The beta B of a bipolar transistor shown below varies from 10 to 80. The load resistance is Rc=10. The DC supply is Vcc=50V and the input voltage to the base circuit is Vg-5V. If VCE(sat)=1V, VBE(sat)...


The beta B of a bipolar transistor shown below varies from 10 to 80. The load resistance is Rc=10. The DC<br>supply is Vcc=50V and the input voltage to the base circuit is Vg-5V. If VCE(sat)=1V, VBE(sat) =1.2V and Rg=0.50,<br>then the total power loss in the transistor P, would be:<br>Rc<br>Ic<br>VcC<br>RB<br>VCE<br>IE<br>VB<br>VBE<br>Select one:<br>O a.<br>68.12W<br>Ob. 58.12W<br>Oc. 48.12W<br>O d. 38.12W<br>

Extracted text: The beta B of a bipolar transistor shown below varies from 10 to 80. The load resistance is Rc=10. The DC supply is Vcc=50V and the input voltage to the base circuit is Vg-5V. If VCE(sat)=1V, VBE(sat) =1.2V and Rg=0.50, then the total power loss in the transistor P, would be: Rc Ic VcC RB VCE IE VB VBE Select one: O a. 68.12W Ob. 58.12W Oc. 48.12W O d. 38.12W

Jun 11, 2022
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