22 pts For the standard TTL gate shown, VBE(cut-in) = 0.6V VBE(on) = VD(on) = 0.7V,...

 

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22 pts For the standard TTL gate shown, VBE(cut-in) = 0.6V VBE(on) = VD(on) = 0.7V, VBE(sat) = 0.8V, CE(sat) = 0.1V, BF = 75, BR = 0.5. Determine the power dissipation when Vo =VoL = 0.1V. 1(a) 2kΩ Rc 130 2 %3D %3D 5kΩ Rg V; Bo DA A A Da R21 kn 16 pts (b). If in the above circuit V, =Vou = 3.2V , determine IF4, the emitter current of Q.. OH ww- 22 pts For the standard TTL gate shown, VBE(cut-in) = 0.6V VBE(on) = VD(on) = 0.7V, VBE(sat) = 0.8V, CE(sat) = 0.1V, BF = 75, BR = 0.5. Determine the power dissipation when Vo =VoL = 0.1V. 1(a) 2kΩ Rc 130 2 %3D %3D 5kΩ Rg V; Bo DA A A Da R21 kn 16 pts (b). If in the above circuit V, =Vou = 3.2V , determine IF4, the emitter current of Q.. OH ww-