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Another issue in digital wireless design is group delay ripple (GDR), which fosters intersymbol interference GDR must be no more than 75 ns for QAM-64, and under 200 ns for QPSK Simple analog design considerations, mainly in the system s bandpass filters, and digital adaptive equalizing, will keep GDR in specifications Therefore, when exploiting phase/amplitude modulations, it is essential to keep the IF filters from introducing too much group delay variations (and amplitude ripple) within the radio filter s passbands, since this will degrade the entire system s bit error rate, sometimes severely This is especially important when using tight bandpass filters, combined with strong out-ofband attenuation performance Any multipath-created amplitude notches or amplitude slopes in the radio s passband can cause increased intersymbol interference (ISI) To decrease the resultant BER degradation, amplitude ripple, and tilt across a wideband digital channel must be minimized to a level not to exceed 05 dB for QAM and QPSK modulations This multipath brings about phase cancellation, which causes both amplitude and phase distortions of the desired signal This will decrease the received signal s strength, thus decreasing SNR and increasing BER We can mitigate, but cannot eliminate, many multipath problems by boosting the gain (and thus the directionality) of the system s antennas, by selecting the proper location for the transceivers themselves (such as not placing them in front of a tall building, mountain, or reflective wall), and employing equalizer stages To minimize the near/far effect in receivers, some compromises in transmitter and receiver design may need to occur, since a receiver that is physically close to its remote transmitter may become saturated by its constant RF power output in a multiradio environment This can be significantly reduced by using front-end receiver attenuators, the natural shadowing effect created by a high-mounted transmit antenna, lower gain antennas for the close-in receivers, switchable in/out bypassable LNA front ends To improve an already constructed wireless system s bit error rate, we can increase the received SNR by any of four common methods: by increasing transmit power, by boosting the gain of the transmitter and/or receiver antenna, by decreasing the noise figure of the receiver, or by improving the modulation s SNR by processing the incoming baseband signals Typically, the only alternative that does not involve either significantly increased cost, additional battery power, running afoul of government regulations, longer development times, or some other major impediment, is by simply decreasing the receiver s noise figure This is accomplished by lowering the noise and increasing the gain of the receiver s LNA, as well as by decreasing any losses that have been placed before the LNA stage As some receiver LNAs are AGC controlled, and have their gain modified by the decrease/increase of the amplifier transistor s collector current, it should be confirmed that the LNA s strong signal-handling capability is not excessively compromised when the AGC is enabled Further, in order to prevent the RF band-limiting filters that are located before or after the LNA from being adversely affected by amplitude ripple or a bandpass frequency shift, it should be checked that the LNA s input/output return losses are not decreasing excessively with this AGC bias change Obviously, when the AGC lowers the gain of the LNA during these strong signal conditions, and even if this AGC action didn t actually increase the LNA s own noise figure (which it normally will), the NF of the entire system would still be increased due to the reduced front-end gain This should not be an important consideration at these high signal levels Detector-based sampling used for a receiver s front-end AGC control cannot possibly detect strong out-of-band interferers, which may form severe intermods and.

As you can see, Little C knows only a few library functions, but you will soon see how easy it is to add any others that you might need (The actual interface functions are contained in a separate file, which is discussed in the section "The Little C Library Functions") One final point about the routines in the expression parser file: To correctly parse the C language occasionally requires what is called one-token lookahead For example, given

.

alpha = count();

in order for Little C to know that count is a function and not a variable, it must read both count and the next token, which in this case is a parenthesis However, if the statement had read

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