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solution

Using (9.112), calculate the Dember voltages for the InSb photoconductor given in Problem 9.5 with α = 104 cm−1 and n0 = 5 × 1016 cm−3 assume that p0 ≈ 0, quantum yield η = 0.8, surface recombination velocities s = 0, 100, and 104 cm/s, and T = 300 K.

Problem 9.5

Using (9.92), calculate the photocurrent for an InSb photoconductor fors = 0, 100, and 10,000 cm/s, respectively, given τn = 10 µs, Ln = 10 µm, R = 0.35, w/l = 1, I0 = 1 mW/cm2, V = 100 mV, µp = 500 cm2/V ·s, b = 100, λ = 4 µm, hv = hc/λ.

Using (9.112), calculate the Dember voltages for the InSb photoconductor given in Problem 9.5 with a...-1

Using (9.112), calculate the Dember voltages for the InSb photoconductor given in Problem 9.5 with a...-2

Solution:

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