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1 Q-point calculation (also see Example 94) We rst write the collector circuit equation by applying KVL: VCC = VCE + RC IC + RE IE = VCE + RC IC + RE (IB + IC ) VCE + (RC + RE )IC where the emitter current has been approximately set equal to the collector current since the current gain is large and IC IB Next, we write the base circuit equation, also via KVL: VBB = RB IB + VBE + RE IE = (RB + ( + 1)RE )IB + V The above equation can be solved numerically (with hf e = ) to obtain: IB = Then, IC = IB = 350 40 10 6 = 14 mA and VCE = VCC (RC + RE )IC = 12 600 14 10 3 = 36 V Thus, the Q point for the ampli er is: IBQ = 40 A ICQ = 14 mA VCEQ = 36 V VBB V 6 06 = = 40 A RB + ( + 1) RE 100 103 + 351 100

con rming that the transistor is indeed in the active region 2 AC open-loop gain calculation The AC open-loop gain for the ampli er of Figure 94 can be computed by using equation 107: = 350 500 103 hf e RC = 100 103 + 14 103 + 351 100 RB + hie + hf e + 1 RE V V

= 128

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Comments: You may wish to examine the data sheets for the 2N5088 npn transistor They are available in electronic form in the accompanying CD-ROM Look for the values of the parameters used in this example Note that if the parameter hie were neglected in the expression for , the answer would not change signi cantly This is true in this particular case because of the large values of the base resistor and of hf e , but is not true in the general case

101 Determine the AC/open-loop voltage gain of a 2N2222A transistor, using the results of Example 101 and Table 101 Use maximum values of the h parameters, and assume that ICQ = 50 mA, RC = 1 k , RB = 100 k , and RE = 100

The h-parameter model developed in the previous section is very useful in the small-signal analysis of various con gurations of BJT ampli ers In this section, a set of techniques will be developed to enable you to rst establish the Q point of a transistor ampli er, then construct the small-signal model, and nally use the small-signal model for analyzing the small-signal behavior of the ampli er A major portion of this section will be devoted to the analysis of the common-emitter ampli er, using this circuit as a case study to illustrate the analysis methods At the end of the section, we will look brie y at two other common ampli er circuits: the voltage follower, or common-collector ampli er; and the common-base ampli er The discussion of the common-emitter ampli er will also provide an occasion to introduce, albeit qualitatively, the important issue of transistor ampli er frequency response A detailed treatment of this last topic is beyond the intended scope of this book A complete common-emitter ampli er circuit is shown in Figure 107 The circuit may appear to be signi cantly different from the simple examples studied in the previous sections; however, it will soon become apparent that all the machinery necessary to understand the operation of a complete transistor ampli er is already available

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