13 Sollar Cell
Vdc=Vanode
Cp_2=1/(Cp^2)
diff_Cp_2=diff(Cp_2,Vdc)
N=-2/(q*Es*E0*(Area^2)*diff_Cp_2)
W=Es*(E0)*Area/Cp/10^2
[Analysis Function]
[X-Y Graph]
X axis: Anode-Cathode voltage Vdc (LINEAR)
Y1 axis: Anode-Cathode capacitance (parallel capacitance) Cp (LINEAR)
Y2 axis: Inverted value of the squared Cp (LINEAR)
Y3 axis: Conductance G (LINEAR)
Y4 axis: Carrier density N (LOG)
Y5 axis: Depletion width W (LINEAR)
[List Display]
Anode-Cathode voltage Vdc
Anode-Cathode capacitance (parallel capacitance) Cp
Conductance G
Parallel resistance Rp
Dissipation factor D
Carrier density N
Depletion width W
[Parameters Display Area]
[Auto Analysis]
Agilent EasyEXPERT Application Library Reference, Edition 8
13-8
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