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ADT7462ACPZ-R7 数据表(PDF) 62 Page - ON Semiconductor

部件名 ADT7462ACPZ-R7
功能描述  Flexible Temperature, Voltage Monitor, and System Fan Controller
PDF  81 Pages
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制造商  ONSEMI [ON Semiconductor]
网页  http://www.onsemi.com
标志 ONSEMI - ON Semiconductor

ADT7462ACPZ-R7 数据表(HTML) 62 Page - ON Semiconductor

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Table 37. Register 0x09 — GPIO Configuration Register 1 (Note 1)
Bit
Name
R/W
Description
0
GPIO1_P
R/W
This bit sets the polarity of GPIO1. 0 = default = active low. 1= active high.
1
GPIO1_D
R/W
This bit sets the direction of GPIO1. 0 = default = input. 1= output.
2
GPIO2_P
R/W
This bit sets the polarity of GPIO2. 0 = default = active low. 1= active high.
3
GPIO2_D
R/W
This bit sets the direction of GPIO2. 0 = default = input. 1= output.
4
GPIO3_P
R/W
This bit sets the polarity of GPIO3. 0 = default = active low. 1= active high.
5
GPIO3_D
R/W
This bit sets the direction of GPIO3. 0 = default = input. 1= output.
6
GPIO4_P
R/W
This bit sets the polarity of GPIO4. 0 = default = active low. 1= active high.
7
GPIO4_D
R/W
This bit sets the direction of GPIO4. 0 = default = input. 1= output.
1. POR = 0x00, Lock = Y, SW Reset = Y.
Table 38. Register 0x0A — GPIO Configuration Register 2 (Note 1)
Bit
Name
R/W
Description
0
GPIO5_P
R/W
This bit sets the polarity of GPIO5. 0 = default = active low. 1= active high.
1
GPIO5_D
R/W
This bit sets the direction of GPIO5. 0 = default = input. 1= output.
2
GPIO6_P
R/W
This bit sets the polarity of GPIO6. 0 = default = active low. 1= active high.
3
GPIO6_D
R/W
This bit sets the direction of GPIO6. 0 = default = input. 1= output.
4
GPIO7_P
R/W
This bit sets the polarity of GPIO7. 0 = default = active low. 1= active high.
5
GPIO7_D
R/W
This bit sets the direction of GPIO7. 0 = default = input. 1= output.
6
GPIO8_P
R/W
This bit sets the polarity of GPIO8. 0 = default = active low. 1= active high.
7
GPIO8_D
R/W
This bit sets the direction of GPIO8. 0 = default = input. 1= output.
1. POR = 0x00, Lock = Y, SW Reset = Y.
Table 39. Register 0x0B — Dynamic TMIN Control Register 1 (Note 1)
Bit
Name
R/W
Description
0
Remote 1 En
R/W
Setting this bit to 1 enables dynamic TMIN control for the Remote 1 channel. Default = 0.
1
Remote 2 En
R/W
Setting this bit to 1 enables dynamic TMIN control for the Remote 2 channel. Default = 0.
2
P1R1
R/W
P1R1 = 1 copies the Remote 1 current temperature to the Remote 1 operating point register if
THERM1 is asserted externally. This happens only if the current temperature is less than the
value in the operating point register. The operating point contains the temperature at which
THERM1 is asserted. P1R1 = 0 (default) ignores any THERM1 assertions on the THERM1 pin.
The Remote 1 operating point register reflects its programmed value.
3
P1R2
R/W
P1R2 = 1 copies the Remote 2 current temperature to the Remote 2 operating point register if
THERM1 is asserted externally. This happens only if the current temperature is less than the
value in the operating point register. The operating point contains the temperature at which
THERM1 is asserted. P1R2 = 0 (default) ignores any THERM1 assertions on the THERM1 pin.
The Remote 2 operating point register reflects its programmed value.
4
P2R1
R/W
P2R1 = 1 copies the Remote 1 current temperature to the Remote 1 operating point register if
THERM2 is asserted externally. This happens only if the current temperature is less than the
value in the operating point register. The operating point contains the temperature at which
THERM2 is asserted. P2R1 = 0 (default) ignores any THERM2 assertions on the THERM2 pin.
The Remote 1 operating point register reflects its programmed value.
5
P2R2
R/W
P2R2 = 1 copies the Remote 2 current temperature to the Remote 2 operating point register if
THERM2 is asserted externally. This happens only if the current temperature is less than the
value in the operating point register. The operating point contains the temperature at which
THERM2 is asserted. P2R2 = 0 (default) ignores any THERM2 assertions on the THERM2 pin.
The Remote 2 operating point register reflects its programmed value.
[7:6]
Reserved
R/W
Reserved for future use.
1. POR = 0x00, Lock = Y, SW Reset = Y.



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