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the then demodulated baseband flowing into signal processing circuits, and on to some type of speaker or other device So that we may economically filter out the close-in sum (or difference) frequency and LO feedthrough from exiting the antenna in strength, two frequency conversion stages were necessary in this particular high-frequency superheterodyne transmitter On this transmitter side of the transceiver, the signal from a modem or modulator is placed into the IF IN port, and thence into IF BPF The modulated IF is converted up in frequency by the 1ST MIXER, amplified and filtered by the second IF stages (a high isolation WIDEBAND AMPLIFIER located at the 1ST MIXER s output port is used here to dampen reflections back into the mixer), and mixed up by the 2ND MIXER to RF frequencies The TX BPF suppresses wideband transmitter noise, as well as harmonics and assorted mixer products The DRIVER amplifies the signal to an input level that is acceptable to properly drive the POWER AMPLIFIER (PA) In this FM case, the PA will run saturated, which demands that the DRIVER has enough gain and power to keep it so The power amplifier stage can be the most difficult part of a transmitter to design The PA must be very tolerant of low and variable output return losses, which are caused by the large impedance variations created by the mobile antenna and its rapidly changing physical environment, as well as reflections off of the RX/TX duplexer s reflective stopbands Therefore, not only must the PA not be destroyed by these VSWR variations, but its performance must not degrade excessively, and must remain completely stable at all times A nonlinear PA for FM use demands that it also be highly efficient, generate minimal harmonic levels, and have enough gain for efficient saturated operation Some of the RF signal out of the PA is tapped by the COUPLER for RF output power confirmation to a microprocessor, with the majority of the signal being sent to and filtered by the DUPLEXER, and broadcast out of the transceiver s antenna.

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Most wireless system designs now rely heavily on the ever-increasing use of RFICs These integrated circuits may contain the LNA/mixer stages, the entire IF stages, or even a complete transceiver In fact, RFICs have already replaced many discrete stages, as high levels of integration permits a single chip to replace dozens, if not hundreds, of components Currently, however, a complete transceiver on a single RFIC chip is usually available only for low data rate, low-power applications Nonetheless, higher integration levels are slowly becoming a reality as more and more companies attempt to make a complete wireless system on a chip Depending on the frequencies and specifications required, using RFICs in a wireless device can significantly lower design and production costs, as well as the physical size, of the completed system RFICs are available for each stage of a radio, with the level of the desired integration depending on the design flexibility required The design of Fig 99 demonstrates relatively low levels of RFIC integration, but still permits a far more rapid time-tomarket as opposed to many discrete designs Most of the RF chips for this, and similar radio designs, are readily available from companies such as Maxim, RFMD, MiniCircuits, National, and so on The transceiver design of Fig 910 exhibits a much higher level of integration Using a single Sirenza/RFMD ML5800 integrated circuit that is operating as a full TDD frequency shift keying (FSK) radio with a built-in demodulator, running in the industrial, scientific and medical (ISM) band of 58 GHz at a data rate of 15 Mbps It is, literally, a highly sophisticated RF-in/bits-out RFIC transceiver The discrete circuits stages that

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Page 741 prog++; while(*prog != ''''&& *prog != '\r') *temp++ = *prog++; if(*prog == '\r') sntx_err(SYNTAX); prog++; *temp = '\0'; return (token_type = STRING); } if(isdigit(*prog)) { /* number */ while(!isdelim(*prog)) *temp++ = *prog++; *temp = '\0'; return (token_type = NUMBER); } if(isalpha(*prog)) { /* var or command */ while(!isdelim(*prog)) *temp++ = *prog++; token_type = TEMP; } *temp = '\0'; /* see if a string is a command or a variable */ if(token_type==TEMP) { tok = look_up(token); /* convert to internal rep */ if(tok) token_type = KEYWORD; /* is a keyword */ else token_type = IDENTIFIER; } return token_type; } /* Return a token to input stream */ void putback(void) { char *t; t = token; for(; *t; t++) prog--; } /* Look up a token's internal representation in the token table */ int look_up(char *s)

FIGURE 910 A complete data radio with an extremely high level of integration, requiring only an external LNA, PA, RF and DC switching, and RF ltering

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