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NCT6106DのメーカーはnovoTonです、この部品の機能は「LPC I/O」です。 |
部品番号 | NCT6106D |
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部品説明 | LPC I/O | ||
メーカ | novoTon | ||
ロゴ | |||
このページの下部にプレビューとNCT6106Dダウンロード(pdfファイル)リンクがあります。 Total 30 pages
NCT6102D / NCT6106D
Nuvoton LPC I/O
Date: January 11th, 2012 Revision 1.0
1 Page NCT6102D / NCT6106D
6.6.3 S0~S5 LED Blink Block Diagram .............................................................................................. 36
6.6.4 LED Pole (LED_POL)................................................................................................................ 37
6.6.5 Deeper Sleeping State Detect Function .................................................................................... 38
6.7 Advanced Sleep State Control (ASSC) Function ............................................................................ 40
6.7.1 When ASSC is disabled ............................................................................................................ 40
6.7.2 When ASSC is enabled (Enter into Deeper Sleeping State)..................................................... 41
6.7.3 When ASSC is enabled (Exit Deeper Sleeping State) .............................................................. 41
6.7.4 SLP_S5#_LATCH Control Function .......................................................................................... 42
6.8 Intel DSW Function ......................................................................................................................... 43
6.8.1 Enter DSW State timing diagram .............................................................................................. 43
6.8.2 Exit DSW State timing diagram ................................................................................................. 44
6.8.3 Application Circuit...................................................................................................................... 44
7. CONFIGURATION REGISTER ACCESS PROTOCOL................................................................ ............. 46
7.1 Configuration Sequence.................................................................................................................. 48
7.1.1 Enter the Extended Function Mode........................................................................................... 48
7.1.2 Configure the Configuration Registers ...................................................................................... 48
7.1.3 Exit the Extended Function Mode ............................................................................................. 49
7.1.4 Software Programming Example............................................................................................... 49
8. HARDWARE MONITOR................................................................................................................ ............. 50
8.1 General Description......................................................................................................................... 50
8.2 Access Interfaces ............................................................................................................................ 50
8.3 LPC Interface .................................................................................................................................. 50
8.4 I2C interface..................................................................................................................................... 52
8.5 Analog Inputs .................................................................................................................................. 53
8.5.1 Voltages Over 2.048 V or Less Than 0 V.................................................................................. 54
8.5.2 Voltage Data Format ................................................................................................................. 54
8.5.3 Temperature Data Format ......................................................................................................... 55
8.6 PECI ................................................................................................................................................ 57
8.7 Fan Speed Measurement and Control ............................................................................................ 60
8.7.1 Fan Speed Reading................................................................................................................... 60
8.7.2 Fan Speed Calculation by Fan Count Reading ......................................................................... 60
8.7.3 Fan Speed Calculation by Fan RPM Reading .......................................................................... 60
8.7.4
8.7.5
Fan Speed Control .................................................................................................................... 60
SMART FANTM Control.............................................................................................................. 61
8.7.6 Temperature Source & Reading for Fan Control ...................................................................... 62
8.8 SMART FANTM I............................................................................................................................... 62
8.8.1 Thermal Cruise Mode ................................................................................................................ 62
8.8.2 Speed Cruise Mode................................................................................................................... 64
8.9 SMART FANTM IV & Close Loop Fan Control RPM Mode .............................................................. 66
8.9.1 Step Up Time / Step Down Time............................................................................................... 70
8.9.2 Fan Output Step ........................................................................................................................ 70
8.9.3 Revolution Pulse Selection........................................................................................................ 71
8.9.4 Weight Value Control................................................................................................................. 71
8.10 Alert and Interrupt............................................................................................................................ 73
Publication Release Date: January 11, 2012
-II- version: 1.0
3Pages NCT6102D / NCT6106D
9.84 VIN2 Low Limit Voltage Register – Index 9Bh (Bank 0) ............................................................... 114
9.85 Reserved Register – Index 9Ch ~ 9Dh (Bank 0)........................................................................... 114
9.86 3VSB High Limit Voltage Register – Index 9Eh (Bank 0) ............................................................. 114
9.87 3VSB Low Limit Voltage Register – Index 9Fh (Bank 0) .............................................................. 115
9.88 VBAT High Limit Voltage Register – Index A0h (Bank 0) ............................................................. 115
9.89 VBAT Low Limit Voltage Register – Index A1h (Bank 0) .............................................................. 115
9.90 V10 High Limit Voltage Register – Index A2h (Bank 0) ................................................................ 115
9.91 V10 Low Limit Voltage Register – Index A3h (Bank 0) ................................................................. 116
9.92 Reserved Register – Index A4h ~ AFh (Bank 0)........................................................................... 116
9.93 SMIOVT1 Temperature Source Select Register – Index B0 (Bank 0).......................................... 116
9.94 SMIOVT2 Temperature Source Select Register – Index B1 (Bank 0).......................................... 117
9.95 SMIOVT3 Temperature Source Select Register – Index B2 (Bank 0).......................................... 117
9.96 SMIOVT4 Temperature Source Select Register – Index B3 (Bank 0).......................................... 118
9.97 SMIOVT5 Temperature Source Select Register – Index B4 (Bank 0).......................................... 119
9.98 SMIOVT6 Temperature Source Select Register – Index B5 (Bank 0).......................................... 120
9.99 SMI/OVT Control Register – Index B6h (Bank 0) ......................................................................... 121
9.100 SMIOVT1 Control Register – Index B7h (Bank 0) ........................................................................ 121
9.101 SMIOVT2 Control Register – Index B8h (Bank 0) ........................................................................ 122
9.102 SMIOVT3 Control Register – Index B9h (Bank 0) ........................................................................ 123
9.103 SMIOVT4 Control Register – Index BAh (Bank 0) ........................................................................ 123
9.104 SMIOVT5 Control Register – Index BBh (Bank 0) ........................................................................ 124
9.105 SMIOVT6 Control Register – Index BCh (Bank 0)........................................................................ 124
9.106 Reserved Register – Index BDh ~ BFh (Bank 0) .......................................................................... 125
9.107 SMIOVT1 Shut-down mode High Limit Temperature Register – Index C0h (Bank 0).................. 125
9.108 SMIOVT1 Shut-down mode Low Limit Temperature Register – Index C1h (Bank 0) .................. 125
9.109 SMIOVT1 Temperature Source Over-temperature (High Byte) Register – Index C2h (Bank 0) .. 126
9.110 SMIOVT1 Temperature Source Hysteresis (High Byte) Register – Index C3h (Bank 0).............. 126
9.111 SMIOVT2 Shut-down mode High Limit Temperature Register – Index C4h (Bank 0).................. 126
9.112 SMIOVT2 Shut-down mode Low Limit Temperature Register – Index C5h (Bank 0) .................. 126
9.113 SMIOVT2 Temperature Source Over-temperature (High Byte) Register – Index C6h (Bank 0) .. 127
9.114 SMIOVT2 Temperature Source Hysteresis (High Byte) Register – Index C7h (Bank 0).............. 127
9.115 SMIOVT3 Shut-down mode High Limit Temperature Register – Index C8h (Bank 0).................. 127
9.116 SMIOVT3 Shut-down mode Low Limit Temperature Register – Index C9h (Bank 0) .................. 128
9.117 SMIOVT3 Temperature Source Over-temperature (High Byte) Register – Index CAh (Bank 0).. 128
9.118 SMIOVT3 Temperature Source Hysteresis (High Byte) Register – Index CBh (Bank 0) ............. 128
9.119 SMIOVT4 Shut-down mode High Limit Temperature Register – Index CCh (Bank 0) ................. 128
9.120 SMIOVT4 Shut-down mode Low Limit Temperature Register – Index CDh (Bank 0).................. 129
9.121 SMIOVT4 Temperature Source Over-temperature (High Byte) Register – Index CEh (Bank 0).. 129
9.122 SMIOVT4 Temperature Source Hysteresis (High Byte) Register – Index CFh (Bank 0) ............. 129
9.123 SMIOVT5 Shut-down mode High Limit Temperature Register – Index D0h (Bank 0).................. 129
9.124 SMIOVT5 Shut-down mode Low Limit Temperature Register – Index D1h (Bank 0) .................. 130
9.125 SMIOVT5 Temperature Source Over-temperature (High Byte) Register – Index D2h (Bank 0) .. 130
9.126 SMIOVT5 Temperature Source Hysteresis (High Byte) Register – Index D3h (Bank 0).............. 130
9.127 SMIOVT6 Shut-down mode High Limit Temperature Register – Index D4h (Bank 0).................. 131
9.128 SMIOVT6 Shut-down mode Low Limit Temperature Register – Index D5h (Bank 0) .................. 131
9.129 SMIOVT6 Temperature Source Over-temperature (High Byte) Register – Index D6h (Bank 0) .. 131
Publication Release Date: January 11, 2012
-V- version: 1.0
6 Page | |||
ページ | 合計 : 30 ページ | ||
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部品番号 | 部品説明 | メーカ |
NCT6106D | LPC I/O | novoTon |