Channel: Mouser Electronics

Category: Science & Technology

Tags: battery managementlow-powersemiconductordesign engineersmouser electronicsphotovoltaicenergy harvestingelectrical engineeringsmart homeengineeringbatteryiotdevelopment boardsensorswsnpiezoelectricityinternet of thingstegpower managementwirelesswireless sensor nodemicrocontrollers

Description: Discover the components behind Energy Harvesting for wireless sensor nodes - highly efficient and ultra-low-power technology that extends the battery lifetime of a wireless sensor node in our Featured Applications Spotlight. Components: Analog Devices: mou.sr/FAS-AnalogDevices-LT8491 Texas Instruments: mou.sr/FAS-TI-MSP430FR600x e-peas: mou.sr/FAS-e-peas-AEM30940 Maxim Integrated: mou.sr/FAS-Maxim-MAX20361-Solar-Harvester See the NEWEST Products: mou.sr/MouserNew-yt Subscribe to our Newsletter: mou.sr/MouserSignup-yt Like us on Facebook: facebook.com/mouserelectronics Follow us on Twitter: twitter.com/MouserElec (Americas) Follow us on Twitter: twitter.com/MouserElecEU (Europe) Follow us on LinkedIn: linkedin.com/company/26041 00:00 Why energy harvesting for wireless sensor nodes? 00:40 Analog Devices Inc. LT8491 Buck-Boost Battery Charge Controller 00:57 Texas Instruments MSP430FR600x Ultrasonic Sensing & Measurement SoCs 01:18 e-peas AEM30940 RF Energy Harvesting IC 01:41 Maxim Integrated MAX20361 Single-Cell/Multi-Cell Solar Harvester 02:04 Trusted components for Energy Harvesting