Calculate the stability factor and change in Ic from 25°C to 100°C for, β = 50, RB/RE = 250, ΔICO = 19.9 nA for emitter bias configuration-A-42.553, 0.85 μFB-40.91, 0.58 μFC-38.53, 0.85 μFD-41.10, 0.39 μF-A-42.553, 0.85 μF

Question

Calculate the stability factor and change in Ic from 25&deg;C to 100&deg;C for, &beta; = 50, RB/RE = 250, &Delta;ICO = 19.9 nA for emitter bias configuration-A-42.553, 0.85 &mu;FB-40.91, 0.58 &mu;FC-38.53, 0.85 &mu;FD-41.10, 0.39 &mu;F-A-42.553, 0.85 &mu;F

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The correct option is  A 42.553, 0.85 &mu;F

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Q1: Calculate the stability factor and change in I_c from 25°C to 100°C for, β = 50, R_B/R_E = 250, ΔI_CO = 19.9 nA for emitter bias configuration

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Exam Questions Papers

Q1: Calculate the stability factor and change in Ic from 25°C to 100°C for, β = 50, RB/RE = 250, ΔICO = 19.9 nA for emitter bias configuration

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For help Students Orientation Mcqs Questions

Q1: Calculate the stability factor and change in I_c from 25°C to 100°C for, β = 50, R_B/R_E = 250, ΔI_CO = 19.9 nA for emitter bias configuration

For help Students Orientation
Mcqs Questions