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Changed "Ohm" to "Ω"
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rclocher3
rclocher3
  • 9.3k
  • 3
  • 21
  • 51
  • With no load, I measure 3.17V
  • With 100kOhm100kΩ load, 2.91V
  • With 10kOhm10kΩ load, 1.59V
  • With 1kOhm1kΩ load, 0.29V

The math works out to a 10kOhm10kΩ series resistance between +V and ground.

As such the maximum power that can be drawn is at 1.59V/10kOhm10kΩ load, or 0.25mW max power. Short circuit current would be about 0.3mA.

  • With no load, I measure 3.17V
  • With 100kOhm load, 2.91V
  • With 10kOhm load, 1.59V
  • With 1kOhm load, 0.29V

The math works out to a 10kOhm series resistance between +V and ground.

As such the maximum power that can be drawn is at 1.59V/10kOhm load, or 0.25mW max power. Short circuit current would be about 0.3mA.

  • With no load, I measure 3.17V
  • With 100kΩ load, 2.91V
  • With 10kΩ load, 1.59V
  • With 1kΩ load, 0.29V

The math works out to a 10kΩ series resistance between +V and ground.

As such the maximum power that can be drawn is at 1.59V/10kΩ load, or 0.25mW max power. Short circuit current would be about 0.3mA.

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Evan Krall
Evan Krall
  • 321
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  • 8

  • With no load, I measure 3.17V
  • With 100kOhm load, 2.91V
  • With 10kOhm load, 1.59V
  • With 1kOhm load, 0.29V

The math works out to a 10kOhm series resistance between +V and ground.

As such the maximum power that can be drawn is at 1.59V/10kOhm load, or 0.25mW max power. Short circuit current would be about 0.3mA.