Jmage of How Can Solar Cells Improve Reliability for Indoor IoT Devices? How Can Solar Cells Improve Reliability for Indoor IoT Devices?

Battery replacement is time-consuming, inefficient, and counterproductive to the IoT vision of autonomous, always-on devices. Solar cells can be the solution.

PATR Series Energy Harvesting Devices - RESI PATR Series Energy Harvesting Devices Publish Date: 2025-07-18

The RESI PATR series is an ideal low-voltage power source for power line monitoring devices and sensors.

Image of Three Fantastic Electronic Design Tips to Better the Environment Three Fantastic Electronic Design Tips to Better the Environment

There is not an environmentally friendly and economical way to process e-waste. However, some choices designers make can result in greener choices.

Image of InPlay Energy Harvesting NanoBeacon Evaluation Kit IN100 Energy-Harvesting NanoBeacon Evaluation Kit (EVK) Publish Date: 2024-09-16

InPlay IN100 EVK allows developers to explore the potential of creating sustainable, self-powered IoT devices operating independently of traditional batteries.

EYE ON NPI - MAX20361 Tiny Single-/Multi-Cell Solar Harvester

The Analog Devices MAX20361 Tiny Single-/Multi-Cell Solar Harvester is designed for making solar-harvesting projects and products that can sip power from a small inexpensive solar cell, to charge up a battery or super-capacitor.

Exploring Ambiq’s harvestKIT GUI
Exploring Ambiq’s harvestKIT GUI

Ambiq’s energy harvesting reference design, harvestKIT includes access to a graphical user interface that details data such as the accelerometer, gyroscope, temperature, humidity, pressure and more.

Introducing Ambiq’s Energy Harvesting Reference Design harvestKIT

Ambiq’s Business Development Marketing Director Chad Solomon, introduces harvestKIT, an energy harvesting reference design built to enhance the battery life on devices or eliminate the battery completely.

Up-Close with Ambiq’s harvestKIT
Up-Close with Ambiq’s harvestKIT

Ambiq’s Business Development Marketing Director Chad Solomon breaks down the different components of Ambiq’s energy harvesting reference design, harvestKIT, and what functions they perform.

Image of Ambiq’s HarvestKit AMA3BHARV1 Energy Harvesting Reference Design HarvestKit™ AMA3BHARV1 Energy Harvesting Reference Design Updated: 2024-08-12

Ambiq's AMA3BHARV1 low-power optimized flexible platform for use with the evaluation and development of energy harvesting applications.

image of Advance your strategies for energy harvesting and battery management webinar Advance your strategies for energy harvesting and battery management

Join us for an engaging webinar with solutions for energy harvesting and battery boosting applications with Nexperia’s latest solutions.

onsemi Solar Inverter SoCs Solar Inverter Solutions Publish Date: 2024-06-03

Onsemi’s solar inverter portfolio is designed to allow renewable energy to create efficient, lower carbon emission power solutions. Learn more at DigiKey today!

Image of Webinar – Enabling Cost-Effective Battery Cell Production with High-Density Power Modules Webinar – Enabling Cost-Effective Battery Cell Production with High-Density Power Modules

Learn ways that manufacturers and developers of battery cells and test equipment can explore to increase productivity without adding new costs.

Image of TDK/EPCOS' Film Capacitors with Long Lead PC Terminals Film Capacitors with Long-Lead PC Terminals Publish Date: 2024-02-12

TDK's film capacitors with long lead PC terminals are available in multiple lead lengths and types.

Nexperia Energy Harvesting MPPT Technology Explained

Nexperia’s Energy Harvesting PMIC uses the advanced Maximum Power Point Tracking (MPPT) algorithm to harvest energy for ultra-low power IoT sensors/nodes. MPPT uses an embedded hill-climbing algorithm to deliver the maximum power to the load.

Image of DigiKey Partners with GroupGets to Help Startups GetMade DigiKey Partners with GroupGets to Help Startups GetMade

DigiKey is partnering with GroupGets to help startups GetMade! This partnership will help startups who have fallen short of a successful crowdfunding campaign.

WEbinar Partnered with DigiKey: Use Wasted Energy to Power Your Sensors

In this Würth Elektronik Webinar Presentation, we will have an introduction to Energy Harvesting and what type of ambient energies are available. We'll discuss challenges in converting and storing these energies into usable energy.

DigiKey Receives Top Recognitions from Suppliers at 2023 EDS Leadership Summit Publish Date: 2023-05-24

DigiKey announced that it has been awarded 17 recognitions from its supplier partners during the 2023 EDS Leadership Summit, held May 16-19 in Las Vegas.

Image of Nexperia's NEH2000BY Energy Harvesting Power Management IC NEH2000BY Energy Harvesting Power Management IC Publish Date: 2023-05-18

Nexperia's NEH2000BY IC in an ultra-compact package is optimized to efficiently harvest energy from a wide range of ambient sources.

Image of Five Convenient Ways to Locate a Cross, Sub, or Replacement on Digi-Key's Website Five Convenient Ways to Locate a Cross, Sub, or Replacement on DigiKey's Website

Finding an equivalent to an obsolete part can be difficult. However, DigiKey’s website has tools to help find crosses to parts quickly and easily.

Image of Ebelong's Logo Ebelong

Ebelong specializes in environment friendly kinetic energy technology to provide wireless battery-less products and services to customers around the world. Ebelong is a comprehensive technology company integrating scientific research, sales and services.