Dec 112017
 
Feb '93 list of Maxtor IDE drive set-up specifications. Includes jumper settings.
File MAX_IDE.ZIP from The Programmer’s Corner in
Category HD Utilities
Feb ’93 list of Maxtor IDE drive set-up specifications. Includes jumper settings.
File Name File Size Zip Size Zip Type
25084A.TXT 9027 2637 deflated
25128A.TXT 7282 2137 deflated
25252A.TXT 9134 2688 deflated
2585A.TXT 7234 2136 deflated
7040A.TXT 8244 1997 deflated
7060A.TXT 7816 2116 deflated
7080A.TXT 8371 2076 deflated
7120A.TXT 7811 2142 deflated
7213A.TXT 8353 2387 deflated
7245A.TXT 10022 2963 deflated
8051A.TXT 3807 1274 deflated
8225A.TXT 2844 800 deflated
8450A.TXT 2844 797 deflated
IDE_CMOS.TXT 4177 928 deflated
LXT-200A.TXT 5386 1358 deflated
LXT-213A.TXT 6324 1735 deflated
LXT-340A.TXT 6325 1741 deflated
LXT-437A.TXT 6327 1741 deflated
LXT-535A.TXT 6330 1745 deflated
TPCREAD.ME 199 165 deflated

Download File MAX_IDE.ZIP Here

Contents of the 25084A.TXT file


===============================================================================
MAXTOR 25084A 2.5-Inch 10mm-High IDE DRIVE
===============================================================================

KEY FEATURES:

* 12ms average seek * 128K on-board cache
* Ultra-low power consumption * >350,000 hour MTBF
* 1:1 interleave * Automatic actuator lock
* Single-sided surface mount PCBA * 150 Gs shock resistance
* Embedded AT controller * High data transfer rate
* Automatic error detection & correction

SPECIFICATIONS:

Formatted storage capacity (MegaBytes) ..... 84.44 *5
Number of Disks: ........................... 1
Data Surfaces: ............................. 2
Data Heads: ................................ 2
Servo: ..................................... Embedded
Tracks per surface (user) .................. 1,418
Track Density (average) .................... 2,560 tpi
Data zones ................................. 8
Bytes per Block: ........................... 512
Sectors per track: ......................... 43-67
Seek times* (ms)
Track-to-track ........................... 2.5
Average .................................. 12**
Maximum .................................. 22
Average Latency (ms) ....................... 7.064
Rotational speed ........................... 4,247 rpm
Controller overhead (ms) ................... 1
Data transfer rate (Mbytes/sec)
To/from media ............................ 2.01-3.13
To/from buffer ........................... 9.0
Start time - Power up (0-4,247 RPM)
Typical .................................. 3.5 sec
Start time - Sleep mode .................... <1.5 sec
Start time - Power down .................... 3 sec
Start/Stop cycles (Typical) ................ 50,000
Interleave ................................. 1:1
Buffer size ................................ 128K
Interface .................................. AT
Recording method ........................... 1,7 RLL
Recording density (Kbpi) ................... 55.0 (Zone 1)
Flux density (Kfci) ........................ 41.3 (Zone 1)

POWER REQUIREMENTS
MODE +5VDC10% POWER
-------------------------------------
Spin-up ........ 500mA (peak).. 1.2W
Read/Write ..... 380mA ........ 1.9W
Idle ........... 300mA ........ 1.5W
Park ........... 140mA ........ 0.7W
Standby/Sleep .. 20mA ......... 0.1W

PHYSICAL
Height ................................. 0.39 in. (10.0 mm)
Width .................................. 4.00 in. (101.6 mm)
Depth .................................. 2.75 in. (69.84 mm)
Weight ................................. 0.275 lbs. (125 gm)

ENVIRONMENTAL
Temperature
Operating .............................. 5C to 50C
Thermal gradient ....................... 20C/hour max
Non-operating, Storage
Low Temp ....................... -40C Per MIL-STD-810E, Method 502.3
High Temp ............................ Per MIL-STD-810E, Method 501.3
Hot induced conditions
Humidity
Operating .............................. Per MIL-STD-810E, Method 507.3
natural hig humidity, Cycle 3
Non-operating .......................... Per MIL-STD-810E, Method 507.3
Induced conditions, Cycle 5
Altitude (relative to sea level)
Operating .............................. -200 to 10,000 feet
Non-operating .......................... Per MIL-STD-810E, Method 500.3
low pressure procedure I-storage
test condition 2, transport air-
craft cargo compartment conditions
Shock & Vibration (typical)
Non-operating shock .................... 150 Gs, 3 ms & 11 ms half-sine pulse
Per MIL-STD-810E, Method 516.4
Procedure VI - Bench Handling
Operating shock ........................ 15 Gs, 3 ms & 11 ms half-sine pulse
(Without non-recoverable errors)
Non-operating vibration
Per MIL-STD-810E, Method 514.4, Basic transportation vertical axis
PSD profile (60 Min/Axis)(10-500 Hz)
Operating vibration
Swept sine (1 octave/minute)
5 - 20 Hz ........ 0.05" (double amplitude)
20 - 300 Hz ....... 1 G Peak amplitude
Random Vibration .. Per MIL-STD-810E, Method 514.4
Basic transportation vertical axis
PSD profile (10-500 Hz)
Acoustic Noise
30 dbA (1 meter in idle on-track mode) sound pressure average
3.40 bel A sound power (per ISO 7779)

RELIABILITY AND QUALITY
MTBF ....................................... >350,000 POH (Power On Hours) *1
AFR ........................................ 0.7% (Annualized Failure Rate)*2
Component design life ...................... 5 years (minimum) *3
AOQL/DPM ................................... 1,500 DPM *4
Preventive Maintenance ..................... None
Data reliability ........................... <10 per 10 to the 13th bits read
(non-recoverable read data errors)

* At nominal DC input voltages.
** The average of 10,000 random seek times (measured on independent.
test equipment) constitutes the average seek time specification.
*1 Annualized average applicable only to the time period after
installation to the end of the specified Component Design Life.
The assumed POH/Year is 2,500 hours.
*2 Annualized average applicable only to the time period after final
installation to the end of the specified Component Design Life.
*3 The period of the before identified wear-out mechanisms will impact
the annual failure rate.
*4 Average defects per million rate is measured by our customers
through their final installation. Based on failures that are
verified as chargeable to Maxtor.
*5 Maxtor defines a megabyte as 1,000,000.

========================================================================









S301
S302 00
S303 00
S304



S301 S302 S303 S304

Master/Slave
Only Drive in single drive system* J
Master in dual drive system J
Slave in dual drive system O

Reserved for factory
Normal operation* O O
Factory operation J J

Idle Mode Latch
Option Disabled O
Option Enabled* J

*=Default J=Jumped O=Open

CMOS Configuration: Cyls Hds Write Landing Sec/Trk
PreComp Zone
80MB Capacity ---------------------------------
(83.9 Million Bytes) 569 16 0 0 18

25084A and 25084S are trademarks of Maxtor Corporation.
AT is a registered trademark of IBM Corporation.
Specifications subject to change without notice.
Copyright 1993 Maxtor Corporation.
==============================================================================


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