User Manuals: Fujitsu MPE3173AE Hard Disk Drive

Manuals and User Guides for Fujitsu MPE3173AE Hard Disk Drive. We have 1 Fujitsu MPE3173AE Hard Disk Drive manual available for free PDF download: Product Manual

Fujitsu MPE3173AE Product Manual

Fujitsu MPE3173AE Product Manual (183 pages)

Fujitsu Computer Drive User Manual

Brand: Fujitsu | Category: Storage | Size: 2 MB

Table of Contents

Disk Drives
1
Revision Record
2
Table of Contents
8
Chapter 1 Device Overview

16
- Features
  16
- Functions and Performance
  16
- Adaptability
  17
- Interface
  17
- Device Specifications
  19
- Specifications Summary
  19
- Model and Product Number
  20
- Power Requirements
  20
- Model Names and Product Numbers
  20
- Current and Power Dissipation
  21
- Current Fluctuation (Typ.) When Power Is Turned on
  22
- Environmental Specifications
  23
- Acoustic Noise
  23
- Acoustic Noise Specification
  23
- Shock and Vibration
  24
- Reliability
  24
- Shock and Vibration Specification
  24
- Error Rate
  25
- Media Defects
  25
Chapter 2 Device Configuration

26
- Device Configuration
  26
- Disk Drive Outerview
  26
- System Configuration
  28
- ATA Interface
  28
- Drive Connection
  28
- Drives Connection
  28
- Drive System Configuration
  28
- Drives Configuration
  28
Chapter 3 Installation Conditions

30
- Dimensions
  30
- Dimensions
  31
- Mounting
  32
- Orientation
  32
- Limitation of Side-Mounting
  33
- Mounting Frame Structure
  33
- Surface Temperature Measurement Points
  34
- Surface Temperature Measurement Points and Standard Values
  34
- Service Area
  35
- Cable Connections
  36
- Device Connector
  36
- Connector Locations
  36
- Cable Connector Specifications
  37
- Device Connection
  37
- Power Supply Connector (CN1)
  37
- Cable Connections
  37
- System Configuration for Ultra DMA
  38
- Cable Configuration
  39
- Cable Type Detection Using CBLID- Signal (Host Sensing the Condition of the CBLID- Signal)
  40
- Cable Type Detection Using IDENTIFY DEVICE Data
  40
- (Device Sensing the Condition of the CBLID- Signal)
  40
- Jumper Settings
  41
- Location of Setting Jumpers
  41
- Jumper Location
  41
- Factory Default Setting
  42
- Jumper Configuration
  42
- Jumper Setting of Master or Slave Device
  42
- Jumper Setting of Cable Select
  43
- Example (1) of Cable Select
  43
- Example (2) of Cable Select
  43
Chapter 4 Theory of Device Operation

46
- Outline
  46
- Subassemblies
  46
- Disk
  46
- Head
  47
- Spindle
  47
- Actuator
  47
- Head Structure
  47
- Air Filter
  48
- Circuit Configuration
  49
- Mpe3Xxxae Block Diagram
  50
- Power-On Sequence
  51
- Power-On Operation Sequence
  52
- Self-Calibration
  53
- Self-Calibration Contents
  53
- Execution Timing of Self-Calibration
  54
- Command Processing During Self-Calibration
  54
- Self-Calibration Execution Timechart
  54
- Read/Write Circuit
  55
- Read/Write Preamplifier (Preamp)
  55
- Write Circuit
  55
- Read Circuit
  56
- Synthesizer Circuit
  57
- Servo Control
  57
- Write Clock Frequency and Transfer Rate of each Zone
  57
- Servo Control Circuit
  58
- Block Diagram of Servo Control Circuit
  58
- Physical Sector Servo Configuration on Disk Surface
  59
- Data-Surface Servo Format
  61
- Servo Frame Format
  61
- 96 Servo Frames in each Track
  62
- Actuator Motor Control
  63
- Spindle Motor Control
  64
Chapter 5 Interface

66
- Physical Interface
  67
- Interface Signals
  67
- Signal Assignment on the Connector
  68
- Signal Assignment on the Interface Connector
  68
- Logical Interface
  71
- I/O Registers
  71
- I/O Registers
  72
- Command Block Registers
  72
- Control Block Registers
  72
- Diagnostic Code
  74
- Host Commands
  78
- Command Code and Parameters
  79
  - Idle Immediate
    79
  - Standby Immediate
    80
  - Check Power Mode
    80
- Command Descriptions
  81
  - READ SECTOR(S) (X'20' or X'21')
    82
  - Read Multiple (X'c4')
    83
- Execution Example of READ MULTIPLE Command
  84
- Information to be Read by IDENTIFY DEVICE Command
  95
  - Identify Device Dma (X'ee')
    99
  - Set Features (X'ef')
    99
- Features Register Values and Settable Modes
  100
  - Set Multiple Mode (X'c6')
    102
  - Execute Device Diagnostic (X'90')
    103
  - READ LONG (X'22' or X'23')
    104
  - WRITE LONG (X'32' or X'33')
    105
  - Read Buffer (X'e4')
    106
  - Write Buffer (X'e8')
    107
  - IDLE (X'97' or X'E3')
    108
  - IDLE IMMEDIATE (X'95' or X'E1')
    109
  - STANDBY (X'96' or X'E2')
    110
  - STANDBY IMMEDIATE (X'94' or X'E0')
    110
  - SLEEP (X'99' or X'E6')
    111
  - CHECK POWER MODE (X'98' or X'E5')
    112
- Features Register Values (Subcommands) and Functions
  114
- Format of Device Attribute Value Data
  117
- Format of Insurance Failure Threshold Value Data
  118
- SMART Error Log Data Format
  121
- SMART Self Test Log Data Format
  123
- Error Posting
  126
- Command Code and Parameters
  126
- Command Protocol
  127
- Data Transferring Commands from Device to Host
  127
- Read Sector(S) Command Protocol
  128
- Data Transferring Commands from Host to Device
  129
- Protocol for Command Abort
  129
- WRITE SECTOR(S) Command Protocol
  130
- Commands Without Data Transfer
  131
- Protocol for the Command Execution Without Data Transfer
  131
- Other Commands
  132
- DMA Data Transfer Commands
  132
- Normal DMA Data Transfer
  133
- Ultra DMA Feature Set
  134
- Overview
  134
- Phases of Operation
  135
- Ultra DMA Data in Commands
  135
- 5.5.3.1 Initiating an Ultra DMA Data in Burst
  135
- 5.5.3.2 the Data in Transfer
  136
- 5.5.3.3 Pausing an Ultra DMA Data in Burst
  136
- 5.5.3.4 Terminating an Ultra DMA Data in Burst
  137
- Ultra DMA Data out Commands
  139
- 5.5.4.1 Initiating an Ultra DMA Data out Burst
  139
- 5.5.4.2 the Data out Transfer
  140
- 5.5.4.3 Pausing an Ultra DMA Data out Burst
  140
- 5.5.4.4 Terminating an Ultra DMA Data out Burst
  141
- Ultra DMA CRC Rules
  143
- Series Termination Required for Ultra DMA
  144
- Ultra DMA Termination with Pull-Up or Pull-Down
  144
- Recommended Series Termination for Ultra DMA
  144
- Timing
  145
- PIO Data Transfer
  145
- PIO Data Transfer Timing
  145
- Multiword Data Transfer
  146
- Multiword DMA Data Transfer Timing (Mode 2)
  146
- Ultra DMA Data Transfer
  147
- 5.6.3.1 Initiating an Ultra DMA Data in Burst
  147
- 5.6.3.2 Ultra DMA Data Burst Timing Requirements
  148
- 5.6.3.3 Sustained Ultra DMA Data in Burst
  150
- 5.6.3.4 Host Pausing an Ultra DMA Data in Burst
  151
- 5.6.3.5 Device Terminating an Ultra DMA Data in Burst
  152
- 5.6.3.6 Host Terminating an Ultra DMA Data in Burst
  153
- 5.6.3.7 Initiating an Ultra DMA Data out Burst
  154
- 5.6.3.8 Sustained Ultra DMA Data out Burst
  155
- 5.6.3.9 Device Pausing an Ultra DMA Data out Burst
  156
- 5.6.3.10 Host Terminating an Ultra DMA Data out Burst
  157
- 5.6.3.11 Device Terminating an Ultra DMA Data in Burst
  158
- Device Terminating an Ultra DMA Data out Burst
  158
- Power-On and Reset
  159
- Power-On Reset Timing
  159
Chapter 6 Operations

160
- Operations
  160
- Device Response to the Reset
  160
- Response to Power-On
  161
- Response to Hardware Reset
  162
- Response to Software Reset
  163
- Response to Diagnostic Command
  164
- Address Translation
  165
- Default Parameters
  165
- Logical Address
  166
- Address Translation (Example in CHS Mode)
  166
- Power Save
  167
- Power Save Mode
  167
- Address Translation (Example in LBA Mode)
  167
- Power Commands
  169
- Defect Management
  169
- Spare Area
  170
- Alternating Defective Sectors
  170
- Sector Slip Processing
  170
- Alternate Cylinder Assignment
  171
- Read-Ahead Cache
  172
- Data Buffer Configuration
  172
- Caching Operation
  173
- Usage of Read Segment
  174
- Write Cache
  179

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