1. Construct the BJT circuit shown in Figure 1 on your project board with VBB = 12V and Vcc= 12V. Given B = 220 voc 12 V R1 { 33 kn Rc 4.7 kn C2 10UF Vo ci 10uF Vi 2N3904 Rz 10 kΩ RE 1.2kn Figure 1 2. Compute the voltage across base, VB and base current, IBfor circuit in Figure 1. Show your calculations.

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3. Measure the voltage across base, VB and base current, Isfor circuit in Figure 1. Your
measured and computed values should agree within 10%.
Table 1:
VB (measured)
IB (measured)
4. Given BDc = 220. Find the value of collector current, Ic, voltage across emitter, Ve and
voltage across transistor's collector emitter, VCE.
%3D
5. For verification, measure and record your collector current, Ic and voltage across
transistor's collector emitter, Vce in Table 2 below. Your measured and computed values
should agree by 10%.
Table 2:
Ic (measured)
Va (measured)
VE (measured)
Transcribed Image Text:3. Measure the voltage across base, VB and base current, Isfor circuit in Figure 1. Your measured and computed values should agree within 10%. Table 1: VB (measured) IB (measured) 4. Given BDc = 220. Find the value of collector current, Ic, voltage across emitter, Ve and voltage across transistor's collector emitter, VCE. %3D 5. For verification, measure and record your collector current, Ic and voltage across transistor's collector emitter, Vce in Table 2 below. Your measured and computed values should agree by 10%. Table 2: Ic (measured) Va (measured) VE (measured)
1. Construct the BJT circuit shown in Figure 1 on your project board with VBB = 12V and
Vcc= 12V. Given B = 220
vc
12 V
R1 3 33 kn
Rc 4.7 kn
c2
10uF
Vo
ci
10uF
Vi
2N3904
R2 { 10 kn
RE 1.2kn
Figure 1
2. Compute thevoltage across base, VB and base current, Is for circuit in Figure 1. Show
your calculations.
Transcribed Image Text:1. Construct the BJT circuit shown in Figure 1 on your project board with VBB = 12V and Vcc= 12V. Given B = 220 vc 12 V R1 3 33 kn Rc 4.7 kn c2 10uF Vo ci 10uF Vi 2N3904 R2 { 10 kn RE 1.2kn Figure 1 2. Compute thevoltage across base, VB and base current, Is for circuit in Figure 1. Show your calculations.
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