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SL900A Folha de dados(PDF) 21 Page - ams AG

Nome de Peças SL900A
Descrição Electrónicos  EPC Class 3 Sensory Tag Chip - For Automatic Data Logging
PDF  103 Pages
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Fabricante Electrônico  AMSCO [ams AG]
Página de início  http://www.ams.com
Logo AMSCO - ams AG

SL900A Folha de dados(HTML) 21 Page - ams AG

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ams Datasheet
Page 21
[v1-12] 2018-Oct-29
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SL900A − System Description
Figure 20:
Storage Rule
Limits Counter
The Limits counter can be used as an advanced alarm
mechanism. It is enabled in all log formats and it will display
the cumulative number of measurements that are outside
limits. The application does not have to read the whole EEPROM
content in order to determine if the temperature limits have
been exceeded, just the Limits counter block. The Limits
counter block can be read out with the GET LOG STATE
command.
The system uses 4 limits that can be set by the user:
• Extreme upper limit
• Upper limit
• Lower limit
• Extreme lower limit
There is a dedicated 8-bit counter for each of the 4 limits in the
Limits counter block. The appropriate counter will increment
each time a sensor value is outside a limit.
The user can select which sensor will be used in the limits
comparison. The internal temperature sensor is selected by
default. Other sensors can be selected with the SET SFE
PARAMETERS command with the “Verify sensor ID[1:0]” field
(SPI address 0x018):
Figure 21:
Modes of Operation
Bit
Storage Rule
Description
0Normal
When the logging area in the EEPROM is full, the chip does not store any new
sensor data to the EEPROM, but it will still increment the measurement counter
and RTC.
1
Rolling
When the logging area is full, the chip continues with writing new sensor data
to the EEPROM form the beginning of the logging area. Thus the chip
overwrites the old stored data and increments the “Number of memory
replacements [5:0]” field in the System status group.
Verify Sensor ID Bit 1
Verify Sensor ID Bit 0 Sensor Selected for Limits Comparison
0
0
Internal temperature sensor - DEFAULT
01
External sensor 1
10
External sensor 2
1
1
Battery voltage



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