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Other BJT Ampli er Circuits The common-emitter ampli er is a commonly employed con guration but is by no means the only type of BJT ampli er Other ampli er con gurations are also used, depending on the speci c application requirements Each type of ampli er is classi ed in terms of properties such as input and output resistance, and voltage and current gain Rather than duplicate the detailed analysis just conducted for the common-emitter ampli er, we summarize the properties of the three more common BJT ampli er circuits in Table 102, which depicts the ampli er circuits and summarizes their properties The methodology employed to derive these results is completely analogous to that surveyed in the previous section Examples and analysis of these ampli ers may be found in the homework problems

VCC VCC VCC RE R1 + vin R2 RC + + + C E vout vin R2 RE + vout vin RB CB CC + vout R1 +VCC RC

Input impedance: medium Output impedance: medium Voltage gain: high Current gain: high Phase shift: 180

Input impedance: high Output impedance: low Voltage gain: low Current gain: medium Phase shift: 0

Internal Logical Files 25% External Inputs 27%

byte x = 5; short x = 5; int x = 5; long x = 5; UInt32 x = 5;

Input impedance: low Output impedance: high Voltage gain: high Current gain: low Phase shift: 0

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The discussion of FETs as ampli ers is analogous to that of BJT ampli ers In particular, the common-source ampli er circuit is equivalent in structure to the common-emitter ampli er circuit studied earlier, and the common-drain ampli er (source follower) is analogous to the common-collector ampli er (emitter follower) In this section, we discuss the general features of FET ampli ers; to simplify the discussion, we have selected the n-channel enhancement MOSFET

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Note that the last example in Table B-2 is an unsigned version of an Int32. This means that no negative sign is allowed when you set the value. The unsigned integers allow numbers twice as big as the signed ones, since the computer does not have to reserve bits for any numbers lower than zero. The unsigned versions of a type are easy to spot since they have a U in front of them. You have three basic choices when you want to store data that includes a decimal point: Single, Double, and Decimal (see Table B-3). The size of each determines how many numbers you can place after the decimal point. Since your computer will actually hold the data in a binary form of 1 s and 0 s, the conversion to this format can cause the number to be rounded either up or down. If you are storing something that needs to be very accurate, such as monetary values, then choosing the Decimal is likely your best choice.

External Interface Files 8%

to represent the FET family Although some of the details differ depending on the speci c device, the discussion that follows applies in general to all FET ampli ers A summary of FET symbols was given in Figure 930 in 9; reviewing it will help you recognize a speci c device in a circuit diagram Figure 1024 depicts typical common-drain and common-source ampli ers, including coupling and bypass capacitors One of the great features of FETs, and especially MOSFETs, is the high input impedance that can be achieved because the gate is effectively insulated from the substrate material We shall illustrate this property in analyzing the source-follower circuit Before proceeding with the analysis of FET ampli ers, though, we shall discuss how one can construct a small-signal model analogous to the one that was obtained for the BJT In the case of MOSFETs, we can make use of the analytic relation between drain current and gate-source voltage, iD = k(vGS VT )2 k = IDSS /VT2 (1029)

to establish the Q point for the transistor, which is de ned by the quiescent voltages, VGSQ and VDSQ , and by the quiescent current, IDQ The quadratic relationship allows us to determine the drain current, IDQ , that will ow, given that vGS = VGSQ ; the parameters k and VT are a property of any given device Thus, IDQ = k(VGSQ VT )2 (1030)

Latches and Flip-Flops 648 Digital Counters 655 Registers 662 Sequential Logic Design 664 Microcomputers 667 Microcomputer Architecture 670 Microcontrollers 671 Computer Architecture 672 Number Systems and Number Codes in Digital Computers 674 Memory Organization 675 Operation of the Central Processing Unit (CPU) 677 Interrupts 678 Instruction Set for the MC68HC05 Microcontroller 679 Programming and Application Development in a Microcontrollerr 680 A Typical Automotive Engine Microcontroller 680 General Description 680 Processor Section 681 Memory 682 Inputs 684 Outputs 685

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