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Complete communications system design must take into account many variables, such as the RF link itself, general transmitter and receiver specifications, types of modulations, data rates, BERs, and so on Most of these issues have been covered in other sections of this book This section, however, will concentrate on the overall technical issues and system architectures that affect wireless system performance At the beginning of any wireless design project, certain system parameters must be established In a digital data link, we would need answers to some of the most basic of questions: What will be the system s frequency of operation Will the system need to be full duplex or half duplex Will transmit and receive be separated in frequency [(frequency division duplex (FDD)] or in time [(time division duplex (TDD)] What is the required bandwidth, modulation, fade margin, gain, BER, SNR, phase noise, group delay, transmit power, and receiver NF What number of conversion stages will we need for the transmitter and receiver sections What is the transmitter and receiver s internal frequency plan, frequency stability, frequency inversion, dynamic range, and third-order intercept point Modern radio systems must always be designed for low levels of phase noise, group delay variation, intermodulation distortion, amplitude ripple and shape, and frequency stability so as not to adversely affect the BER of their phase/amplitude modulated digital signal After all specifications and requirements have been completed for the entire communications system, a detailed block diagram should be created showing the gain, frequency, bandwidth, and signal levels for the system s receiver This should be done at both its highest expected RF input signal level (to confirm that no internal stage is being overdriven) and at its lowest expected RF input level (to confirm that the output into the detector/modem is adequate) Transmitter section block diagrams must be suitably created as well The system diagrams will assist in verifying that the internal gain, IP3, and bandwidth distribution is appropriate within the receiver and transmitter, as well as confirming if there is adequate spurious and harmonic suppression Only after all this is accomplished can the actual circuit design for each stage begin.

The strtok( ) function returns a pointer to the next token in the string pointed to by str1 The characters making up the string pointed to by str2 are the delimiters that determine the token A null pointer is returned when there is no token to return In C99, str1 and str2 are qualified by restrict To tokenize a string, the first call to strtok( ) must have str1 point to the string being tokenized Subsequent calls must use a null pointer for str1 In this way the entire string can be reduced to its tokens It is possible to use a different set of delimiters for each call to strtok ( ) Example This program tokenizes the string ''The summer soldier, the sunshine patriot," with spaces and commas being the delimiters The output is The | summer | soldier | the | sunshine | patriot

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Fig 97 illustrates a generic digital linear time division duplexed (TDD) transceiver with its own built-in modulator and demodulator Other digital transceiver systems may drop internal modulation and demodulation entirely, and begin and end with a modem On the transmit side of the block diagram, the baseband digital data is input into the DAC, converting it into serial analog data which is filtered and sent into the I and Q inputs of the MODULATOR The MODULATOR takes the I and Q signal and mixes them within their own separate DBM, with one DBM being fed an in-phase LO signal and the other a 90 out-of-phase signal The DBM outputs are added in a LINEAR MIXER and output as a single IF signal, along with attenuated sidebands and the undesired carrier that were not fully suppressed This lack of complete suppression is due to imperfect phase and/or amplitude mismatching between the I and Q legs The IF is then amplified, filtered, upconverted, and amplified again before being sent out of the antenna In certain lower frequency RF systems, the signal coming directly out of the modulator can sometimes be used for transmission into space, and would only need to be filtered and amplified by the transmitter before being sent into the antenna

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#include <stdioh> #include <stringh> int main(void) { char *p; p = strtok("The summer soldier, the sunshine patriot", " "); printf(p); do { p = strtok('\0', ", "); if(p) printf("|%s", p); } while(p); return 0; }

On the receive side, the transmit/receive (T/R) switch is switched over to route the incoming RF signal through the initially low insertion-loss front-end attenuator, which is employed to lessen very high-level RF input signals, and into the LNA stage, used to increase the signal power and lower the receiver s total NF The RF signal then travels through the IMAGE FILTER, used to reduce image noise and interference, and into the down conversion MIXER stage to heterodyne the RF to the lower IF frequency The resultant IF is then sent through the DIPLEXER absorptive filter to decrease reflectiongenerated mixer IMDs, and into the AGC ed IF STRIP, employed to decrease/increase the signal level and supply selectivity Finally, into the DEMODULATOR and ADC stages (or modem), where it is output as digital data

#include <stringh> size_t strxfrm(char *str1, const char *str2, size_t count);

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