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CC1110-RTY1 bảng dữ liệu(PDF) 139 Page - Texas Instruments

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Giải thích chi tiết về linh kiện  True System-on-Chip with Low Power RF Transceiver and 8051 MCU
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CC1110-RTY1 bảng dữ liệu(HTML) 139 Page - Texas Instruments

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CC1110
CC1110 PRELIMINARY Datasheet (Rev. 1.01) SWRS033A
Page 139 of 202
Figure 28: SPI Dataflow
13.13.3 Baud Rate Generation
An internal baud rate generator sets the
UART baud rate when operating in UART
mode and the SPI master clock frequency
when operating in SPI mode.
The
UxBAUD.BAUD_M[7:0]
and
UxGCR.BAUD_E[4:0] registers define the
baud rate used for UART transfers and the
rate of the serial clock for SPI transfers.
The baud rate is given by the following
equation:
F
M
BAUD
Baudrate
E
BAUD
∗
∗
+
=
28
_
2
2
)
_
256
(
where F is the system clock frequency set
by the selected system clock source.
The register values required for standard
baud rates are shown in Table 39 for a
typical system clock set to 26 MHz. The
table also gives the difference in actual
baud rate to standard baud rate value as a
percentage error.
The maximum baud rate for UART mode
is F/16 when BAUD_E is 16 and BAUD_M
is 0, and where F is the system clock
frequency.
The maximum SPI clock frequency for SPI
mode is F/2 when BAUD_E is 19 and
BAUD_M is 0, and where F is the system
clock frequency. Setting higher clock
frequencies than this will give erroneous
results.



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