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frequency that must be converted to a much higher RF carrier frequency, yet we are only willing to employ a single conversion transmitter architecture instead of a double conversion design, we would need to suppress these frequencies by employing IF filters that have very difficult to realize narrow passbands and ultrasteep skirts which, even if actually achievable and affordable, would also increase the problem of high group delay variations at the IF filter s band edges, possibly distorting the entire modulated RF signal Taking the first element of the cascade of Fig 96, the transmitter s antenna, we see that it is at DC ground through the RF inductor, and is used to protect the output filter RF BPF and the solid-state power amplifier (SSPA) against static buildup discharge damage This chore may be part of the RF BPF or antenna-matching network The RF BPF suppresses much of the transmitter-generated harmonics, wideband noise, IMD products, and out-of-band conversion frequencies If the transmitter is to be employed in FM or FSK service, the SSPA must be run saturated for not only maximum efficiency, but also to assure a constant output power from transmitter to transmitter However, this nonlinear operation will create large harmonic output levels, which must then be sufficiently attenuated by the RF BPF output filter In fact, since a typical RF filter is highly reflective within its stopbands, most of these undesired harmonic frequencies will be reflected back into the SSPA s output, which will then create significantly higher than expected harmonic outputs from the power amplifier This problem is further exacerbated by the lack of a perfect 50- match at the output of the nonlinear power amplifier, with both of these issues necessitating a filter that must possess a much higher stopband attenuation level than that originally calculated by approximately 15 to 20 dB If the SSPA is to be operated at less than saturation, as required for digital or SSB voice communications, the amplifier must be designed to maintain low distortion levels and the proper RF output power This means we may have to run the power amplifier up to 10 dB (or more) under its maximum RF output power rating To put it another way, the SSPA will have to be backed off in output power by up to 10 dB to maintain the required linear operation that a particular modulation technique may demand, which will lessen spectral regrowth (a form of IMD), and maintain an acceptable BER The SSPA stage, whether in linear or nonlinear operation, must also be exceptionally stable, and not begin oscillating nor decrease its output power with the wide impedance variations that it will encounter in mobile or portable operation These impedance variations are caused by the antenna being constantly presented with many different conducting and dielectric structures that are passing nearby within the portable environment The DRIVER AMPLIFIER stage must supply the necessary RF input signal amplitude to the SSPA, without significant distortion level and with complete stability The TX BPF filter must be tight enough to attenuate the LO feedthrough, the undesired sum or difference frequency, and other assorted mixer products, but not contribute significantly to the transmitted signal s group delay variations nor its amplitude ripple The WIDEBAND AMPLIFIER stage is not always required, but will permit all the undesired nonlinear 2ND MIXER products to pass through to the TX BPF without being powerfully reflected by the TX BPF filter s stopbands and back into the 2ND MIXER These mixer products that are reflected back into the diode ring of a passive 2ND MIXER stage will cause mixer diode imbalance, with the result of increased spurious outputs, and decreased third-order intercept points Instead, when these products reach the stopbands of the TX BPF, they will still be reflected back toward the mixer stage, but the WIDEBAND AMPLIFIER, due to its high isolation, will attenuate most of these reflected signals, preventing the formation of increased IMD levels within the 2ND MIXER Many other.

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