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AS7038RB Datasheet(PDF) 50 Page - ams-OSRAM AG

Part # AS7038RB
Description  Biosensor Solution with Embedded ECG Channel
PDF  127 Pages
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Manufacturer  AMSOSRAM [ams-OSRAM AG]
Direct Link  https://ams-osram.com/
Logo AMSOSRAM - ams-OSRAM AG

AS7038RB Datasheet(HTML) 50 Page - ams-OSRAM AG

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AS7038RB
Functional Description
Datasheet
• PUBLIC
DS000726
• v2-00 • 2021-Jun-02
126
│ 49
Addr: 0x32
SEQ_START
Bit
Bit Name
Default
Access
Bit Description
2
seq_start_gpio
0
R_PUSH
After programming, the sequencer waits for a
synchronization pulse via GPIO (see register
GPIO_SYNC).
For all released ADC channels a value is
recorded per synchronization pulse (see register
ADC_CHANNEL).
1
seq_start_sync
0
R_PUSH
Similar to seq_start, but the sequencer will wait
for overflow of the frequency divider that feeds all
the switched-cap filters. This means 1) That it
could take anything between 0 and 8 ms before
the sequencer actually starts. 2) That the
generated frequencies are in phase with the
sequencer. For this to have any effect, the
sequencer period should be selected with the
selected frequencies (sd_bw, hp_freq) in mind.
0
seq_start
0
R_PUSH
Writing 1 starts the sequencer(s) in the according
to the configuration and upon rising edge of
seq_start ADC selects first channel.
Writing 0 stops the sequencer(s).
In manual mode, writing 1 starts one ADC
conversion but does not initialize the ADC
channel selection. Reading returns 1 if the
sequencer is running (sequencer mode),
respectively if the ADC is converting (manual
mode)
With the SEQ_START register sets the configured sequencer can be started
SEQ_PER (Address 0x33)
Figure 45:
SEQ_PER Register
Addr: 0x33
SEQ_PER
Bit
Bit Name
Default
Access
Bit Description
7:0
seq_period
0
RW
t_period
Sequencer period T = t_period * (seq_div+1) *
1 µs
The SEQ_PER register sets one measurement cycle of the sequencer.



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