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Improve Your Location Tracking, Heat Sink Usage, and IoT-to-Cloud Security

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digikey.com

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reply-to@e.digikey.com

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Wed, Mar 13, 2019 02:28 PM

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See solutions from Littelfuse, Microchip, NXP, and more… Digi-Key Solutions Center Featured Art

See solutions from Littelfuse, Microchip, NXP, and more… [View Online]( [Digi-Key CORPORATION®]( [1.800.344.4539](tel:1.800.344.4539) [Flag] Search Now: [Search Now](=/umt000CCs40B42007ujNBw0) Digi-Key Solutions Center Featured Articles [IMUs for Precise Location: Part 2 – How to Use IMU Software for Greater Precision](=/umt000CCs40B42007ujNBw0) Many embedded systems need to track their own location or position and heading, and designers often turn to GNSS (Global Navigation Satellite Systems) as a first resort. However, GPS cannot always be used exclusively for position and heading information for several reasons, starting with power consumption. [Read More ►](/umt000CCs40B42007ujNBw0) [Heat Sinks: A Step-by-Step Guide to Getting the Heat Out of Your Design](=/umt000CCs40B42007ujNBw0) A heat sink's role is in creating a larger surface area on a heat-producing device, and in so doing, allowing for a more efficient transfer of heat out and into its surroundings. An improved thermal path out of the device lowers any temperature rise at the junction of the component. [Read More ►](/umt000CCs40B42007ujNBw0) [An Easier Solution for Securely Connecting IoT Devices to the Cloud](=/umt000CCs40B42007ujNBw0) Despite growing awareness of the need for security, developers too often find themselves taking shortcuts in security for connecting IoT devices to the cloud. In many cases, the conflicts between the complexity of suitable security mechanisms, the limited memory and processing resources available in tiny battery powered IoT devices, and the need to ship product, seem insurmountable. [Read More ►](=/umt000CCs40B42007ujNBw0) [View All Articles ►](/umt000CCs40B42007ujNBw0) Digi-Key Product Solutions [Littelfuse]( [Thin Film Power Inductors - LPWI Series]( [Thin Film Power Inductors - LPWI Series]( LPWI series power inductors are based on thin film photolithography technology which offers compact and low-profile dimensions, low losses, and high efficiency for power applications. The metal alloy composite thin film material provides miniaturization. • Current saturation: 1.5 A - 6.8 A • Current rating: 1.7 A - 5.8 A • Inductance: 240 nH - 2.2 µH [Learn More ►]( [Navitas Semiconductor](/umt000CCs40B42007ujNBw0) [GaNFast™ 650 V Single Power ICs]( [GaNFast™ 650 V Single Power ICs]( GaNFast power ICs have an easy-to-use digital input, power output, and high-frequency powertrain. The monolithic integration of a field-effect transistor (FET), drive, and logic creates a high-performance building block enabling designers to create a fast, small, and efficient integrated powertrain. • Monolithically-integrated gate drive • Wide logic input range with hysteresis • Programmable turn-on dV/dt [Learn More ►]( [Ideal-tek]( [LCR Meter Smart Tweezers™](=/umt000CCs40B42007ujNBw0) [LCR Meter Smart Tweezers™](=/umt000CCs40B42007ujNBw0) LCR Meter Smart Tweezers are an updated concept in handheld electronic tools. A unique design combines a pair of gold-plated SMD tweezers with ergonomic shielded handles and a precise full featured LCR impedance meter in a compact, lightweight instrument. • Convenient one-hand operation • Ideal design for surface mount devices • Portable and ergonomic design [Learn More ►](/umt000CCs40B42007ujNBw0) [Bosch Sensortec](=/umt000CCs40B42007ujNBw0) [BMI088 Inertial Measurement Units]( [BMI088 Inertial Measurement Units]( The BMI088 is a high-performance 6-axis inertial sensor consisting of a 16-bit digital, triaxial, ±24 g accelerometer and a 16-bit digital, triaxial, ±2000°/s gyroscope. BMI088 allows highly accurate measurement of orientation and detection of motion along three orthogonal axes. • Accelerometer resolution: 0.09 mg • Gyroscope resolution: 0.004°/s • -40°C to +85°C operating temperature [Learn More ►](=/umt000CCs40B42007ujNBw0) [PUI Audio, Inc.]( [AS08304CR-R/AS0308CR-R/ AS06606SR-R High Fidelity Speakers](/umt000CCs40B42007ujNBw0) [AS08304CR-R/AS0308CR-R/AS06606SR-R High Fidelity Speakers](/umt000CCs40B42007ujNBw0) These high fidelity speakers cover a wide range of features needed in today's market. More than ever before, high-quality audio is becoming the determining factor when distinguishing between products and driving sales. • Silk dome diaphragm • 30 W max power handling (with 18 dB/octave 2 kHz high‑pass filter) • Capable of over 100 dB of output at 1 meter [Learn More ►](/umt000CCs40B42007ujNBw0) [Microchip Technology](=/umt000CCs40B42007ujNBw0) [AC164160 Secure IoT Sensor Node]( [AC164160 Secure IoT Sensor Node]( The AC164160 IoT sensor node board is a compact and inexpensive evaluation and development board based on the AVR® ATmega4808 microcontroller, ATECC608 secure element, and WINC1510 network controller to demonstrate the easy migration of bare metal embedded control applications to the Google Cloud. • Direct connection to the Google Cloud, pre-provisioned with a free sandbox account • Light and precise temperature sensor (MCP9808) • mikroBUS™ connector [Learn More ►]( [NXP Semiconductors]( [LPC84x 32-Bit Power-Efficient MCUs](/umt000CCs40B42007ujNBw0) [LPC84x 32-Bit Power-Efficient MCUs](/umt000CCs40B42007ujNBw0) The LPC84x is an Arm® Cortex®-M0+ based, low-cost 32-bit MCU family operating at CPU frequencies of up to 30 MHz, supporting up to 64 KB of Flash memory and 16 KB of SRAM. The LPC84x family features exceptional power efficiency with down to 90 µA/MHz (active) in low‑current mode using the free running oscillator (FRO) as the clock source. • Low power, simple, flexible, and small form factor • Accurate 1.2 Msps ADC: 12‑ch, 12-bit • Digital-to-Analog Converter (DAC): 2-ch, 10-bit [Learn More ►](/umt000CCs40B42007ujNBw0) [Digi International](=/umt000CCs40B42007ujNBw0) [Digi® WR54 TransPort Dual-SIM Cellular Routers](=/umt000CCs40B42007ujNBw0) [Digi® WR54 TransPort Dual-SIM Cellular Routers](=/umt000CCs40B42007ujNBw0) The Digi WR54 dual-SIM cellular rugged routers for transportation applications employ Gobi LTE Advance technology allowing use on major networks. Dedicated PCIe® 2.0 internal data buses deliver 10 GT/s aggregate bandwidth ensuring low latency, high bandwidth cellular communications. • Dual-core 880 MHz MIPS processor and PCIe 2.0 internal bus • High-speed 867 Mbps 802.11 ac Wi-Fi® for WAN or LAN service • Zero-touch fleet wide configuration using Digi Remote Manager® [Learn More ►](=/umt000CCs40B42007ujNBw0) [Analog Devices, Inc.](=/umt000CCs40B42007ujNBw0) [Silicon SPDT Reflective Switches](=/umt000CCs40B42007ujNBw0) [Silicon SPDT Reflective Switches](=/umt000CCs40B42007ujNBw0) ADRF5024, ADRF5025, ADRF5026, and ADRF5027 are reflective single-pole double‑throw (SPDT) switches. The ADRF5024 operates from 100 MHz - 44 GHz with better than 1.7 dB of insertion loss and 35 dB of isolation whereas the ADRF5025 operates from 9 kHz - 44 GHz with better than 1.6 dB of insertion loss and 35 dB of isolation. • Low insertion loss with impedance match • Reflective design • High input linearity: P1dB 27.5 dBm typical, IP3 50 dBm typical [Learn More ►](=/umt000CCs40B42007ujNBw0) Additional Design Resources ► [EDA & Design Tools](=/umt000CCs40B42007ujNBw0) [Conversion Calculator](=/umt000CCs40B42007ujNBw0) [Product Training Modules](/umt000CCs40B42007ujNBw0) Did you know? If you need a reference design, Digi-Key has a library of over 1,700! [Find Your Reference Design ►](/umt000CCs40B42007ujNBw0) [Email Signup]( Signing up for Digi-Key’s email program will keep you on the cutting edge of the electronics industry by keeping you informed on the newest products, application and design ideas, and industry information. GET THE APP [Google Play]( [App Store]( FOLLOW US [1.800.344.4539](tel:1.800.344.4539) March 2019 • TNL1903A Copyright © 1995-2019 Digi-Key Electronics. All Rights Reserved. 701 Brooks Avenue South Thief River Falls, MN, 56701, USA Make sure you receive your email from Digi-Key. Add reply-to@e.digikey.com to your address book. If you no longer wish to receive promotional emails, [click here]( to update your preferences.

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