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where KF V2 =V1 is obviously the forward voltage-gain ratio of the ampli er. In a similar manner, Yo and the use of (8.45) in (8.47) gives us I V V2 Yo 2 1 YF V2 V2 Y2 KR 1 YF Y2 1 KR YF 8:48 Io I2 IF V2 V2 8:47

Change line 1 of Example 1.5 on page 6 to:

There are some disadvantages of linked allocation First, access to random records in the file is not possible directly If an application needs the 57th record in a file using linked allocation, the system will have to read through the first 56 records to get to the 57th It s also true that the pointers take up some space in the file system; that s overhead, although bits on the disk are cheap these days Finally, if the blocks of a file really are scattered all over the disk, accessing the file contents will be slowed by all the mechanical delays of positioning the read/write heads again and again Windows uses linked file allocation, and the defragmentation exercise brings the dispersed blocks of files together so that access will be faster When the linked blocks are in fact adjacent to one another, reads and writes occur faster.

where KR V1 =V2 is the reverse voltage-gain ratio of the ampli er. Equations (8.46) and (8.48) suggest that the feedback admittance YF can be replaced with two shuntconnected admittances as shown in Fig. 8-12(b). When this two-port network is used to model an ampli er, the voltage gain KF usually turns out to have a large negative value, so that 1 KF YF % jKF j YF . Hence, a small feedback capacitance appears as a large shunt capacitance (called the Miller capacitance). On the other hand, KR is typically small so that 1 KR YF % YF .

public class Ratio implements Comparable { public int compareTo(Object object) { if (object==this) { return 0; } else if (!(object instanceof Ratio)) { throw new IllegalArgumentException("Ratio type expected"); } Ratio that = (Ratio)object; normalize(this); normalize(that); return (this.num*that.den - that.num*this.den); } private static void normalize(Ratio x) { if (x.num == 0) { // x == Ratio.ZERO x.den = 1; } else if (x.den < 0) { // change sign of num and den: x.num *= -1; x.den *= -1; } }

SPICE methods o er a frequency sweep option that allows a small-signal, sinusoidal steady-state analysis of a circuit. The frequency sweep is invoked by a control statement of the following format: .AC DEC points start freq end freq

A third approach to file allocation is indexed allocation, championed by UNIX With indexed allocation, the file directory entry has pointers to the blocks containing the information in the file The blocks need not be contiguous, and files can be extended by adding blocks at any time Another advantage of indexed allocation is that the locations of all the blocks in the file can be determined from the directory entry, so random access is possible A disadvantage is that any corruption of the directory entry can make it impossible to recover the information in the file In UNIX a file directory entry is called an i-node or inode, for index-node Among other things, the inode contains pointers to the file blocks, permissions, ownership information, and times of last access and modification Since directories are just files in UNIX, each directory has an inode, too.

and then add these two methods:

Node voltages and device currents are inherently complex number values. The magnitudes and phase angles of calculated quantities can be retrieved by the Probe feature of PSpice by appending a p and n, respectively, to the variable. For example, magnitude and phase angle of the voltage between nodes 2 and 3 are speci ed by Vm(2,3) and Vp(2,3).

2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21

Example 8.9. For the BJT ampli er circuit of Fig. 3-10, assume CC ! 1. The small-signal equivalent circuit is given by Fig. 8-4 where RB R1 kR2 . Let hoe hre 0, hfe 90, R1 1 k , R2 16 k , RE 500 , CE 330 F, RC 1 k , and RL 10 k . Use SPICE methods to determine the low-frequency cuto point.