Fujitsu MCM3064SS Product Manual page 164

Index
RESET 7-5
condition 7-42, 7-44
response against ATTENTION condition
(TARG) 7-41
response sequence 7-22, 7-25
revision
label 6-3
number 6-3
number indication 6-4
RST 7-5
S
safety standard 1-4
SCSI BUS 7-1
connection mode 4-4, 4-5
timing specification 7-17
SCSI cable 3-20
SCSI connection check 4-15, 4-16
SCSI connector 3-18
SCSI controller circuit section 1-9
SCSI data bus parity checking 4-8
(SW1) 4-8
SCSI ID 4-8
setting (SW1) 4-8
SCSI interface 7-11
connector 7-6, 7-7
connector pin assignment 7-8
SCSI terminating resistor mode 4-11
(CNH1) 4-11
SCSI terminating resistor power supply
(CNH1) 4-10
SCSI termination circuit 7-12
SCSI type 0 3-24
SEL 7-5
SELECT 7-5
SELECTION phase 7-22, 7-23
separte optical section 1-8
service
area 3-13
life 2-6, 6-2
system and repair 6-2
setting 4-5
checklist 4-12
of supplying power to SCSI terminating
resistor 4-10
optical disk cartridge into setting case 5-12
switches (SW1) 4-7
value of SCSI time monitoring 7-39
single-ended type 7-8
single
host 4-4
IN-4
driving method 7-13
source 7-14
status value 7-13
requirements concerning transition between
bus phases 7-37
specification 2-1
specification of
disk 2-10
drive 2-2
optical disk cartridge 2-7
optical disk drive 2-1
spindle motor 1-7
start sequence 7-24
without ARBITRATION phase 7-22
with ARBITRATION phase 7-22
STATUS phase 7-36
storage 4-3
storing cartridge 5-9
surface temperature measurement point 3-1
synchronous mode 7-29
system ground (handling of SG and FG)
3-13
system configuration 7-1
switching direction of transfer over data bus
7-38
T
Taiwanese EMC standard 1-4
TARG 7-40
temperature measurement point 3-1
(reference) 3-3
temperature requirement 3-2
at measurement point 3-2
temperature rise 3-3
terminal 3-17
termination circuit 7-12
test program 6-2
time monitoring
of ACK response wait 7-32
in INFORMATION TRANSFER phase
7-38
in RESELECTION phase 7-38
feature 7-38
timing
rule 7-15
specification 7-15 to 7-17
timeout procedure 7-24, 7-26
transfer
from INIT to TARG 7-28, 7-31
from TARG to INIT 7-28, 7-31
in asynchronous mode 7-29
in synchronous mode 7-32
C156-E228-02EN