitation of the graphene-integrated silicon photonics for future optoelectronic applications," said graduate student Dun Mao, the first author of the paper.
The combination of silicon and graphene can be used as a photodetector, which senses light and produces current, with more bandwidth and a lower response time than current offerings. [Credit: Kathy F. Atkinson]
Silicon is a naturally occurring, plentiful material commonly used as a semiconductor in electronic devices. However, researchers have exhausted the potential of devices with semiconductors made of silicon only. These devices are limited by silicon's carrier mobility, the speed at which a charge moves through the material, and indirect bandgap, which limits its ability to release and absorb light.
Now, Gu's team is combining silicon with a material with more favorable properties, the 2D material graphene. 2D materials get their name because they are just a single layer of atoms. Compared to silicon, graphene has better carrier mobility and direct bandgap and allows for faster electron transmission and better electrical and optical properties. By combining silicon with graphene, scientists may be able to continue to utilize technologies that are already used with silicon devices -- they would just work faster with the silicon-graphene combination.
"Looking at the materials properties, can we do more than what we're working with? That's what we want to figure out," said doctoral student Thomas Kananen.
To combine silicon with graphene, the team used a method they developed and described in a paper published in 2018 in npj 2D Materials and Application. The team placed the graphene in a special place known as the p-i-n junction, an interface between the materials. By placing the graphene at the p-i-n junction, the team optimized the structure in a way that improves the responsivity and speed of the device.
This method is robust and could be easily applied by other researchers. This process takes place on a 12-in. wafer of thin material and utilizes components that are smaller than a millimeter each. Some components were made at a commercial foundry. Other work took place in UD's Nanofabrication Facility, of which Matt Doty, associate professor of materials science and engineering, is the director.
"The UD Nanofabrication Facility (UDNF) is a staff-supported facility that enables users to fabricate devices on length scales as small as 7 nm, which is approximately 10,000 times smaller than the diameter of a human hair," said Doty. "The UDNF, which opened in 2016, has enabled new research directions in fields ranging from optoelectronics to biomedicine to plant science."
The combination of silicon and graphene can be used as a photodetector, which senses light and produces current, with more bandwidth and a lower response time than current offerings. All this research could add up to cheaper, faster wireless devices in the future. "It can make the network stronger, better, and cheaper," said postdoctoral associate and the first author of the npj 2D Materials and Application article Tiantian Li. "That is a key point of photonics."
Now the team is thinking about ways to expand the applications of this material. "We're looking at more components based on a similar structure," said Gu.
Source: University of Delaware
Published April 2019
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