The Fill Factor of the Silicon Photocell

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The discussion revolves around calculating the fill factor of a silicon photocell, with a participant reporting a value of 1.6x10^-2 based on their calculations using Pmax and Po. They express urgency in confirming this value for their lab report submission. However, another contributor points out that the fill factor is defined as the ratio of the photodetector area to the total area of the circuitry, indicating that necessary area information is missing for a proper calculation. The participant references their lab manual instructions, which emphasize finding the maximum power point on the i-V characteristic. Clarification on the fill factor's definition and the need for specific area data is essential for accurate results.
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Homework Statement


I have to find the value of the Fill Factor of the silicon photocell.
I graph for current, voltage and power.

I got this as a value 1.6x10-2

Is this the correct answer ?
I just need the real value so I can compare it with my results ..

Homework Equations



Pmax/Po

The Attempt at a Solution



Pmax/Po = (9.5x〖10〗^3µW)/(5.7x〖10〗^5µW) = 1.6x10-2
I have to submit the lab report tomorrow .. Please help me =[
 
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The fill factor is "ratio of photodetector area to total area of the circuitry".
You have given no information on these areas, so no answer can be computed.
 
Umm ... I followed what the lab manual told me ...

" Calculate the fill factor, defined as the ratio Pmax/Po. Find the position of the point where the power is maximum on the i-V characteristic and draw a line to it from the origin. This is called a load line. "

:S
 
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