Rohde and Schwarz RTO-K13 - Clock Data Recovery (Catalog 1329.7383.02)

Name: Rohde and Schwarz RTO-K13 - Clock Data Recovery (Catalog 1329.7383.02)
Brand: Rohde & Schwarz
SKU: Rohde & SchwarzRTO-K13
Price: 3865.00 USD
Availability: InStock

0 reviews | Catalog: 1329.7383.02 | Model: Rohde & Schwarz RTO-K13

Rohde & Schwarz RTO-K13 - Clock Data Recovery (Catalog 1329.7383.02)

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Clock data recovery; HW based; for NRZ serial data up to 5.0 Gbps; first and second order PLL (for models 1329.7002.xx) (software license)

Catalog number 1329.7383.02
Includes decode table, eye on recovered clock, jitter on recovered clock, trigger on recovered clock, display recovered clock
For use with RTO2000 series
Clock data recovery of embedded clocks in real time
Support of hardware based serial pattern trigger

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Rohde and Schwarz RTO-K13 - Clock Data Recovery (Catalog 1329.7383.02)

Catalog number 1329.7383.02
Includes decode table, eye on recovered clock, jitter on recovered clock, trigger on recovered clock, display recovered clock
For use with RTO2000 series
Clock data recovery of embedded clocks in real time
Support of hardware based serial pattern trigger

The R&S RTO-K13 real time clock data recovery option activates the hardware CDR circuitry integrated into the R&S RTO2000 digital oscilloscope. It provides real time clock recovery for non-return-to-zero (NRZ) serial data up to 5.0 Gbps. The recovered clock may be used for triggering and jitter analysis.

Clock data recovery for analyzing embedded clock signals in real time

RTO-K13 clock data recovery option simplifies characterization of embedded clock signals. It is part of the unique digital trigger architecture of the R&S.

Serial pattern trigger

RTO with the optional hardware-based clock data recovery or the parallel clock signal to trigger on any serial interface telegram pattern of up to 16 byte with bit rates between 100 kbit and 2.5 Gbit. All analysis options remain available. Use jitter measurements, for example, to determine the influence of specific bit sequences on the protocol clock.