Consider a long Si solar cell operating at 300K with the following parameters Area, A 1 110 4 m 2 Acceptor doping, N a 1 510 16 cm 3 Donor doping, N d 4 510 17 cm 3 Electron diffusion coefficient, D n 25 cm 2 s Hole diffusion coefficient, D p 10 cm 2 s Electron recombination time, n 310 7 s Hole recombination time, p 110 7 s Electron hole pair generation rate by light, G L 10 22 cm 2 s 1 calculate the photo current The solar cell is reverse biased with a voltage of 2V

Question: Consider a long Si solar cell operating at 300K with the following parameters. Area, A= 1.110 4 m 2 ; Acceptor doping, N a =

Consider a long Si solar cell operating at 300K with the following parameters. Area, A= 1.1×10⁴ µm²; Acceptor doping, N_a = 1.5×10¹⁶ cm^-3; Donor doping, N_d = 4.5×10¹⁷ cm^-3; Electron diffusion coefficient, D_n = 25 cm²/s; Hole diffusion coefficient, D_p = 10 cm²/s; Electron recombination time, τ_n = 3×10^-7 s; Hole recombination time, τ_p = 1×10^-7 s; Electron hole pair generation rate by light, G_L= 10²² cm^-2 s^-1; calculate the photo current. The solar cell is reverse biased with a voltage of 2V.

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Soln A 110 um Na 15x10 Cn3 Nj45Y10 cm3 Dn 25 m Pp 10cms 10s Tp 10 5 3D G 10e VR ... View full answer

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