![background image](http://html1.mh-extra.com/html/rands/em510/em510_manual_3080638132.webp)
EM510
SENSe Subsystem
:SWEep
4065.7763.32-01.00
5.96
.
.
:DWELl <numeric_value>|MINimum|MAXimum|INFinity
Setting the dwell time with the hold criterion fulfilled (T-DWELL in FSCAN-CONFIG menu).
Note:
According to the SCPI standard, this command is used to set the dwell time per scan step, i.e. the time
required by a step. This definition is met in the EM510 if the squelch is switched off. The hold criterion is
then fulfilled for each step.
Parameters:
<numeric_value>
dwell time in seconds
MINimum|MAXimum
lowest|highest dwell time
INFinity
infinite dwell time
*RST state:
0.5 s
Example:
SWEep:DWELl 10 ms
.
.
:DWELl? [MINimum|MAXimum]
Query about the dwell time with hold criterion fulfilled.
Parameters:
none
query about the current dwell time
MINimum|MAXimum
query about the lowest|highest dwell time
Result:
Dwell time in seconds; ; 9.9E37 is output for an infinite number.
Example:
SWEep:DWELl? 0.010
.
.
:HOLD
.
.
.
:TIME <numeric_value>|MINimum|MAXimum
Setting the hold time during signal-controlled scan continuation (T_NOSIG in FSCAN-CONFIG menu).
If the signal disappears during the dwell time, the hold time is started. After completion of the hold time,
the scan is continued with the next frequency even if the dwell time has not yet been completed. If the
signal during the hold time exceeds the squelch threshold, the hold time is reset and the end of the
dwell time or the renewed disappearance of the signal is awaited. The hold time is only important if the
control function
"STOP:SIGNal"
(see
SENSe:SWEep:CONTrol
) is switched on.
Parameters:
<numeric_value>
hold time in seconds
MINimum|MAXimum
lowest|highest hold time
*RST state:
0 s
Example:
SWEep:HOLD:TIME 10 ms
Summary of Contents for EM510
Page 4: ......
Page 6: ......
Page 12: ...EM510 Contents 4065 7763 32 01 00 8...
Page 17: ...Characteristics EM510 2 5 4065 7763 32 01 00 Fig 2 1 Front View Fig 2 2 Rear View...
Page 18: ...EM510 Characteristics 4065 7763 32 01 00 2 6 Fig 2 3 Modules...
Page 22: ...EM510 Characteristics 4065 7763 32 01 00 2 10 Fig 2 4 EM510 Detailed Block Diagram...
Page 24: ...EM510 Characteristics 4065 7763 32 01 00 2 12...
Page 30: ...EM510 Installation and Cabling 4065 7763 32 01 00 3 6...
Page 180: ...EM510 Remote Control via LAN 4065 7763 32 01 00 5 144...
Page 183: ...Maintenance and Troubleshooting EM510 6 3 4065 7763 32 01 00...