Q3/ For the emitter-bias BJT find: (a) B; (b) Vcc: (c) RB given the following information: Rc = 2.7 KN; Rg 0.68 KN; VcE = 7.3 V ; VE = 2.1 V ; Ig = 20 µA
Q3/ For the emitter-bias BJT find: (a) B; (b) Vcc: (c) RB given the following information: Rc = 2.7 KN; Rg 0.68 KN; VcE = 7.3 V ; VE = 2.1 V ; Ig = 20 µA
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B9
Transcribed Image Text:Q3/ For the emitter-bias BJT find:
(a) ß ; (b) Vcc; (c) RB
given the following information:
Rc = 2.7 KN; RE = 0.68 KN; VCE = 7.3 V ; Vg = 2.1 V ;
Ig = 20 µA
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Q10/ For the network of Figure below, determine:
(a) Z¡
o 8 V
(b) Z,
2.7 k2
(c) Ap
330 k2
(d) A
he = 120
hie = 1.175 k2
hoe 20 μΑ/
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Transcribed Image Text:Q11/ For the CE amplifier network bellow, consider the following
conditions:
R, 5 ΚΩ; R 33 ΚΩ; R, 22 ΚΩ ; Υ
300 ΚΩ; R :
= 4.7 KN;
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RL = 5.6 KN; Vcc = 5 V. The dc emitter current is to be 0.3 mA at which
Bo
120. Find re, n, Im, Ays, Zi, Zo, Ais.
||
Vcc
Vec
Rs
Re
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