Energy

DIALOG SEMICONDUCTOR DA16600 WI FI BLUETOOTH LOW ENERGY MODULES

DIALOG SEMICONDUCTOR DA16600 WI-FI + BLUETOOTH LOW ENERGY MODULES

Dialog Semiconductor DA16600 Wi-Fi® + BLUETOOTH® Low Energy (BLE) Modules provide a convenient way to add both low-power Wi-Fi and low-power BLE functionality to applications. The DA16600 Modules are based on the VirtualZero™ DA16200 Wi-Fi SoC (System on a Chip) and the SmartBond TINY™ DA14531 BLE SoC. Together they deliver long battery life and low power consumption […]

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NEW ENERGY HARVESTING SYSTEM WILL POWER WEARABLES USING HEAT GENERATED BY YOUR SKIN

NEW ENERGY HARVESTING SYSTEM WILL POWER WEARABLES USING HEAT GENERATED BY YOUR SKIN

While several advancements in battery technology, thanks to increased research in the field, have driven up the potential and range of applications for wearables, there are some application areas of wearables that are still being hindered by power, with issues ranging from the size of batteries, to cost, and other issues around battery life and

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EPISHINE RECEIVES 80 MILLION SEK EUR 8 MILLION – AXSOL BECOMES LARGEST INDIVIDUAL SHAREHOLDER

EPISHINE RECEIVES 80 MILLION SEK (EUR 8 MILLION) – AXSOL BECOMES LARGEST INDIVIDUAL SHAREHOLDER

Epishine’s organic solar cells for indoor use meet the need for a wireless renewable energy source for the rapidly growing IoT-market.  Epishine has developed a pioneering, patented process for printing organic solar cells with industry-leading low-light efficiency. They have just launched their first product on the world market: a small-scale solar cell that harvests indoor light

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E PEAS NEW BUCK BOOST ICS ENABLES HIGHLY EFFICIENT ENERGY HARVESTING FROM SOLAR VIBRATIONAL SOURCES

E-PEAS NEW BUCK-BOOST ICS ENABLES HIGHLY EFFICIENT ENERGY HARVESTING FROM SOLAR & VIBRATIONAL SOURCES

Expanding its portfolio of advanced power management ICs (PMICs) for energy harvesting applications, e-peas has announced two new devices capable of further pushing the performance envelope. The RF AEM30330, Vibration AEM30330 and solar AEM10330 PMICs both utilize a buck-boost architecture. This enables them to cover a greater range of input voltage levels (from 100mV right through to 4.5V), meaning that low and high power

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MIROMICOS 2.4 GHZ LORA TRANSCEIVER MODULES ARE FIRST IN CLASS WITH FULLY COMPATIBLE BLUETOOTH LOW ENERGY 5.0

MIROMICO’S 2.4 GHZ LORA TRANSCEIVER MODULES ARE FIRST IN CLASS WITH FULLY COMPATIBLE BLUETOOTH LOW ENERGY 5.0

The IoT modules enable wireless connectivity to sensors, devices, and systems communicating at high data rates or over a long distance and run a fully compatible Bluetooth Low Energy 5.0 stack built on Semtech’s SX1280chipsets. Avnet Silica, an Avnet company, today announced the availability of Miromico’s FMLR-8x-x-STLx LoRa® IoT modules that run a fully compatible Bluetooth Low

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THE NEW PANASONIC INDUSTRY PAN1781 BLUETOOTH 5 LOW ENERGY MODULE

THE NEW PANASONIC INDUSTRY PAN1781 BLUETOOTH 5 LOW ENERGY MODULE

Lightweight evolution – and a new member for the Nordic Semiconductor-based Bluetooth Module family: The new PAN1781 from Panasonic Industry suits a wide range of mid and high-volume application designs.  With the PAN1781 being the little brother of our undoubtedly successful PAN1780, we are now rounding out our module range on the lower ends”, opens Jan Scheller

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SLIM. STYLISH. UTC 100 SERIES ADVANTECH LAUNCHES UTC 100 SERIES ULTRA SLIM ALL IN ONE TOUCH COMPUTER

SLIM. STYLISH. UTC-100 SERIES: ADVANTECH LAUNCHES UTC-100 SERIES ULTRA-SLIM ALL-IN-ONE TOUCH COMPUTER

Advantech, a leading provider of service automation solutions, is pleased to announce the launch of two screen sizes of the new UTC-100 series all-in-one touch computers. Featuring an ultra-slim profile and lightweight structure for enclosed public spaces and customer-facing environments, UTC-100 series is a reliable solution delivering energy-efficient computing performance. Comparable to the other UTC

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MAXIM INTEGRATED MAX20361 SINGLE CELL MULTI CELL SOLAR HARVESTER

MAXIM INTEGRATED MAX20361 SINGLE-CELL/MULTI-CELL SOLAR HARVESTER

Maxim Integrated MAX20361 Single-Cell/Multi-Cell Solar Harvester is a fully integrated solution for harvesting energy from single-cell and multi-cell solar sources. The MAX20361 includes an ultra-low quiescent current (360nA) boost converter that is capable of starting from input voltages as low as 225mV. To maximize the power extracted from the source, the MAX20361 implements a proprietary maximum power point tracking

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TURN KEY ENERGY HARVESTING PMIC MODULE FOR IOT DEVICES

TURN-KEY ENERGY HARVESTING/PMIC MODULE FOR IOT DEVICES

Miniaturization and micro-devices company Xidas has introduced what it says is the industry’s first plug & play, universal energy harvesting and power management module for IoT devices. The EHM-UNIV, says the company, is a small surface-mount energy harvesting and power management module that eliminates the need for engineers to purchase energy harvesting evaluation modules and determine

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ASPENCORE BOOK HIGHLIGHTS GANS ROLE FOR THE NEW POWER ELECTRONICS WORLD

ASPENCORE BOOK HIGHLIGHTS GAN’S ROLE FOR THE NEW POWER ELECTRONICS WORLD

Why Wide BandGap (WBG), and why GaN specifically? AspenCore Media’s new book, the “AspenCore Guide to Gallium Nitride: A New Era for Power Electronics,” answers those questions and more. WBG power semiconductor devices in silicon carbide and GaN technology provide design advantages that are allowing previously unimaginable application performance: low leakage current, significantly reduced power losses, higher power density, higher-frequency operation, and

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