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SECTION 5
INITIAL SETTINGS
5-3
In the IEEE488.2 standard, there are three levels of initialization. The first level is “bus
initialization,” the second level is “initialization for message exchange,” and the third
level is “device initialization.” This standard also stipulates that a device must be set to
a known state when the power is turned on.
The
IFC
message from the controller initializes
all interface functions connected to the bus.
Message exchanges of all devices and speci-
fied devices on the GPIB are initialized using
the
SDC
and
DCL
GPIB bus commands,
respectively. These commands also nullify the
function that reports operation completion to
the controller.
The
∗
RST
or
INI/IP
command returns a speci-
fied device to a known device-specific state,
regardless of the conditions under which it was
being used.
Level 1 can be combined with
other levels, but must be execut-
ed before level 2.
Level 2 can be combined with
other levels, but must be execut-
ed before level 3.
Level 3 can be combined with
other levels, but must be execut-
ed after levels 1 and 2.
Level
1
2
3
Initialization type
Bus initialization
Initialization for
message exchange
Device
initialization
Description
Level combination and sequence
When using the standard RS-232C interface port or the optional Ethernet interface port
to control the MS8608A/MS8609A from the controller, the level-3 device initialization
function of can be used, and the level-2 initialization function cannot be used. When
using the standard GPIB interface bus to control the MS8608A/MS8609A from the
controller, the initialization functions of levels 1, 2, and 3 can be used.
The following paragraph describes the commands for initialization at levels 1, 2, and 3
and the items that are initialized. This paragraph also describes the known state which
is set when the power is turned on.
Summary of Contents for MS8608A
Page 18: ...II...
Page 22: ...IV...
Page 24: ...Section 1 General 1 2...
Page 46: ...Section 1 General 1 24...
Page 48: ...Section 2 Preparations Before Use 2 2...
Page 58: ...Section 2 Preparations Before Use 2 12...
Page 60: ...Section 3 Panel Description 3 2...
Page 68: ...Section 4 Basic Operation Procedure 4 2...
Page 78: ...Section 5 Setting Functions 5 2...
Page 112: ...Section 5 Setting Functions 5 36...
Page 114: ...Section 6 Performance Tests 6 2...
Page 170: ...Section 7 Storage and Transportation 7 2...
Page 174: ...Section 7 Storage and Transportation 7 6...
Page 176: ...Appendixes App II...
Page 178: ...Appendix A A 2...
Page 179: ...A 3 Fig A 1 MS8608A Front Panel...
Page 180: ...A 4 Fig A 2 MS8608A Rear Panel Name Plate...
Page 181: ...A 5 Fig A 3 MS8609A Front Panel...
Page 182: ...A 6 Fig A 4 MS8609A Rear Panel...
Page 184: ...Appendix B B 2...
Page 186: ...B 4...
Page 187: ...Appendix C C 1 Appendix C Performance Test Record...
Page 188: ...Appendix C C 2...
Page 204: ...Appendix C C 18...
Page 208: ...IV...
Page 210: ...SECTION 1 GENERAL 1 2...
Page 216: ...SECTION 2 CONNECTING DEVICE 2 2...
Page 220: ...SECTION 2 CONNECTING DEVICE 2 6...
Page 222: ...SECTION 3 DEVICE MESSAGE FORMAT 3 2...
Page 234: ...SECTION 4 STATUS STRUCTURE 4 2...
Page 248: ...SECTION 4 STATUS STRUCTURE 4 16...
Page 250: ...SECTION 5 INITIAL SETTINGS 5 2...
Page 256: ...SECTION 5 INITIAL SETTINGS 5 8...
Page 258: ...SECTION 6 TABLES OF DEVICE MESSAGES 6 2...
Page 266: ...SECTION 6 TABLES OF DEVICE MESSAGES 6 10...
Page 268: ...7 2 SECTION 7 DETAILED DESCRIPTION OF COMMANDS...
Page 330: ...7 64 SECTION 7 DETAILED DESCRIPTION OF COMMANDS...
Page 332: ...App ii APPENDIXES...
Page 336: ...APPENDIX A A 4...