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13.2.6 Receiver transfer characteristic
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In some situations a measure of the interference in the postdetection baseband, rather than in the IF or rf passband, is required. Baseband interference is measured in terms of baseband signal-to-interference ratio [S/I ]. To relate [S/I ] to [C/I ]ant, a receiver transfer characteristic is introduced which takes into account the modulation characteristics of the wanted and interfering signals and the carrier frequency separation. Denoting the receiver transfer characteristic in decibels by [RTC], the relationship can be written as S c d I c C d I ant [RTC] (13.8)
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It will be seen that [RTC] is analogous to the receiver processing gain [GP] introduced in Sec. 9.6.3. Note that it is the [C/I ] at the antenna which is used, not the passband value, the [RTC] taking into account any frequency offset. The [RTC] will always be a positive number of decibels so that the baseband signal-to-interference ratio will be greater than the carrier-to-interference ratio at the antenna.
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Carrier-to-interference ratios and signal-to-interference ratio.
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Interference
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Calculation of [RTC] for various combinations of wanted and interfering carriers is very complicated and has to be done by computer. As an example, taken from Sharp (1983), when the wanted carrier is TV/FM with a modulation index of 2.571 and the interfering carrier is TV/FM with a modulating index of 2.560, the carrier frequency separation being zero, the [RTC] is computed to be 31.70 dB. These computations are limited to low levels of interference (see Sec. 13.2.8).
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13.2.7 Speci ed interference objectives
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Although [C/I ]pb or [S/I ] gives a measure of interference, ultimately, the effects of interference must be assessed in terms of what is tolerable to the end user. Such assessment usually relies on some form of subjective measurement. For TV, viewing tests are conducted, in which a mixed audience of experienced and inexperienced viewers (experienced from the point of view of assessing the effects of interference) assess the effects of interference on picture quality. By gradually increasing the interference level, a quality impairment factor can be established which ranges from 1 to 5. The five grades are defined as (Chouinard, 1984) 5. Imperceptible 4. Perceptible, but not annoying 3. Slightly annoying 2. Annoying 1. Very annoying Acceptable picture quality requires a quality impairment factor of at least 4.2. Typical values of interference levels which result in acceptable picture quality are for broadcast TV, [S/I ] 67 dB; and for cable TV, [C/I ]pb 20 dB. For digital circuits, the [C/I ]pb is related to the bit error rate (BER) (see, e.g., CCIR Rec. 523, 1978). Values of the required [C/I ]pb used by Sharp (1983) for different types of digital circuits range from 20 to 32.2 dB. To give some idea of the numerical values involved, a summary of the objectives stated in the FCC single-entry interference program is presented in Table 13.1. In some cases the objective used differed from the reference objective, and the values used are shown in parentheses. In some entries in the table, noise is shown measured in units of pW0p. Here, the pW stands for picowatts. The 0 means that the noise is measured at a zero-level test point, which is a point in the circuit where a test-tone signal produces a level of 0 dBm. The final p stands for psophometrically weighted noise, discussed in Sec. 9.6.6.
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TABLE 13.1
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Summary of Single-Entry Interference Objectives Used in FCC/OST R83-2,
May 1983 [S/I ] objectives: FDM/FM: 600 pW0p or [S/I ] 62.2 dB (62.2 dB). Reference: CCIR Rec. 466 3. TV/FM (broadcast quality): [S/I ] 67 dB weighted (67 dB; 65.5 dB). References: CCIR Rec. 483 1, 354 2, 567, 568. CSSB/AM: (54.4 dB; 62.2 dB). No references quoted. [C/I ]pb objectives: TV/FM (CATV): [C/I ]pb = 20 dB (22 dB; 27 dB). Reference: ABC 62 FCC 2d 901 (1976). Digital: [C/I ]pb [C/N ] (at BER 10 6) 14 dB (20 to 32.2 dB). Reference: CCIR Rec. 523. SCPC/PSK: (21.5 dB; 24 dB). No references quoted. SCPC/FM: (21.2 dB; 23.2 dB). No references quoted. SS/PSK: (11 dB; 0.6 dB). No references quoted.
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