2. FIGURE 2 shows a fixed-bias BJT configuration to study a small signal amplifier. Assume the transistor is made of sil

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2. FIGURE 2 shows a fixed-bias BJT configuration to study a small signal amplifier. Assume the transistor is made of sil

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2 Figure 2 Shows A Fixed Bias Bjt Configuration To Study A Small Signal Amplifier Assume The Transistor Is Made Of Sil 1
2 Figure 2 Shows A Fixed Bias Bjt Configuration To Study A Small Signal Amplifier Assume The Transistor Is Made Of Sil 1 (59.02 KiB) Viewed 32 times
2. FIGURE 2 shows a fixed-bias BJT configuration to study a small signal amplifier. Assume the transistor is made of silicon and ß= 100. (a) (b) (c) (d) (e) (f) (g) Vin 1 M.Q RB C1 카 Calculate IB and Ic. What are the functions of C₁ and C₂? Vcc = +20V Calculate VCE, VCEmax and Icsat. Determine the Q-point value. Rc 3 kn C2 FIGURE 2 Q Write the Kirchhoff voltage law (KVL) equation for the input and output loops. Vo Draw the DC load line on the I-V graph and estimate the location of the Q-point. Calculate the amplifier voltage gain (Av). If the input voltage is 10mVp, what is the output voltage? 14 Mar 12 Mar 16 Mar 15 Mar 12 Mar 15 Mar 16 Mar
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