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  Ultralow Voltage Energy Harvester Uses Thermoelectric Generator for Battery-Free Wireless Sensors &mdash LT Journal
  PDF, 1.8 Mb, Datei veröffentlicht: Oct 27, 2010
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  October 2010 I N T H I S I S S U E 12 4-and 6-supply monitors
  feature В±1.5% accuracy for
  rails down to 1.2V 17 4mm Г— 7mm IC produces
  multiple power rails from a
  single Li-ion cell 26 passive mixers increase
  gain and decrease noise in
  downconverter apps 39 POWER
  SUPPLY CONNECTOR
  DROPS CONNECTOR
  DROPS WIRING DROPS WIRING DROPS Volume 20 Number 3 Ultralow Voltage Energy Harvester
  Uses Thermoelectric Generator for
  Battery-Free Wireless Sensors
  David Salerno The proliferation of ultralow power wireless sensor nodes for
  measurement and control, combined with new energy harvesting
  technology, has made it possible to produce completely
  autonomous systems that are powered by local ambient energy
  instead of batteries. Powering a wireless sensor node from ambient
  or “free” energy is attractive because it can supplement or eliminate
  the need for batteries or wires. This is a clear benefit when battery
  replacement or servicing is inconvenient, costly or dangerous. CONNECTOR
  DROPS A complete lack of wires also makes it easy to expand monitoring and control systems on a large scale. Energy harvesting wireless sensor systems simplify installation and maintenance in
  such diverse areas as building automation, wireless/automated
  metering and predictive maintenance, as well as numerous other …

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Herstellerklassifikation

• Power Management > Switching Regulator > Step-Up (Boost) Regulators > Micropower Boost | Internal Power Switch Boost
• Power Management > Energy Harvesting

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LTC3108IDETRPBF, LTC3108IDE TRPBF