R&S RTO6 - Page 2482

Remote control commands
R&S
®
RTO6
2482User Manual 1801.6687.02 ─ 05
Suffix:
<m>
.
1..10
See "Selection of the measurement group: MEASurement<m>"
on page
1479.
Parameters:
<JitterNofCycles>
Range: 1 to 2147483647
Increment: 1
*RST: 2
Usage: Asynchronous command
Firmware/software: FW 2.60. The algorithm of N-cycle measurement has been
changed and MEASurement:
JITTer:
COFFset has been
removed.
MEASurement<m>:JITTer:CDRMode <JitterCDRMode>
Defines the origin of the clock signal - wether a real clock signal or a clock generated
using one of the CDR methods.
The command is available for the following measurements: time-interval error, unit
interval and data rate (MEASurement<m>:MAIN and/or MEASurement<m>:
ADDitional are set to measurements TIE | UINTerval | DRATe).
Suffix:
<m>
.
1..10
See "Selection of the measurement group: MEASurement<m>"
on page 1479.
Parameters:
<JitterCDRMode>
SIGNal | SW1 | SW2 | HW
SIGNal
The clock is a real clock signal.
SW1 | SW2
The clock is generated by a software algorithm. Y
ou can define
two software algorithms for CDR. T
o configure the CDR, use the
CDR:SOFTware commands.
HW
The clock is generated from the source signal by the integrated
CDR circuitry. The HW CDR must be active to acquire the jitter
data (trigger type = CDR or serial pattern with CDR)
*RST: SW1
Usage: Asynchronous command
MEASurement<m>:JITTer:SOURce<n>:TIESlope <JitterTIESlope>
Sets the clock and data edges that are used for measurements. Clock or data is
defined by the SOURce suffix <n>.
Jitter analysis and clock data recovery