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ADT7467ARQZ-R7 Datasheet(PDF) 68 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) 68 Page - ON Semiconductor

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ADT7467
Rev. 3 | Page 68 of 77 | www.onsemi.com
Table 35. TRANGE/PWM Frequency Registers
Register Address
R/W1
Description
Power-On Default
0x5F
Read/write
Remote 1 TRANGE/PWM1 frequency.
0xC4
0x60
Read/write
Local TRANGE/PWM2 frequency.
0xC4
0x61
Read/write
Remote 2 TRANGE/PWM3 frequency.
0xC4
1 These registers become read-only registers when the Configuration Register 1 LOCK bit is set to 1. Any subsequent attempts to write to these registers fail.
Table 36. Register 0x5F, Register 0x60, and Register 0x61—Remote 1, Local, and Remote 2 TRANGE/PWMx Frequency Registers
(Power-On Default = 0xC4)
Bit
Name
R/W1
Description
<2:0>
FREQ
Read/write
These bits control the PWMx frequency.
000 = 11.0 Hz
001 = 14.7 Hz
010 = 22.1 Hz
011 = 29.4 Hz
100 = 35.3 Hz (default)
101 = 44.1 Hz
110 = 58.8 Hz
111 = 88.2 Hz
<3>
THRM
Read/write
THRM = 1 causes the THERM pin (Pin 9) to assert low as an output when this temperature channel’s THERM
limit is exceeded by 0.25°C. The THERM pin remains asserted until the temperature is equal to or below the
THERM limit. The minimum time that THERM asserts is one monitoring cycle. This allows clock modulation
of devices that incorporate this feature.
THRM = 0 makes the THERM pin act as an input when Pin 9 is configured as THERM, for example, for
Pentium 4 PROCHOT monitoring.
<7:4>
RANGE
Read/write
These bits determine the PWM duty cycle vs. the temperature slope for automatic fan control.
0000 = 2°C
0001 = 2.5°C
0010 = 3.33°C
0011 = 4°C
0100 = 5°C
0101 = 6.67°C
0110 = 8°C
0111 = 10°C
1000 = 13.33°C
1001 = 16°C
1010 = 20°C
1011 = 26.67°C
1100 = 32°C (default)
1101 = 40°C
1110 = 53.33°C
1111 = 80°C
1 These registers become read-only registers when the Configuration Register 1 LOCK bit is set to 1. Any subsequent attempts to write to these registers fail.



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