Fujitsu MHX2250BT, Product Manual

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Index
SN = E0h .............................5-73, 5-77, 5-151
SN = E1h ................. 5-83, 5-84, 5-152, 5-161
software reset (SRST) ............................. 5-28
software reset response............................ 6-21
software reset, response to......................... 6-7
software settings preservation ................... 6-5
specification .............................................. 1-4
specification summary............................... 1-4
spindle ....................................................... 4-2
spindle motor............................................. 2-2
spindle motor control............................... 4-19
spindle motor control circuit ................... 4-14
spindle motor driver circuit ....................... 4-3
stable rotation mode ................................ 4-19
staggered spin-up..................................... 5-11
standard value, surface temperature .......... 3-6
STANDBY .............................................. 5-50
STANDBY IMMEDIAT......................... 5-47
standby mode............................................. 6-9
start mode ................................................ 4-19
status........................................................ 5-67
status after command execution .............. 5-24
status field ............................................... 5-27
status flag................................................. 5-62
status report on error occurrence ............. 6-21
status, off-line data collection ................. 5-62
structure, data buffer................................ 6-13
subassembly .............................................. 4-2
subcommand............................................ 5-56
surface temperature measurement
point ....................................................... 3-6
surface temperature standard value ........... 3-6
system configuration ................................. 2-3
T
tag field information................... 5-149, 5-150
temperature, ambient ................................. 3-6
test span ................................................... 5-70
theory of device operation .........................4-1
total number of drive error.......................5-67
track following operation.........................4-18
U
UNLOAD IMMEDIATE.........................5-48
unrecoverable read error ..........................1-12
user password.........................................5-128
using read segment buffer........................6-16
V
VCM current sense resistor (CSR) ..........4-15
viterbi detection circuit ............................4-12
W
wide temperature range..............................1-2
worst case attribute value.........................5-62
WRITE BUFFER...................................5-103
write cache ........................................1-3, 6-20
write circuit..............................................4-10
WRITE DMA ..........................................5-99
WRITE DMA EXT................................5-154
WRITE DMA FUA EXT.......................5-165
WRITE FP DMA QUEUED..................5-167
WRITE FP DMA QUEUED
command protocol..............................5-179
WRITE LOG EXT.................................5-158
WRITE MULTIPLE ................................5-93
WRITE MULTIPLE EXT .....................5-157
WRITE MULTIPLE FUA EXT ............5-164
write precompensation.............................4-10
WRITE SECTOR (S) EXT....................5-153
WRITE SECTOR(S) ...............................5-36
WRITE VERIFY .....................................5-38
write/read recovery ..................................4-17
write-read-verify feature ........................5-125
IN-6 C141-E254