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ADT7467ARQZ-R7 Datasheet(PDF) 20 Page - ON Semiconductor

Part # ADT7467ARQZ-R7
Description  dBCool Remote Thermal Monitor and Fan Controller
PDF  77 Pages
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Manufacturer  ONSEMI [ON Semiconductor]
Direct Link  http://www.onsemi.com
Logo ONSEMI - ON Semiconductor

ADT7467ARQZ-R7 Datasheet(HTML) 20 Page - ON Semiconductor

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ADT7467
Rev. 3 | Page 20 of 77 | www.onsemi.com
Table 9. Conversion Time with Averaging Disabled
Channel
Measurement Time
Voltage Channels
0.7 ms
Remote Temperature 1
7 ms
Remote Temperature 2
7 ms
Local Temperature
1.3 ms
Table 10. Conversion Time with Averaging Enabled
Channel
Measurement Time
Voltage Channels
11 ms
Remote Temperature
39 ms
Local Temperature
12 ms
Single-Channel ADC Conversions
Setting Bit 6 of Configuration Register 2 (0x73) places the
ADT7467 into single-channel ADC conversion mode. In this
mode, users can read a single temperature channel only. The
appropriate ADC channel is selected by writing to Bits <7:5> of
the TACH1 minimum high byte register (0x55).
Table 11. Channel Selection
Bits <7:5>, Register 0x55
Channel Selected
101
Remote 1 temperature
110
Local temperature
111
Remote 2 temperature
Configuration Register 2 (0x73)
<4> = 1, averaging off
<6> = 1, single-channel convert mode
TACH1 Minimum High Byte (0x55)
<7:5> selects ADC channel for single-channel convert mode
Overtemperature Events
Overtemperature events on a temperature channel can be
automatically detected and dealt with in automatic fan speed
control mode. Register 0x6A to Register 0x6C contain the
THERM temperature limits. When a temperature exceeds its
THERM temperature limit, all PWM outputs run at the maxi-
mum PWM duty cycle (0x38, 0x39, 0x3A); therefore, fans run
at the fastest speed allowed and continue running at this speed
until the temperature drops below THERM minus hysteresis.
(This can be disabled by setting the BOOST bit in Configuration
Register 3, Bit 2, Register 0x78.) The hysteresis value for that
THERM temperature limit is the value programmed into
Register 0x6D and Register 0x6E (hysteresis registers). The
default hysteresis value is 4°C.
FANS
TEMPERATURE
100%
HYSTERESIS (°C)
THERM LIMIT
Figure 27. THERM Temperature Limit Operation



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