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To determine the triode and saturation regions, first: Plot the input/output characteristic of the circuit illustrated In Fig. 2 for 0 < Vin < 2 V. What value of Vin yields a transconductance of (50 Ω)-1 for Q1? Assume 10-16 A, VA = ∞, T = 300 k. Fig. 2

To determine the triode and saturation regions, first: Plot the input/output characteristic of the circuit illustrated In Fig. 2 for 0 < Vin < 2 V. What value of Vin yields a transconductance of (50 Ω)-1 for Q1? Assume 10-16 A, VA = ∞, T = 300 k. Fig. 2

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To determine the triode and saturation regions, first: Plot the input/output characteristic of the circuit illustrated In Fig. 2 for 0 < V in < 2 V . Fig. 2

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To determine the triode and saturation regions, first: Plot the input/output characteristic of the stage shown in Fig. 6 for 0 < Vin < 2.5 V. At what value of Vin do Q1 and Q2 carry equal collector currents? Fig. 6

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