Q1. (12) For the DC analysis of a BJT amplifier seen in Fig. 1, determine the followings: a) (02) IBQ b) (02) ICQ, VCEQ
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Q1. (12) For the DC analysis of a BJT amplifier seen in Fig. 1, determine the followings: a) (02) IBQ b) (02) ICQ, VCEQ
Q1. (12) For the DC analysis of a BJT amplifier seen in Fig. 1, determine the followings: a) (02) IBQ b) (02) ICQ, VCEQ c) (01) operating point Q d) (01) VE, Vc, VB. Vcc=16 V Rc R1 10 uF www R2 10 uF 41 -O Vo vio B = 100 I₁ CE 0.8 20 uF ΚΩ Fig. 1. Consider again the same BJT amplifier of Fig. 1. For the AC analysis, determine the followings: e) (02) T. f) (0.5) calculate 2, and Z. g) (0.5) draw the AC equivalent network, then derive the expression of A h) (02) calculate the value of A. i) (01) Write the output voltage expression (t) if the input voltage is v(t) = 10 sin(2r1000t), mV. www 32 ΚΩ VB 10 ΚΩ H VC VE www RE lo 2.7 ΚΩ www VCEQ
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