In following figure, what will be R1 and R2 for maximum symmetrical swing if VCSat ≈ 0. Given that RE = 200 Ω, RC = 400 Ω, VCC = 20 V, β = 99-A-6 kB-3 k, 6 kC-9.9 k, 2.4 kD-2.4 k, 9.9 k-D-2.4 k, 9.9 k

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D 2.4 k, 9.9 k  The quiescent collector current for maximum symmetrical swing. In standard consideration, a factor of 10 used as the margin of inequality for β independence. Then, VBB = VBEQ + ICQ . RE 0.7 + 16.66 x 10 3 x 200 = 4 V

Analog Electronics

In following figure, what will be R₁ and R₂ for maximum symmetrical swing if V_CSat ≈ 0. Given that R_E = 200 Ω, R_C = 400 Ω, V_CC = 20 V, β = 99

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Analog Electronics

In following figure, what will be R1 and R2 for maximum symmetrical swing if VCSat ≈ 0. Given that RE = 200 Ω, RC = 400 Ω, VCC = 20 V, β = 99

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For help Students Orientation Mcqs Questions

In following figure, what will be R₁ and R₂ for maximum symmetrical swing if V_CSat ≈ 0. Given that R_E = 200 Ω, R_C = 400 Ω, V_CC = 20 V, β = 99

For help Students Orientation
Mcqs Questions