AdaptivEnergy
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AdaptivEnergy designs, manufactures, and markets energy harvesting power supply solutions which enable self-sustaining microelectronics or extend battery life. Joule-Thief™ powers wireless sensors and active RFID devices using standard wireless protocols like Zigbee and Bluetooth by scavenging the surrounding environment. AdaptivEnergy delivers its products through its worldwide technology, distribution, and manufacturing network.
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AdaptivEnergy Joule-Thief™ Module
The AdaptivEnergy Joule-Thief™ miniature vibratory energy harvesting module is ideal for battery extension or replacement in wireless machinery conditioning monitoring, sensing, and other low power applications. The AdaptivEnergy Joule-Thief piezoelectric-based module is powered by RLP® Technology coupled with Energy Key™ circuitry. The Joule-Thief produces more power output through its stress-engineered 50 Hz to 120 Hz RLP Smart Energy Beam™ than any other energy harvesting technology available. This compact energy harvester from AdaptivEnergy contains highly efficient proprietary circuitry, energy collection and storage electronics, and a 2-wire interface all within in a 2.22" (56.5mm) x 1.38" (35.0mm) x 0.65" (16.5mm) package.
AdaptivEnergy Random Vibration Joule-Thief™ Module
The AdaptivEnergy Random Vibration Joule-Thief™ module converts ambient mechanical energy, such as vibration and impact events, into a standard DC voltage output. The AdaptivEnergy JTRA-e5mini Random Vibration Joule-Thief is an ideal solution for self-sustaining low power microelectronics, such as wireless sensing and active RFID. The Random Vibration JTRA-e5mini Joule-Thief module integrates highly efficient Energy Key™ electronics, providing designers with a very compact energy harvester with 2-wire interface. This AdaptivEnergy device includes RLP® Smart Energy Beam™ configured for energy collection from low amplitude random vibration environments and also features onboard 66µF capacitive storage. The Joule-Thief Random Vibration Demonstration Kit evaluates the module's capabilities within a random vibration environment.
