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CC1021 Datasheet(PDF) 52 Page - Texas Instruments

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Part # CC1021
Description  Single Chip Low Power RF Transceiver for Narrowband Systems
PDF  94 Pages
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Manufacturer  TI [Texas Instruments]
Direct Link  http://www.ti.com
Logo TI - Texas Instruments

CC1021 Datasheet(HTML) 52 Page - Texas Instruments

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CC1021
SWRS045C
Page 52 of 87
End of calibration
Wait for T
≥100 us
Calibrate RX frequency register A
(to calibrate TX frequency register
B write MAIN register = D1h).
Register CALIBRATE = 34h
Write MAIN register = 11h:
RXTX=0, F_REG=0, PD_MODE=1,
FS_PD=0, CORE_PD=0, BIAS_PD=0,
RESET_N=1
Write FREQ_A, FREQ_B, VCO,
CLOCK_A and CLOCK_B registers.
PLL_BW = 174 + 16log
2(fref/7.126)
Start single calibration
Write CALIBRATE register = B4h
Start calibration
f
ref is the reference frequency (in
MHz)
Yes
Read STATUS register and wait until
LOCK_CONTINUOUS=1
Read STATUS register and wait until
CAL_COMPLETE=1
Calibration OK?
No
End of calibration
End of calibration
Wait for T
≥100 us
Calibrate RX frequency register A
(to calibrate TX frequency register
B write MAIN register = D1h).
Register CALIBRATE = 34h
Write MAIN register = 11h:
RXTX=0, F_REG=0, PD_MODE=1,
FS_PD=0, CORE_PD=0, BIAS_PD=0,
RESET_N=1
Write FREQ_A, FREQ_B, VCO,
CLOCK_A and CLOCK_B registers.
PLL_BW = 174 + 16log
2(fref/7.126)
Start single calibration
Start single calibration
Write CALIBRATE register = B4h
Start calibration
f
ref is the reference frequency (in
MHz)
Yes
Read STATUS register and wait until
LOCK_CONTINUOUS=1
Read STATUS register and wait until
CAL_COMPLETE=1
Calibration OK?
No
Figure 29. Single calibration algorithm for RX and TX
15.3. PLL Turn-on Time versus Loop Filter Bandwidth
If calibration has been performed the PLL
turn-on time is the time needed for the PLL
to lock to the desired frequency when
going from power down mode (with the
crystal oscillator running) to TX or RX
mode. The PLL turn-on time depends on
the PLL loop filter bandwidth. Table 25
gives the PLL turn-on time for different
PLL loop filter bandwidths.



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