21. (12) For the DC analysis of a BJT amplifier seen in Fig. 1, determine the followings: a) (02) IBQ b) (02) ICQ,VCEQ c

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21. (12) For the DC analysis of a BJT amplifier seen in Fig. 1, determine the followings: a) (02) IBQ b) (02) ICQ,VCEQ c

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21 12 For The Dc Analysis Of A Bjt Amplifier Seen In Fig 1 Determine The Followings A 02 Ibq B 02 Icq Vceq C 1
21 12 For The Dc Analysis Of A Bjt Amplifier Seen In Fig 1 Determine The Followings A 02 Ibq B 02 Icq Vceq C 1 (72.28 KiB) Viewed 41 times
21. (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 www R2 R1 10 uF vio H VCEQ B = 100 li CE RE 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) re f) (0.5) calculate Z, and Zo g) (0.5) draw the AC equivalent network, then derive the expression of A.. h) (02) calculate the value of Av. i) (01) Write the output voltage expression vo(t) if the input voltage is v(t) = 10 sin(2r1000t), mV. 32 ΚΩ VB 10 kn 10 {² 2.7 kΩ www VC VE 10 uF Hovo
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