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AS7331 Folha de dados(PDF) 27 Page - OSRAM GmbH

Nome de Peças AS7331
Descrição Electrónicos  Spectral UVA/B/C Sensor
PDF  72 Pages
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Fabricante Electrônico  OSRAM [OSRAM GmbH]
Página de início  http://www.osram.com
Logo OSRAM - OSRAM GmbH

AS7331 Folha de dados(HTML) 27 Page - OSRAM GmbH

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AS7331
Functional Description
Datasheet
• PUBLIC
DS001047
• v4-00 • 2023-Mar-24
71
│ 26
the measurement, the A/D conversion follows immediately after the wake-up time (TSTARTSB) of about
4 µs.
Figure 20 shows the principle start and stop sequence of measurement after startup with
OSR:PD =
“0” and CREG3:SB = “1”:
a)
CREG3 programming: B
it CREG3:SB = “1”,
b)
OSR programming: 02h, after startup continuing with configuration mode,
c)
OSR programming: 83h, measurement start, wake-up and conversion, return to standby
after measurement ends.
Figure 20:
Principle Start and Stop Sequence of a Measurement After Startup with OSR:PD =
“0” and
CREG3:SB = “1”
7.3.3
Examples
For both modes, CONT and SYN, it is recommended to configure a pause time, TBREAK, (register
BREAK Figure 51), to avoid disturbances during the A/D conversion caused by the I²C interface
communication. The selectable pause time using the register BREAK should be long enough, such
that all the output results are read before the next conversion starts (automatically in CONT modus or
synchronized via pin SYN in SYN modes). While the pause time (TBREAK) is running, it is possible to
save energy if the bit CREG3:SB is configured to
“1”. The wake-up time, TSTARTSB, of about 4 µs is
short, compared to the necessary time for the I²C communication protocol represented by the BREAK
register.
Figure 21 shows the principle sequence of CONT mode;
if CREG3:SB is set to “1”, saving energy is
possible while the pause time TBREAK is activated for I²C interface communication.
STANDBY
CONFIGURATION
POWDOWN
MEASUREMENT
STANDBY
STATE
I²C activity
OSR
83h
c)
OSR:PD ← ‚0'
b)
CREG3:SB ← ‚1'
a)
TSTARTPD
TSTARTSB



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