R&S RTO6, Руководство пользователя

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Remote control commands
R&S
®
RTO6
2479 User Manual 1801.6687.02 ─ 05
ALLB | SENB
ALLB_REQ and SENSB_REQ commands, only with NFC-B
technology
SOS48 | SOS96
Start of sequence, 48 bit 96 bit land length, only with NFC-F
technology
*RST:
SEN
Usage: Asynchronous command
24.22 Jitter analysis and clock data recovery
This chaptes decribes the remote commands of jitter option R&S RTO6-K12/K133 and
CDR option R&S RTO6-K13.
Some of the commands in the following chapter are asynchronous. An overlapping or
asynchronous command does not automatically finish executing before the next com-
mand starts executing. If overlapping commands must be executed in a defined order,
e.g. to avoid wrong measurement results, they must be serviced sequentially.
To prevent an overlapping execution of commands, one of the commands
*OPC
,
*OPC?
or
*WAI
can be used after the command or a command set.
For more information, see:
●
www.rohde-schwarz.com/rc-via-scpi , chapter "Command Sequence and Synchro-
nization"
●
Chapter 24.3, "Programming examples" , on page 1259
● Jitter measurements (option R&S RTO6-K12) ....................................................2479
● Advanced jitter and noise(option R&S RTO6-K133)/(option R&S RTO6-K134) . 2484
● Clock data recovery (software-based, option R&S RTO6-K12) .......................... 2510
● Clock data recovery (hardware-based, option R&S RTO6-K13) .........................2515
● Serial pattern trigger using CDR ......................................................................... 2518
● Eye mask testing .................................................................................................2519
24.22.1 Jitter measurements (option R&S RTO6-K12)
The following table lists the measurement suffixes and the <MeasType> parameter
value with a short description.
For a detailed description, see Chapter 18.1.1, "Jitter measurements" , on page 1069.
Jitter analysis and clock data recovery