Consider the diagram below: (a) In your own words, explain the similarity between a pn-junction and a crystalline silicon solar cell. (b) N-region Vots + Potential difference across the junction Diffusion Depletion Layer P-region 000 -free electrons Positive Donor ion Negative Acceptor ion + +Hales Source: electronics-tutorials.ws In the pn-junction diffusion current = drift current at equilibrium. How is it then, that a solar cell can generate electricity? Discuss in detail.

Introductory Circuit Analysis (13th Edition)
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Consider the diagram below:
(a) In your own words, explain the similarity between a pn-junction and a crystalline silicon solar
cell.
(b)
N-region
Vots
+
Potential difference
across the junction
Diffusion
000
Depletion
1 Layer
1
1
P-region
-free electrons
ⒸPositive Donorion
+
Negative Acceptor ion
+ Hales
Source: electronics-tutorials.ws
In the pn-junction diffusion current = drift current at equilibrium. How is it then, that a solar
cell can generate electricity? Discuss in detail.
Transcribed Image Text:Consider the diagram below: (a) In your own words, explain the similarity between a pn-junction and a crystalline silicon solar cell. (b) N-region Vots + Potential difference across the junction Diffusion 000 Depletion 1 Layer 1 1 P-region -free electrons ⒸPositive Donorion + Negative Acceptor ion + Hales Source: electronics-tutorials.ws In the pn-junction diffusion current = drift current at equilibrium. How is it then, that a solar cell can generate electricity? Discuss in detail.
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