CoAP Boosts Power and Resource Efficiency for the IoT
Learn the ways CoAP has been specifically designed for IoT systems and aligns with the unique low-power and low-resource requirements of IoT networks.
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Low Power
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Texas Instruments TPS544x25 SWIFT™ Synchronous Buck Converters
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Watt Matters: Engineering for Sustainability in an Energy-Hungry World
Discover how engineers can reduce power, waste, and emissions through smarter component choices, life cycle analysis, and sustainable design techniques.
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Data at the Edge: Why Computing Is Coming Home from the Cloud
Shifting from servers to microcontrollers, edge computing empowers engineers to build smarter, faster systems right where the data is generated.
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Bluetooth 6.0 Brings Enhanced Distance-Ranging Applications
The Channel Sounding technology added to Bluetooth 6.0 opens a huge range of possible distance ranging and locationing applications.
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Implementing Quadrature Encoders with Configurable Logic
Using the PIC16F13145 MCU’s configurable logic block, engineers can efficiently decode quadrature encoder signals, reducing power, BOM cost, and CPU workload.
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onsemi NCP170 CMOS LDO Regulators
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Boost Microcontroller Performance with Configurable Logic
Embedded systems today are more complex, and designers need microcontrollers that bring flexibility in addition to processing power.
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Low Power Design
For a low-power design, which component(s) should the design engineer focus on for power savings? And in what areas have there been recent technological improvements?
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Tips and Tricks for Low-Power Embedded Design
(Source: CrazyCloud - stock.adobe.com) Designing a new electronic device often comes down to making tradeoffs. Cost is often at odds with performance. In cost-sensitive markets, such as...
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How Energy Harvesting by Ultra-Low-Power MCUs Can Eliminate Batteries
(Source: Immersion Imagery/Shutterstock.com) Efficiency is crucial in nature. Maximizing the outlay of additional resources by using as much of it as possible improves performance, can minimize...
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Don't Overlook LDOs for Efficient Voltage Regulation
Switching voltage regulators are a popular solution when long battery life is required as they have a reputation for high efficiency. But when closely
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High-Performance Design for Efficient Power Management in Medical Devices
In order to deal with the dynamics that define the medical sector, designers need to look for new energy-saving solutions, such as next-gen PMICs, and marry these with better noise reduction...
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Wearable Devices: Addressing the Need for Superior Power Management
Modern wearable devices allow the wearer to monitor a wide range of vital parameters; depending on the particular objective of the device, some values are more important than others. The main...
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Maxim Integrated MAX17501/02/03 Step-Down DC-DC Converters
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Nano, Nano: Shrinking Power Consumption Down in Analog Power Design
Using their analog expertise, ROHM Semiconductor has developed a new product line, the Nano Series, to achieve more compact parts that require less en
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MCU Sleep States: How Many Do You Really Need?
MCUs have found homes in just about every low power application. The ability for the MCU to enter a low power mode has made them even more attractive
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Molex Ultra-Fit Power Connectors
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Tips for Building Environmental Monitoring Technology
Some of the most challenging yet immensely satisfying embedded projects to work on involve observing environmental conditions. From a personal perspec
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The Internet of Finding Things
To me, the projections for the number of Things we will have in the Internet of Things is mind boggling. Cisco projects that there will be 50 billion
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Power Storage
There have been some really interesting innovations in electrochemical storage devices (e.g. batteries and supercapacitors) in my area of focus. These
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KEMET Electronics KO-CAP® Polymer Capacitors
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Power Efficient Design for Wearable Electronics
The wearable electronic device market is growing rapidly with predictions of more than a $10bn market size by 2020.
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Beyond Lithium-Ion: Future Battery Concepts
Mobile technology hinges on the batteries that support it. Developed in the 1970s, Li-ion batteries are nearing their theoretical limits.
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Extending the Battery Life of Wearable Devices
Thin, small and lightweight- these are the physical requirements of wearable devices and the reason why the main constraint in wearable technology today is battery life.
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