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SECTION 4
STATUS STRUCTURE
4-13
Reading, writing, and clearing the Extended Event Status Register
Reading
The
ESR?
common query is used to read the register. The register is cleared after
being read. The response message is integer-format data with the binary weight added
to the event bit and the sum converted to decimal.
Writing
With the exception of clearing, data cannot be written to the register from outside.
Clearing
The register is cleared when:
[1] A
∗
CLS
command is received
[2] The power is turned on
[3] An event is read for the
ESR2?
query command
Reading, writing, and clearing the Extended Status Enable Register
Reading
The
ESE2?
query is used to read the register.
The response message is integer-format data with the binary weight added to the event
bit and the sum converted to decimals.
Writing
The
ESE2
program command is used to write the register.
Because bits 0 to 7 of the registers are weighted with values 1, 2, 4, 8, 16, 32, 64, and
128, respectively, the write data is transmitted as integer-format data that is the sum of
the required bit digits selected from the weighted value.
Clearing
The register is cleared when:
[1] An
ESE2
program command with a data value of 0 is received
[2] The power is turned on
The Extended Event Status Enable register is not affected when:
[1] The device clear function status of IEEE488.1 is changed
[2] An
∗
RST
common command is received
[3] A
∗
CLS
common command is received
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...