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Mitsumi |
www.MDaITtaSSUhMeeIt4U.com
3.5" Compact Floppy Disk Drive
D359M3D, D353M3D 1 Inch Height Type
Floppy Disk Drives
OUTLINE
These are 3.5-inch standard model FDDs.This
one-inch height FDD satisfies the error rate and
reliability demanded for computers, and it is
characterized with a very low cost based on
MITSUMI's through research design.
FEATURES
1. Newly developed motors with enhanced reliability coming with newly developed head.
2. Electromagnetic field noise-resistant structural design.
3. Excellent noise resistance owing to the mounting of magnetic heads having the latest structure.
4. We meet the requirements of our customer's specifications.
www.DataSheet4U.com
MITSUMI
3.5" Compact Floppy Disk Drive
SPECIFICATIONS
Item
Capacity
Unformatted
Formatted (Sector/Track)
Data Transfer Rate
Innermost Recording Density (Side1)
Number of Tracks
Track Density
Disk Rotational Speed
Track to Track Access Time
Average Access Time
Settling Time (max.)
DC Power Supply
Power Consumption Operating
Stand-by
Environmental
Conditions
Temperature
Humidity
max.Wet Bulb
MTBF (min.)
MTTR (max.)
Soft Read Error
Error Rate
Hard Read Error
Seek Error
Dimensions (H W D)
Weight
Unit
M bytes
K bytes
K bit/sec.
bpi
—
tpi
rpm
mS
mS
mS
V
W (typ.)
W (typ.)
˚C
%RH
˚C
(H)
min
/bit
/bit
/seek
mm
g (typ.)
D359M3D
D353M3D
1M Mode 2M Mode 1M Mode 1.6M Mode 2M Mode
1 2 1 1.6 2
737.28 (9) 1,474.56 (18) 737.28 (9) 1,182.72 (15) 1,474.56 (18)
250 500 250 500 500
8,717
17,434
8,717
14,184
17,434
160 160 160 154 160
135 135 135 135 135
300 300 300 360 300
33333
94 94 94 91 94
15
5
1.6
0.04
5~52 (Operating)/-40~65 (Storage)
20~80 (Operating)/10~90 (Storage)
29 (Operating)/40 (Storage)
30,000P.O.H.
30
10 -9
10 -12
10 -6
25.4 101.6 144
330
DIMENSIONS
36.6
23
I/O CONNECTOR
DC-CONNECTOR
3-M3 0.5 L:4max
(EXTERNAL THREAD)
5
101.6
25.4
5
3-M3 0.5 L:4max
(EXTERNAL THREAD)
4-M3 0.5 L:4max
(EXTERNAL THREAD)
MEDIA INSERT CENTER
90.8
94
14.6
27.5 28.5
EJECT BUTTON
LED 101.6
Unit : mm
The figures are at MFM. At FM, the memory capacity, the data transfer speed and the memory density will be reduced to half the figures.
These specification are as of July 19, 2002. These are subject to change without prior notice for further improvement.
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