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TMD26721 Datasheet(PDF) 18 Page - OSRAM GmbH

Part # TMD26721
Description  Digital Proximity Detector
PDF  44 Pages
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Manufacturer  OSRAM [OSRAM GmbH]
Direct Link  http://www.osram.com
Logo OSRAM - OSRAM GmbH

TMD26721 Datasheet(HTML) 18 Page - OSRAM GmbH

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ams Datasheet
Page 17
[v1-00] 2015-Mar-23
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TMD2672 − Principles of Operation
Interrupts
The interrupt feature simplifies and improves system efficiency
by eliminating the need to poll the sensor for proximity values
outside a user-defined range. While the interrupt function is
always enabled and its status is available in the Status
register (0x13), the output of the interrupt state can be enabled
using the proximity interrupt enable (PIEN) field in the Enable
register (0x00).
Two 16-bit interrupt threshold registers allow the user to set
limits below and above a desired proximity range. An interrupt
can be generated when the proximity data (PDATA) falls below
the proximity interrupt low threshold (PILTx) or exceeds the
proximity interrupt high threshold (PIHTx).
It is important to note that the thresholds are evaluated in
sequence, first the low threshold, then the high threshold. As a
result, if the low threshold is set above the high threshold, the
high threshold is ignored and only the low threshold is
evaluated.
To further control when an interrupt occurs, the device provides
an interrupt persistence feature. The persistence filter allows
the user to specify the number of consecutive out-of-range
proximity occurrences before an interrupt is generated. The
persistence filter register (0x0C) allows the user to set the
proximity persistence filter (PPERS) values. See the persistence
filter register for details on the persistence filter values. Once
the persistence filter generates an interrupt, it will continue
until a special function interrupt clear command is received
(see Command Register).
Figure 21:
Programmable Interrupt
Prox
ADC
Prox
Data
Prox
Integration
Channel 0
Upper Limit
Lower Limit
Prox Persistence
PILTH(r 0x09), PILTL(r 0x08)
PIHTH(r 0x0B), PIHTL(r 0x0A)
PPERS(r 0x0C, b7:4)
Channel 1



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