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ELECTRICAL SPECIFICATION SSD-DXXX(I)-3600 DATA SHEET
SILICONSYSTEMS PROPRIETARY
This document and the information contained within it is confidential and proprietary to SiliconSystems, Inc.
All unauthorized use and/or reproduction is prohibited.
3600D-04DSR PAGE 7FEBRUARY 2, 2009
SIGNAL DESCRIPTIONS
Table 8: Signal Descriptions
Signal Name Pin(s) Type Description
A2-A0 36, 33,
35
I Address Inputs. These signals are
asserted by the host to access the task
registers in the device.
-CS0,-CS1 37, 38 I In the true IDE mode, -CS0 is the chip
select for the task file registers while -CS1
is used to select the Alternate Status
register and the Device Control register.
-CSEL 28 I Cable Select. This internally pulled-up
signal is used to configure this device as a
master or a slave when the jumper
configuration is in CSEL mode.
When this pin is:
• Grounded by the host, this device is
configured as a master.
• Open, this device is configured as a
slave.
D15-D0 18, 16,
14, 12,
10, 8, 6,
4, 3, 5, 7,
9, 11, 13,
15, 17
I/O Data Inputs/Outputs. This is the 8-bit or
16-bit bidirectional interface between the
host and device. The lower eight bits are
used for 8-bit register transfers.
-DMACK 29 I DMA Acknowledge. This signal is used by
the host in response to DMARQ to initiate
DMA transfers. The DMARQ/-DMACK
handshake is used to provide flow control
during the transfer. When -DMACK is
asserted, -CS0 and -CS1 are not asserted
and transfers are 16-bits wide.
DASP 39 I/O Disk Active/Slave Present. This open
drain output signal is asserted low any time
the drive is active. In a master/slave
configuration, this signal is used by the
slave to inform the master that a slave is
present.
- DATA SHEET 1
- REVISION HISTORY 2
- TABLE OF CONTENTS 3
- LIST OF FIGURES 6
- LIST OF TABLES 7
- PHYSICAL SPECIFICATIONS 10
- PIN LOCATIONS 11
- JUMPER SETTINGS 11
- PRODUCT SPECIFICATIONS 12
- RELIABILITY 13
- ENVIRONMENTAL SPECIFICATIONS 14
- ELECTRICAL SPECIFICATION 15
- SIGNAL DESCRIPTIONS 16
- ILICONSYSTEMS PROPRIETARY 17
- ABSOLUTE MAXIMUM RATINGS 18
- CAPACITANCE 18
- DC CHARACTERISTICS 19
- AC CHARACTERISTICS 20
- AGE 12 FEBRUARY 2, 2009 21
- AGE 13 FEBRUARY 2, 2009 22
- ATA REGISTERS 25
- FEATURE REGISTER 26
- SECTOR COUNT REGISTER 27
- SECTOR NUMBER REGISTER 28
- CYLINDER LOW REGISTER 29
- CYLINDER HIGH REGISTER 30
- DRIVE/HEAD REGISTER 31
- STATUS REGISTER 32
- COMMAND REGISTER 33
- ALTERNATE STATUS REGISTER 34
- DEVICE CONTROL REGISTER 35
- DEVICE ADDRESS REGISTER 36
- ATA COMMAND SET 37
- AGE 30 FEBRUARY 2, 2009 39
- AGE 31 FEBRUARY 2, 2009 40
- AGE 32 FEBRUARY 2, 2009 41
- AGE 33 FEBRUARY 2, 2009 42
- AGE 37 FEBRUARY 2, 2009 46
- AGE 38 FEBRUARY 2, 2009 47
- AGE 39 FEBRUARY 2, 2009 48
- AGE 40 FEBRUARY 2, 2009 49
- AGE 41 FEBRUARY 2, 2009 50
- AGE 42 FEBRUARY 2, 2009 51
- AGE 43 FEBRUARY 2, 2009 52
- AGE 44 FEBRUARY 2, 2009 53
- AGE 45 FEBRUARY 2, 2009 54
- AGE 46 FEBRUARY 2, 2009 55
- AGE 47 FEBRUARY 2, 2009 56
- AGE 48 FEBRUARY 2, 2009 57
- AGE 49 FEBRUARY 2, 2009 58
- AGE 50 FEBRUARY 2, 2009 59
- AGE 51 FEBRUARY 2, 2009 60
- AGE 52 FEBRUARY 2, 2009 61
- AGE 53 FEBRUARY 2, 2009 62
- AGE 54 FEBRUARY 2, 2009 63
- AGE 55 FEBRUARY 2, 2009 64
- AGE 56 FEBRUARY 2, 2009 65
- AGE 57 FEBRUARY 2, 2009 66
- AGE 58 FEBRUARY 2, 2009 67
- AGE 59 FEBRUARY 2, 2009 68
- AGE 60 FEBRUARY 2, 2009 69
- AGE 61 FEBRUARY 2, 2009 70
- AGE 62 FEBRUARY 2, 2009 71
- AGE 63 FEBRUARY 2, 2009 72
- AGE 64 FEBRUARY 2, 2009 73
- SALES AND SUPPORT 74
- PART NUMBERING 74
- SAMPLE LABEL 75
- RELATED DOCUMENTATION 76
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