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ADT7462ACPZ-R7 数据表(PDF) 65 Page - ON Semiconductor |
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ADT7462ACPZ-R7 数据表(HTML) 65 Page - ON Semiconductor |
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65 / 81 page ![]() ADT7462 http://onsemi.com 65 Table 45. Register 0x11 — Pin Configuration Register 2 (Note 1) Bit Name R/W Description [1:0] Pin 23 R/W 00 = VCCP1 selected. 01 = +2.5V. 10 = +1.8V (default). 11 = +1.5V. 2 Pin 22 R/W 0 = +12V3; 1 = TACH8. Default = 1. 3 Pin 21 R/W 0 = +5V; 1 = TACH7. Default = 1. 4 Pin 19 R/W 0 = +1.25V; 1 = +0.9V (that is, if RT3 is not selected). Default = 0. 5 Pin 15 R/W 0 = +2.5V, 1 = +1.8V (that is, if RT1 is not selected). Default = 0. 6 Pin 13 R/W 0 = +3.3V; 1 = PWM4. Default = 1. 7 Pin 8 R/W 0 = +12V2; 1 = TACH6. Default = 1. 1. POR = 0xCE, Lock = Y, SW Reset = Y. Table 46. Register 0x12 — Pin Configuration Register 3 (Note 1) Bit Name R/W Description 0 Reserved R Reserved for future use. 1 Pin 27 R/W 0 = FAN2MAX; 1 = chassis intrusion (default). [3:2] Pin 26 R/W 00 = VBATT selected (default). 01 = +1.2V2 (FSB_VTT). 10 = VR_HOT2. 11 = VR_HOT2. [5:4] Pin 25 R/W 00 = +3.3V selected (default). 01 = +1.2V1 (GBIT). 10 = VR_HOT1. 11 = VR_HOT1. [7:6] Pin 24 R/W 00 = VCCP2 selected. 01 = +2.5V (default). 10 = +1.8V. 11 = +1.5V. 1. POR = 0x42, Lock = Y, SW Reset = Y. Table 47. Register 0x13 — Pin Configuration Register 4 (Note 1) Bit Name R/W Description [1:0] Reserved R Reserved. 2 Pin 32 R/W 0 = GPIO6; 1 = PWM2 (Pin 32 is VID5 if VIDs are selected). Default = 1. 3 Pin 31 R/W 0 = GPIO5; 1 = PWM1 (Pin 31 is VID4 if VIDs are selected). Default = 1. [5:4] Pin 29 (Pin 28, +1.5V Monitoring) (Note 2) R/W 00 = GPIO8. 01 = +1.5V (measured on Pin 28). 10 = THERM2. 11 = THERM2 (default).(Pin 28 is VID6 if VIDs are selected.) [7:6] Pin 28 (Pin 29, +1.5V Monitoring) (Note 3) R/W 00 = GPIO7. 01 = +1.5V (measured on Pin 29). 10 = THERM1. 11 = THERM1 (default). 1. POR = 0xFC, Lock = Y, SW Reset = Y. 2. +1.5V can be monitored on Pin 28 and 29 only when both are configured as +1.5V inputs. This means that +1.5V is measured on both pins or on neither. +1.5V monitoring cannot be combined with another function on the other pin. For example, if Pin 29 is configured as +1.5V, then THERM1 cannot be selected on Pin 28, because they share the same selection bits. |
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