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September, 2018
Grayhill Releases Touch Encoder Development Kit
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La Grange, IL — Grayhill has intro- duced a new touch encoder develop- ment kit, which provides product development engineers simplified designs for industrial, digital audio and visual, medical, and off-highway interfaces. With tap, swipe and turn functions, the development kit can meet a wide range of interface applica- tion needs. The TE series touch encoder
development kit allows designers to replace many traditional user-input devices with a simple, easy-to-use device. Designers use an intuitive tablet development app that allows them to personalize multitouch ges- tures, generate images and cus- tomize the display. They can also use Trigger Logic™, which eliminates the need for a software engineer to configure the device. This kit has a 300 x 300 pixel
display and an intuitive tablet-based development platform. The kit also includes customizable standard widgets to support limitless func- tions. Both USB 2.0 and CAN J1939 communications with the host device are possible. The encoder is IP67-
sealed and combines multiple devices into one, saving panel space. With 32 GB of memory, the encoder can store
Touch encoder development kit with tap, swipe and turn functions.
hundreds of screens. Key features include no-look
operation, support for multiple con- figuration options, support for multi- ple languages, a variety of gestures, consolidation of component function- alities, sealed construction, impact resistant, and up to 1 million encoder cycles. The kit is now available
through DigiKey and Mouser. Contact: Grayhill, Inc., 561
Hillgrove Avenue, La Grange, IL 60525 % 708-354-1040 E-mail:
info@grayhill.com Web:
www.grayhill.com
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CUI Offers Stepper Motor and Encoder Combos
Tualatin, OR — CUI has launched a new line of stepper motors paired with its AMT11 incremental encoder series. The The NEMAAMT112S stepper servo motor family is available in com- pact NEMA 8, 11, 14, 17, and 23 frame sizes with a step angle of 1.8° and holding torques ranging from 3 to 270 oz-in. (0.02 to 1.9 N-m). When paired with a controller, the motor and encoder combo provides closed-loop feedback for a complete servo system. This gives designers a highly reliable motor and motion control feedback solution in one convenient package for a range of applications. The rugged, high-accuracy, mod-
ular AMT11 encoder has 22 program- mable resolutions from 48 to 4,096 PPR, a digitally set zero position and CMOS voltage output waveforms. The resolutions are fully programmable with CUI’s AMT Viewpoint™ soft- ware, without having to remove the encoder from the motor, providing flexibility in the field. Due to its pro- prietary capacitive technology, the AMT11 series is also not susceptible to contaminants such as dirt, dust and oil typically encountered in industrial
environments. CUI is an electronic components
manufacturer that specializes in a diverse range of product technologies.
Stepper motors combined with incremental encoders.
As a provider of power electronics, the organization supports customers as they strive to improve energy efficien- cy and environmental credentials. The company’s interconnect, audio, motion and thermal management groups pro- vide engineers with reliable and proven solutions across a variety of
market segments. Contact: CUI, Inc., 20050 S.W.
112th Avenue, Tualatin, OR 97062 % 503-612-2300 fax: 503-612-2383
E-mail:
jschnabel@cui.com Web:
www.cui.com
Finepower Develops Prototype for Wireless Vehicle Charging
Ismaning, Germany — Finepower is currently developing an inductive charging system that can charge all the batteries in all vehicle types wire- lessly, regardless of their manufactur- er. The special circuitry provides a high level of efficiency, with no need to painstakingly position the system. Charging systems must be able to
connect to as wide a range of vehicle types as possible, comprising heteroge- nous receiver coils and battery systems to the charging infrastructure. Finepower’s goals for the project
involve achieving a constant, high level of efficiency for vehicles in many
different positions relative to the inductive charge, without exceeding maximum permissible EMC values. To meet these conditions, the
variable vehicle position must be compensated for using an electronic circuit and the capacity of the pri- mary coil circuit needs to be adjustable. Finepower has created a prototype for an inductive charging
system with adaptive compensation. Contact: Finepower GmbH, Carl-Zeiss-Str. 21, 85737 Ismaning, Germany % +49-89-3090758-23 E-mail:
p.lutter@
finepower.com Web:
www.finepower.com
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