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Battery Power
Papers
- Batteries by Type (ApexBattery.com)
Provides lithium and other types of batteries. 04-08
- Connecting Batteries in Series or in Parallel (Zbattery.com)
"When connecting your batteries in Series you are doubling the voltage while maintaining the same capacity rating (amp hours). Just use a jumper wire between the negative of the first battery and the positive of the second battery. Run your negative wire off of the open connector from the first battery and your positive off of the open connector on your second battery."
"When connecting in Parallel you are doubling the capacity (amp hours) of the battery while maintaining the voltage of one of the individual batteries. Use a jumper wire between the positives of both batteries and another jumper wire between the negatives of both batteries. Connect your positive and negative wires to the same battery to run to your application." 08-09
- Rechargeable Lithium Ion (Li-Ion) Batteries (All-Battery.com)
Provides 123A 3v. and other batteries. 11-07
Purchase Resources
- Rechargeable 123A Lithium Ion Batteries and Chargers (All-Battery.com)
Provides batteries and chargers at a discount over retail. Awesome Library does not endorse this product, but provides it as an example. 05-07
- Rechargeable 123A Lithium Ion Batteries and Chargers (BatteryJunction.com)
Provides batteries and chargers at a discount over retail. Awesome Library does not endorse this product, but provides it as an example. 05-07
Research
- Researchers Invent a 50-Year Microscopic Battery (Context Weblog)
"The prototype is the first MEMS (micro-electromechanical systems) version of a larger device."
"The device converts the energy stored in the radioactive material directly into motion. It could directly move the parts of a tiny machine or could generate electricity in a form more useful for many circuits than has been possible with earlier devices." 6-03
- Researchers Invent a 50-Year Microscopic Battery (Cornell)
"The prototype [battery] is made up of a copper strip 1 millimeter wide, 2 centimeters long and 60 micrometers (millionths of a meter) thick that is cantilevered above a thin film of radioactive nickel-63, which emits beta particles (electrons)."
"The emitted electrons collect on the copper strip, building a negative charge, while the isotope film, losing electrons, becomes positively charged. The attraction between positive and negative bends the rod down. When the rod gets close enough to the isotope, a current flows, equalizing the charge. The rod springs up, and the process repeats." 6-03
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