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Page 738 "unbalanced braces", ''function undefined", "type specifier expected", "too many nested function calls", "return without call", "parentheses expected", "while expected", "closing quote expected", "not a string", "too many local variables", "division by zero" }; printf("\n%s", e[error]); p = p_buf; while(p != prog) { /* find line number of error */ p++; if(*p == '\r') { linecount++; } } printf(" in line %d\n", linecount); temp = p; for(i=0; i < 20 && p > p_buf && *p != '\n'; i++, p--); for(i=0; i < 30 && p <= temp; i++, p++) printf("%c", *p); longjmp(e_buf, 1); /* return to safe point */ } /* Get a token */ int get_token(void) { register char *temp; token_type = 0; tok = 0; temp = token; *temp = '\0'; /* skip over white space */ while(iswhite(*prog) && *prog) ++prog;

Mag Ang 0996 1116 0996 3082 0991 6343 0988 9405 0982 12576 0974 15593 0965 18605 0954 21674 0943 24600 0930 27559 0916 30396 0903 33098 0888 35859 0873 38531 0857 41151 0607 14337 0658 4326

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Page 739 if(*prog == '\r') { ++prog; ++prog; /* skip over white space */ while(iswhite(*prog) && *prog) ++prog; } if(*prog == '\0') { /* end of file */ *token = '\0'; tok = FINISHED; return (token_type = DELIMITER); } if(strchr("{}", *prog)) { /* block delimiters */ *temp = *prog; temp++; *temp = '\0'; prog++; return (token_type = BLOCK); } /* look for comments */ if(*prog == '/') if(*(prog+1) == '*') { /* is a comment */ prog += 2; do { /* find end of comment */ while(*prog != *') prog++; prog++; } while (*prog != '/'); prog++; } if(strchr("!<>=", *prog)) { /* is or might be a relational operator */ switch(*prog) { case '=': if(*(prog+1) == '=') { prog++; prog++; *temp = EQ; temp++; *temp = EQ; temp++; *temp = '\0'; } break;

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Page 740 case '!': if(*(prog+1) == '=') { prog++; prog++; *temp = NE; temp++; *temp = NE; temp++; *temp = \0'; } break; case '<': if(*(prog+1) == '=') { prog++; prog++; *temp = LE; temp++; *temp = LE; } else { prog++; *temp = LT; } temp++; *temp = '\0'; break; case '>': if(*(prog+1) == '=') { prog++; prog++; *temp = GE; temp++; *temp = GE; } else { prog++; *temp = GT; } temp++; *temp = '\0'; break;

FIGURE 166 A S2P S-parameter le at a set bias condition and at assorted frequencies Text after ! are comments for the user, and are ignored by the simulation programs

} if(*token) return(token_type = DELIMITER); }

S-parameters are described by S21, S12, S11, and S22 S21 is the forward-transmission coefficient, representing the stage gain, and is pronounced es two one S12 is the reverse transmission coefficient, representing the reverse gain (isolation) S11 is the input reflection coefficient, representing the input return loss S22 is the output reflection coefficient, representing the output return loss Figure 167 combines all of these S-parameters into the gains and reflections of a single black box for a simplified graphical description S-parameters are voltage ratios referenced to 50 , since a voltage comparison is all that is needed to find any S-parameter at the same impedance value But a complete S-parameter can only be a vector quantity, thus taking into account not only the magnitude, but also the phase This allows the analysis of stability and complex impedances while both ports of an active device are terminated into 50 Considering that S-parameters are the voltage ratio between a port s input potential to the reflected potential, or from the input potential to the output potential, then it can be seen that any RF circuit can easily be accurately characterized using just S-parameters

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if(strchr("+-*^/%=;(),'", *prog)){ /* delimiter */ *temp = *prog; prog++; /* advance to next position */ temp++; *temp = '\0'; return (token_type = DELIMITER); } if(*prog=='"') { /* quoted string */

A First, calculate: KTB = 174 + 10 log(100,000) = 124 dBm B The modulation to be received will need a minimum of 18-dB SNR for a certain desired BER Calculate what the sensitivity of the receiver would be with 0-dB NF: SENSLOW = 124 + 18 = 106 dBm C What is the maximum NF allowed for this receiver with zero margin The answer is: NFMAX = ( 100) (106) = 6 dB

#include <stringh> char *strrchr(const char *str, int ch);

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