For the circuit below, the value of Vce, IC, Ib, are: (consider Vbe=0.8V, Beta=100, (Attach the calculation procedure) consider (Vcc=12, RB=226 kohm, Rc=1.2 Kohm, RE=500 ohm, Beta =100) Vcc Rc Is RE...


For the circuit below, the value of Vce, IC, Ib, are: (consider Vbe=0.8V, Beta=100, (Attach<br>the calculation procedure) consider (Vcc=12, RB=226 kohm,<br>Rc=1.2 Kohm, RE=500 ohm, Beta =100)<br>Vcc<br>Rc<br>Is<br>RE<br>а.<br>Vce= 5.0, Ic=6mA, IE=5.1mA, IB=50.8uA,<br>b.<br>Vce= 4.5, Ic=4mA, IE=5.1mA, IB=40.8uA,<br>С.<br>Vce= 6.1, Ic=5.2mA, IE=5.1mA, IB=50.8uA<br>d. Vce= 5.2, Ic=4mA, IE=4.1mA, IB=40.8uA,<br>

Extracted text: For the circuit below, the value of Vce, IC, Ib, are: (consider Vbe=0.8V, Beta=100, (Attach the calculation procedure) consider (Vcc=12, RB=226 kohm, Rc=1.2 Kohm, RE=500 ohm, Beta =100) Vcc Rc Is RE а. Vce= 5.0, Ic=6mA, IE=5.1mA, IB=50.8uA, b. Vce= 4.5, Ic=4mA, IE=5.1mA, IB=40.8uA, С. Vce= 6.1, Ic=5.2mA, IE=5.1mA, IB=50.8uA d. Vce= 5.2, Ic=4mA, IE=4.1mA, IB=40.8uA,

Jun 10, 2022
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