everytime i do this, experts get then wrong. please read carefully.

For the BJT bias circuit shown, what is the collector current, Ic, in milliamps? Use $Vcc = 15 V, Rb 1 = 39.0 k Ω, Rb 2 = 30.7 k Ω$ , $R c = 2.3 k Ω$ , and $R e = 1.3 k Ω$ . Assume that the transistor is in the forward-active region, with $β = 68$ and $∣ Vbe (on) ∣ = 0.7 V$ . Neglect the effects of base-width modulation.

Question

everytime i do this, experts get then wrong. please read carefully.

For the BJT bias circuit shown, what is the collector current, Ic, in milliamps? Use

Vcc = 15 V, Rb 1 = 39.0 k Ω, Rb 2 = 30.7 k Ω

,

R c = 2.3 k Ω

, and

R e = 1.3 k Ω

. Assume that the transistor is in the forward-active region, with

β = 68

and

∣ Vbe (on) ∣ = 0.7 V

. Neglect the effects of base-width modulation.

Accepted Answer

Expert Answer to - everytime i do this, experts get then wrong. please read carefully.  For the BJT bias circuit shown,

Answer

Solution for - everytime i do this, experts get then wrong. please read carefully.  For the BJT bias circuit shown,

Answer

This an additional answer to - everytime i do this, experts get then wrong. please read carefully.  For the BJT bias circuit shown,

(Solved): everytime i do this, experts get then wrong. please read carefully. For the BJT bias circuit shown, ...