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ADM1026JSTZ-R7 Datasheet(PDF) 39 Page - ON Semiconductor

No. de pieza ADM1026JSTZ-R7
Descripción Electrónicos  Complete Thermal System Management Controller
PDF  55 Pages
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Fabricante Electrónico  ONSEMI [ON Semiconductor]
Página de inicio  http://www.onsemi.com
Logo ONSEMI - ON Semiconductor

ADM1026JSTZ-R7 Datasheet(HTML) 39 Page - ON Semiconductor

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Table 21. REGISTER 07H, CONFIGURATION REGISTER 3 (POWER-ON DEFAULT 00H)
Bit
Name
R/W
Description
0
Enable GPIO16/
THERM = 0
R/W
When this bit is 1, Pin 42 is enabled as a general−purpose I/O pin (GPIO16);
otherwise it is the THERM output.
1
CI Clear = 0
R/W
Writing a 1 to this bit clears the CI latch. This bit is cleared by writing a 0 to it.
2
VREF Select = 0
R/W
When this bit is 0, VREF (Pin 24) outputs 1.82 V, otherwise, it outputs 2.5 V.
5–3
Unused
R
Undefined, reads back 0.
6
GPIO16 Direction
R/W
When this bit is 0, GPIO16 is configured as an input; otherwise, it is an output.
7
GPIO16 Polarity
R/W
When this bit is 0, GPIO16 is active low; otherwise, it is active high.
Table 22. REGISTER 08H, GPIO CONFIGURATION REGISTER 1 (POWER-ON DEFAULT 00H)
Bit
Name
R/W
Description
0
GPIO0 Direction
R/W
When this bit is 0, GPIO0 is configured as an input; otherwise, it is an output.
1
GPIO0 Polarity
R/W
When this bit is 0, GPIO0 is active low; otherwise it is active high.
2
GPIO1 Direction
R/W
When this bit is 0, GPIO1 is configured as an input; otherwise, it is an output.
3
GPIO1 Polarity
R/W
When this bit is 0, GPIO1 is active low; otherwise it is active high.
4
GPIO2 Direction
R/W
When this bit is 0, GPIO2 is configured as an input; otherwise, it is an output.
5
GPIO2 Polarity
R/W
When this bit is 0, GPIO2 is active low; otherwise, it is active high.
6
GPIO3 Direction
R/W
When this bit is 0, GPIO3 is configured as an input; otherwise, it is an output.
7
GPIO3 Polarity
R/W
When this bit is 0, GPIO3 is active low; otherwise, it is active high.
Table 23. REGISTER 09H, GPIO CONFIGURATION REGISTER 2 (POWER-ON DEFAULT 00H)
Bit
Name
R/W
Description
0
GPIO4 Direction
R/W
When this bit is 0, GPIO4 is configured as an input; otherwise, it is an output.
1
GPIO4 Polarity
R/W
When this bit is 0, GPIO4 is active low; otherwise, it is active high.
2
GPIO5 Direction
R/W
When this bit is 0, GPIO5 is configured as an input; otherwise, it is an output.
3
GPIO5 Polarity
R/W
When this bit is 0, GPIO5 is active low; otherwise, it is active high.
4
GPIO6 Direction
R/W
When this bit is 0, GPIO6 is configured as an input; otherwise, it is an output.
5
GPIO6 Polarity
R/W
When this bit is 0, GPIO6 is active low; otherwise, it is active high.
6
GPIO7 Direction
R/W
When this bit is 0, GPIO7 is configured as an input; otherwise, it is an output.
7
GPIO7 Polarity
R/W
When this bit is 0, GPIO7 is active low; otherwise, it is active high.
Table 24. REGISTER 0AH, GPIO CONFIGURATION REGISTER 3 (POWER-ON DEFAULT 00H)
Bit
Name
R/W
Description
0
GPIO8 Direction
R/W
When this bit is 0, GPIO8 is configured as an input; otherwise, it is an output.
1
GPIO8 Polarity
R/W
When this bit is 0, GPIO8 is active low; otherwise, it is active high.
2
GPIO9 Direction
R/W
When this bit is 0, GPIO9 is configured as an input; otherwise, it is an output.
3
GPIO9 Polarity
R/W
When this bit is 0, GPIO9 is active low; otherwise, it is active high.
4
GPIO10 Direction
R/W
When this bit is 0, GPIO10 is configured as an input; otherwise, it is an output.
5
GPIO10 Polarity
R/W
When this bit is 0, GPIO10 is active low; otherwise, it is active high.
6
GPIO11 Direction
R/W
When this bit is 0, GPIO11 is configured as an input; otherwise, it is an output.
7
GPIO11 Polarity
R/W
When this bit is 0, GPIO11 is active low; otherwise, it is active high.



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