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May, 2019 AUTOMATE YOUR LABEL PLACEMENT 30 CELEBRATING YEARS CCL Labels CAB Printer


 Feeder


Performance range for new high-current broadband conicals. The four new series, C305FL,


C550FL, C750FL and C1000FL, were displayed at the 2019 Optical Net - working and Communication Confer - ence and Exhibition in San Diego, California. The flying lead series were


 Industry-standard AXIUM feeders for any machine High-durability CCL (formerly Nortec) labels and masking materials Special laser-markable labels for real-time serialization CAB thermal transfer printers for 3x3mm and larger labels Single-source solution support by the Hover-Davis automation experts


For more information or to request a quote, email: sales@hoverdavis.com www.hoverdavis.com


See at SMTconnect, Hall 4A Booth 530


developed to address market needs and industry trends calling for ever- increasing performance from broad- band conical components. Gowanda’s new series will be utilized in commu- nication applications for bias Ts (fil- ter signal, remove noise), broadband chip manufacturing, communication platforms, high frequency, micro - wave circuitry, RF test setups, test and measurement, test gear, test


Gowanda Launches High Current Broadband Conicals


Gowanda, NY — Gowanda Electron ics has introduced new broadband microwave RF conical inductors that provide DC current handling up to 10A — reportedly, the highest level in the industry — and low insertion loss.


instrumentation, and transmission amplifiers. The performance ranges provid-


ed by these four new wirewound con- ical series include inductance from 0.30 to 22 µH (typical), Q from 30 to


66 (typical), maximum DCR from 0.02 to 0.265W and current rating from 1,300 to 10,500 mA DC. All four series have been outgassing tested per ASTM E595 and meet the TML requirement of 1.0 percent max. Operating temperature range is –67 to +257°F (–55 to +125°C) for all series. Standard terminations and gold terminations are RoHS-compli- ant. Customers can contact Gowanda


for Pb terminations. Contact: Gowanda Electronics,


One Magnetics Parkway, Gowanda, NY 14979 % 716-532-2234 fax: 716-532-2702 E-mail: dkohlhagen@gowanda.com Web: www.gowanda.com


See at BIOMEDevice, Booth 943


Microchip Intros 802.15.4 Compliant Sub-GHz Module


NJ Micro Electronic Testing Inc. Presenting the One Source for Electronic Component Procurement, Testing, Upscreening and Counterfeit Detection


Chandler, AZ — Microchip Technol - ogy has introduced a small IEEE 802.15.4-compliant module that com- bines an ultra-low-power microcon- troller (MCU) with a sub-GHz radio, accelerating time to market and pro- viding long-lasting battery life in wireless-networked sensors. At half the size of the next smallest module on the market, the SAM R30 module meets the needs of space-conscious designs such as home automation sensors and controls. Based on IEEE 802.15.4,


NJMET, Inc. Announces Quality Systems Compliance with AS9100 Rev D / ISO 9001:2015


and the Federal Aviation Administration  FAA-AC-0056, AC00-56B Certification


 


 


 


  





the SAM R30 module sup- ports proprietary networks that can be easily customized and configured. This is useful for applications where inter- operability is not desired due to their inherent vulnerability to remote attacks, such as alarm systems, building automation, smart cities, and indus- trial sensor networks. A key advan- tage of an IEEE 802.15.4-based net- work is that member devices can sleep for extended periods of time and remain part of the network. The SAM R30 module includes an ultra- low-power sleep mode, with wake from general-purpose input/output (GPIO) or its built-in real-time clock (RTC), while consuming approxi- mately 800 nA. Devices can sleep for years, only waking as needed to transmit data. Compact sensor designs can sig-


nificantly reduce installation compo- nents and simplify device deploy- ment. Applications often rely on sim- ple double-sided tape for mounting, making decreasing the size of the sensor a priority. The SAM R30 mod- ule measures 0.5 x 0.43 in. (12.7 x 11 mm) and includes the necessary fea- tures to drive any remote connected sensor, eliminating the need for a separate MCU in the design. The


device also offers up to 256 kB of flash and 40 kB of RAM, as well as serial data interfaces, USB, and digi- tal and analog I/O for advanced sen- sor development. Operating in the sub-GHz RF


spectrum, the SAM R30 module deliv- ers two times the connectivity range and better propagation through walls


ATSAMR30M-XPRO extension development board.


and floors than similarly powered devices using the 2.4 GHz frequency band. This robustness is critical in applications like leak detection, where the sensor may be buried deep in a remote cabinet, or for pool and spa controllers, which require reliable sub- GHz solutions that can communicate through exterior walls. The SAM R30 module is certi-


fied with the Federal Communica - tions Commission (FCC), Industry Canada (IC) and Radio Equipment Directive (RED), enabling designers to reduce time to market and RF testing certification costs. Microchip provides developers the flexibility to implement a proprietary pointto- point, star or self-healing mesh net- work configurations with the free


MiWi™ protocol stack. Contact: Microchip Technology,


Inc., 2355 West Chandler


Boulevard, Chandler, AZ 85224 % 480-792-7200 Web: www.microchip.com


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