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TMS320C10 Datasheet(PDF) 39 Page - Texas Instruments |
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TMS320C10 Datasheet(HTML) 39 Page - Texas Instruments |
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39 / 61 page ![]() 3–5 3.3.8 Transmit Channel Signal-to-Distortion Ratio (see Note 7) PARAMETER TEST CONDITIONS MIN MAX UNIT VI = – 6 dB to – 0.1 dB 58 VI = – 12 dB to – 6 dB 58 VI = – 18 dB to – 12 dB 56 VI = – 24 dB to – 18 dB 50 D/A channel signal-to-distortion ratio VI = – 30 dB to – 24 dB 44 dB VI = – 36 dB to – 30 dB 38 VI = – 42 dB to – 36 dB 32 VI = – 48 dB to – 42 dB 26 VI = – 54 dB to – 48 dB 20 NOTE 7: The test condition is a 1-kHz input signal with a 24-kHz conversion rate. The load impedance for the DAC is 600 Ω. Input and output voltages are referred to Vref. 3.3.9 Receive and Transmit Gain and Dynamic Range (see Note 8) PARAMETER TEST CONDITIONS MIN TYP† MAX UNIT Transmit gain tracking error VO = – 48 dB to 0 dB signal range ±0.05 ±0.25 dB Receive gain tracking error VI = – 48 dB to 0 dB signal range ±0.05 ±0.25 dB NOTE 8: Gain tracking is relative to the absolute gain at 1 kHz and 0 dB (0 dB relative to Vref). 3.3.10 Receive Channel Band-Pass Filter Transfer Function, SCF fclock = 432 kHz, Input (IN+ – IN –) is a ±3-V Sine Wave‡ (see Note 9) PARAMETER TEST CONDITION FREQUENCY ADJUSTMENT MIN TYP† MAX UNIT f ≤ 150 Hz K1 × 0 dB –33 –29 –25 f = 300 Hz K1 × –0.26 dB –4 –2 –1 f = 450 Hz to 9300 Hz K1 × 0 dB – 0.25 0 0.25 Input signal f = 9300 Hz to 9900 Hz K1 × 0 dB – 0.3 0 0.3 Filter gain Input signal reference is 0 dB f = 9900 Hz to 10950 Hz K1 × 0 dB – 0.5 0 0.5 dB reference is 0 dB f = 11.4 kHz K1 × 2.3 dB –2 – 0.5 f = 12 kHz K1 × 2.7 dB –16 –14 f ≥ 13.2 kHz K1 × 3.2 dB –40 f ≥ 15 kHz K1 × 0 dB –60 † All typical values are at TA = 25°C. ‡ The MIN, TYP, and MAX specifications are given for a 432-kHz SCF clock frequency. A slight error in the 432-kHz SCF can result from inaccuracies in the MSTR CLK frequency, resulting from crystal frequency tolerances. If this frequency error is less than 0.25%, the ADJUSTMENT ADDEND should be added to the MIN, TYP, and MAX specifications, where K1 = 100 × [(SCF frequency – 432 kHz)/432 kHz]. For errors greater than 0.25%, see Note 9. NOTE 9: The filter gain outside of the pass band is measured with respect to the gain at 1 kHz. The filter gain within the pass band is measured with respect to the average gain within the pass band. The pass bands are 450 Hz to 10.95 kHz and 0 to 10.95 kHz for the band-pass and low-pass filters, respectively. For switched-capacitor filter clocks at frequencies other than 432 kHz, the filter response is shifted by the ratio of switched-capacitor filter clock frequency to 432 kHz. |
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