For the circuit below, the value of Vce, IC, Ib, le, is consider (Vbe=0.8V, Beta=150 (Attach the calculation procedure) +20 V Rc 10 kn R1 100 kn Vbb Vce R2 10 kn RE 1 kn Poc - 150 a. Vce=...

For the circuit below, the value of Vce, IC, Ib, le, is consider (Vbe=0.8V, Beta=150<br>(Attach the calculation procedure)<br>+20 V<br>Rc<br>10 kn<br>R1<br>100 kn<br>Vbb<br>Vce<br>R2<br>10 kn<br>RE<br>1 kn<br>Poc - 150<br>a. Vce= 9.6,lc=1.97mA, IB=13.1uA, le=1.98mA<br>b. Vce= 9.6,lc=0.94mA, IB=6.3uA, le=0.95mA<br>C.<br>Vce= 11.1, Ic=0.97mA, IB=6.5uA, le=0.98mA<br>d.<br>Vce= 11.1,lc=1.97mA, IB=13.1uA, le=1.98mA<br>

Extracted text: For the circuit below, the value of Vce, IC, Ib, le, is consider (Vbe=0.8V, Beta=150 (Attach the calculation procedure) +20 V Rc 10 kn R1 100 kn Vbb Vce R2 10 kn RE 1 kn Poc - 150 a. Vce= 9.6,lc=1.97mA, IB=13.1uA, le=1.98mA b. Vce= 9.6,lc=0.94mA, IB=6.3uA, le=0.95mA C. Vce= 11.1, Ic=0.97mA, IB=6.5uA, le=0.98mA d. Vce= 11.1,lc=1.97mA, IB=13.1uA, le=1.98mA

Jun 10, 2022

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For the circuit below, the value of Vce, IC, Ib, le, is consider (Vbe=0.8V, Beta=150 (Attach the calculation procedure) +20 V Rc 10 kn R1 100 kn Vbb Vce R2 10 kn RE 1 kn Poc - 150 a. Vce=...

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