5-104 Status Reporting Commands
SR780 Network Signal Analyzer
*
ESE (?) {i} {, j}
The *ESE i command sets the Standard Event enable register to the decimal
value i (0-255). The *ESE i, j command sets bit i (0-7) to j (0 or 1).
The *ESE? command queries the value (0-255) of the status word enable
register. The *ESE? i command queries the value (0 or 1) of bit i (0-7).
When a bit becomes set in BOTH the Standard Event status word AND the
Standard Event enable register, bit 6 (ESB) of the Serial Poll status word is set.
This causes an SRQ if bit 6 in the Serial Poll enable register is set. To clear a bit
in the Standard Event status word, use *ESR?.
*
ESR ? {i}
The *ESR? command queries the value of the Standard Event status word. The
value is returned as a decimal number from 0 to 255. The *ESR? i command
queries the value (0 or 1) of bit i (0-7).
*ESR? clears the entire word while *ESR? i clears just bit i.
ERRE (?) {i} {, j}
The ERRE i command sets the Error enable register to the decimal value i (0-
65535). The ERRE i, j command sets bit i (0-15) to j (0 or 1).
The ERRE? command queries the value (0-65535) of the error status enable
register. The ERRE? i command queries the value (0 or 1) of bit i (0-15).
When a bit becomes set in BOTH the Error status word AND the Error status
enable register, bit 3 (IERR) of the Serial Poll status word is set. This causes an
SRQ if bit 3 in the Serial Poll enable register is set. To clear a bit in the Error
status word, use ERRS?.
ERRS ? {i}
The ERRS? command queries the value of the Error status word. The value is
returned as a decimal number from 0 to 65535. The ERRS? i command queries
the value (0 or 1) of bit i (0-15).
ERRS? clears the entire word while ERRS? i clears just bit i.
INSE (?) {i} {, j}
The INSE i command sets the Instrument status enable register to the decimal
value i (0-255). The INSE i, j command sets bit i (0-7) to j (0 or 1).
The INSE? command queries the value of the Instrument status enable register.
The INSE? i command queries the value (0 or 1) of bit i (0-7).
When a bit becomes set in BOTH the Instrument status word AND the
Instrument status enable register, bit 0 (INST) of the Serial Poll status word is
set. This causes an SRQ if bit 0 in the Serial Poll enable register is set. To clear a
bit in the Instrument status word, use INST?.
Summary of Contents for SR780
Page 4: ...ii SR780 Network Signal Analyzer ...
Page 10: ...viii SR780 Network Signal Analyzer ...
Page 18: ...1 2 Getting Started SR780 Network Signal Analyzer ...
Page 39: ...Triggering and the Time Record 1 23 SR780 Network Signal Analyzer ...
Page 40: ...1 24 Triggering and the Time Record SR780 Network Signal Analyzer ...
Page 58: ...1 42 Waterfall Display SR780 Network Signal Analyzer ...
Page 70: ...1 54 Saving and Recalling SR780 Network Signal Analyzer ...
Page 167: ...Status Indicators 3 21 SR780 Network Signal Analyzer ...
Page 188: ...4 6 Menus SR780 Network Signal Analyzer ...
Page 193: ...FFT Frequency Menu 4 11 SR780 Network Signal Analyzer Command FEND d f ...
Page 232: ......
Page 236: ...4 54 Source Menu SR780 Network Signal Analyzer Command STYP i ...
Page 266: ...4 84 Playback Input Menu SR780 Network Signal Analyzer ...
Page 272: ...4 90 Trigger Menu SR780 Network Signal Analyzer ...
Page 288: ...4 106 Swept Sine Average Menu SR780 Network Signal Analyzer ...
Page 326: ...144 Exceedance Statistics Menu SR780 Network Signal Analyzer ...
Page 352: ...4 170 Output Menu SR780 Network Signal Analyzer ...
Page 478: ......