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CS5531-AS 数据表(PDF) 36 Page - Cirrus Logic

部件名 CS5531-AS
功能描述  16 BIT AND 24 BIT ADCS WITH ULTRA LOW NOISE PGIA
PDF  52 Pages
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制造商  CIRRUS [Cirrus Logic]
网页  http://www.cirrus.com
标志 CIRRUS - Cirrus Logic

CS5531-AS 数据表(HTML) 36 Page - Cirrus Logic

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CS5531/32/33/34
36
DS289PP5
(i.e. the serial port is in data mode) until SCLK
transitions 40 times. After reading the data, the se-
rial port returns to the command mode, where it
waits for a new command to be issued. The single
conversion mode will take longer than conversions
performed in the continuous conversion mode. The
number of clock cycles a single conversion takes
for each Output Word Rate (OWR) setting is listed
in Table 1. The ± 8 (FRS = 0) or ± 10 (FRS = 1)
clock ambiguity is due to internal synchronization
between the SCLK input and the oscillator.
Note:
In the single conversion mode, more than one
conversion is actually performed, but only the
final, fully settled result is output to the
conversion data register.
Table 1. Conversion Timing for Single Mode
2.6.2. Continuous Conversion Mode
Based on the information provided in the channel-
setup registers (CSRs), continuous conversions are
performed using the Setup register contents pointed
to by the conversion command. The command byte
includes a pointer address to the Setup register to
be used during the conversion. Once transmitted,
the serial port enters data mode where it waits until
a conversion is complete. After the conversion is
done, SDO falls to logic 0. Forty SCLKs are then
needed to read the conversion. The first 8 SCLKs
are used to clear the SDO flag. The last 32 SCLKs
are needed to read the conversion result. If
‘00000000’ is provided to SDI during the first 8
SCLKs when the SDO flag is cleared, the converter
remains in this conversion mode and continues to
convert the selected channel using the same CSR
Setup. In continuous conversion mode, not every
conversion word needs to be read. The user needs
only to read the conversion words required for the
application as SDO rises and falls to indicate the
availability of new conversion data. Note that if a
conversion is not read before the next conversion
data becomes available, it will be lost and replaced
by the new conversion data. To exit this conversion
mode, the user must provide ‘11111111’ to the SDI
pin during the first 8 SCLKs after SDO falls. If the
user decides to exit, 32 SCLKs are required to
clock out the last conversion before the converter
returns to command mode. The number of clock
cycles a continuous conversion takes for each Out-
put Word Setting is listed in Table 2. The first con-
version from the part in continuous conversion
mode will be longer than the following conversions
due to start-up overhead. The ± 8 (FRS = 0) or ± 10
(FRS = 1) clock ambiguity is due to internal syn-
chronization between the SCLK input and the os-
cillator.
Note:
When changing channels, or after performing
calibrations and/or single conversions, the
user must ignore the first three (for OWRs
less than 3200 Sps, MCLK = 4.9152 MHz) or
first five (for OWR
≥ 3200 Sps) conversions in
continuous conversion mode, as residual
filter coefficients must be flushed from the
filter before accurate conversions are
performed.
(WR3-WR0)
Clock Cycles
FRS = 0
FRS = 1
0000
171448 ± 8
205738 ± 10
0001
335288 ± 8
402346 ± 10
0010
662968 ± 8
795562 ± 10
0011
1318328 ± 8
1581994 ± 10
0100
2629048 ± 8
3154858 ± 10
1000
7592 ± 8
9110 ± 10
1001
17848 ± 8
21418 ± 10
1010
28088 ± 8
33706 ± 10
1011
48568 ± 8
58282 ± 10
1100
89528 ± 8
107434 ± 10
FRS (WR3-WR0)
Clock Cycles
(First Conversion)
Clock Cycles
(All Other
Conversions)
0
0000
89528 ± 8
40960
0
0001
171448 ± 8
81920
0
0010
335288 ± 8
163840
0
0011
662968 ± 8
327680
0
0100
1318328 ± 8
655360
0
1000
2472 ± 8
1280
0
1001
12728 ± 8
2560



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