The idea with this board is it breaks out all 12 of the LTC3105 pins for breadboarding and prototyping, which is good for experimenting with different passive resistor values etc. Once known the SMD passives can be loaded onto the board. For final installation it offers "7805" compatibility via the 3 through hole pins at right.
Here's some guidance of the pins and passive functions
I think you mean to ask "how much output can you produce at 5V?" See the graph under the circuit diagram on this page http://www.linear.com/product/LTC3105
The green line on that graph indicates you might be able to get about
- 25mA from a single cell (provided it can source enough current)
- 60mA from a couple of cells in series
Maybe more, I found it a rewarding chip to experiment with.
Thank you Tubular! I feel ashamed to said I was hoping to get around 1/200mA. I have a cell 0.6v 3w and I suppose the only way to use it is cutting in pieces to increase voltage. But I suppose decreasing quality overall.
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https://oshpark.com/shared_projects/q39nYmVN
The idea with this board is it breaks out all 12 of the LTC3105 pins for breadboarding and prototyping, which is good for experimenting with different passive resistor values etc. Once known the SMD passives can be loaded onto the board. For final installation it offers "7805" compatibility via the 3 through hole pins at right.
Here's some guidance of the pins and passive functions
how much amperage the solar cell is able to produce at 3.3v?
Is it possible to push until 5v?
Thanks for your help
I think you mean to ask "how much output can you produce at 5V?" See the graph under the circuit diagram on this page
http://www.linear.com/product/LTC3105
The green line on that graph indicates you might be able to get about
- 25mA from a single cell (provided it can source enough current)
- 60mA from a couple of cells in series
Maybe more, I found it a rewarding chip to experiment with.
Good luck!...
Thanks again
Andrea