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CC1021-RTR1 Datasheet(PDF) 74 Page - Texas Instruments |
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CC1021-RTR1 Datasheet(HTML) 74 Page - Texas Instruments |
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74 / 92 page ![]() CC1021 SWRS045 Page 74 of 91 VGA2 Register (12h) REGISTER NAME Default value Active Description VGA2[7] LNA2_MIN 0 - Minimum LNA2 setting used in VGA 0: Minimum LNA2 gain 1: Medium LNA2 gain Recommended setting: LNA2_MIN=0 for best selectivity. VGA2[6] LNA2_MAX 1 - Maximum LNA2 setting used in VGA 0: Medium LNA2 gain 1: Maximum LNA2 gain Recommended setting: LNA2_MAX=1 for best sensitivity. VGA2[5:4] LNA2_SETTING[1:0] 3 - Selects at what VGA setting the LNA gain should be changed 0: Apply LNA2 change below min. VGA setting. 1: Apply LNA2 change at approx. 1/3 VGA setting (around VGA setting 10). 2: Apply LNA2 change at approx. 2/3 VGA setting (around VGA setting 19). 3: Apply LNA2 change above max. VGA setting. Recommended setting: LNA2_SETTING=0 if VGA_SETTING<10, LNA2_SETTING=1 otherwise. If LNA2_MIN=1 and LNA2_MAX=0, then the LNA2 setting is controlled by LNA2_SETTING: 0: Between medium and maximum LNA2 gain 1: Minimum LNA2 gain 2: Medium LNA2 gain 3: Maximum LNA2 gain VGA2[3] AGC_DISABLE 0 H Disable AGC 0: AGC is enabled 1: AGC is disabled (VGA_SETTING determines VGA gain) Recommended setting: AGC_DISABLE=0 for good dynamic range. VGA2[2] AGC_HYSTERESIS 1 H Enable AGC hysteresis 0: No hysteresis. Immediate gain change for smallest up/down step 1: Hysteresis enabled. Two samples in a row must indicate gain change for smallest up/down step Recommended setting: AGC_HYSTERESIS=1. VGA2[1:0] AGC_AVG[1:0] 1 - Sets how many samples that are used to calculate average output magnitude for AGC/RSSI. 0: Magnitude is averaged over 2 filter output samples 1: Magnitude is averaged over 4 filter output samples 2: Magnitude is averaged over 8 filter output samples 3: Magnitude is averaged over 16 filter output samples Recommended setting: AGC_AVG=1. For best AGC/RSSI accuracy AGC_AVG=3. For automatic power-up sequencing, the AGC_AVG and CS_SET values must be chosen so that carrier sense is available in time to be detected before the chip re-enters power-down. |
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