198 Risultati
Models: R&S®RTP044B, R&S®RTP064B, R&S®RTP084B, R&S®RTP134B, R&S®RTP164B
The R&S®RTP oscilloscope has an enhanced user interface and a large screen for the outstanding performance and flexibility you expect, combined with a very small footprint. This is perfect for signal integrity analysis in real time.
R&S®RTP/R&S®RTO e R&S®VSE soddisfano l'esigenza di verificare i segnali MIMO 5G NR e le caratteristiche del segnale di beamforming in modo rapido e coerente.
mar 04, 2020
R&S®RTP high-perfomance oscilloscope - Fact sheet Brochure e schede tecniche
Models: R&S®RTP044B, R&S®RTP064B, R&S®RTP084B, R&S®RTP134B, R&S®RTP164B
Models: R&S®RTP044B, R&S®RTP064B, R&S®RTP084B, R&S®RTP134B, R&S®RTP164B
Jun 05, 2024 | Comunicato stampa
Rohde & Schwarz approved by USB-IF for USB 3.2 Gen 1 & Gen 2 transmitter and receiver compliance testingThe USB-IF has approved the USB 3.2 compliance test solution from Rohde & Schwarz, confirming that it meets the stringent requirements set by the standardization body. Manufacturers of USB devices can have full confidence in the accuracy and reliability of the test results produced by the test solution.
Jan 20, 2025 | Comunicato stampa
Rohde & Schwarz presents new wideband modulated load pull solution based on the R&S RTP oscilloscopeRohde & Schwarz launches its novel wideband modulated load pull solution based on the R&S RTP oscilloscope. It offers an extension to traditional vector network analyzer (VNA)-based solutions for non-linear device characterization by enabling load pull with wideband modulated signals to support RF components development for next-generation wireless technologies.
Jun 07, 2022 | Comunicato stampa
Rohde & Schwarz enhances R&S RTP high-performance oscilloscope for even better signal integrity in real timeRohde & Schwarz has paired the outstanding performance of its established R&S RTP oscilloscope with an enhanced user interface and a larger display. The result is an even more flexible oscilloscope in a compact format with a modern look and feel that continues to deliver high-performance signal integrity in real time.
Describes the test procedures to perform DP 1.
Describes the test procedures to perform C-PHY compliance tests.
Describes the procedures to perform modulated load pull measurements.
Describes the test procedures to perform DDR5 compliance tests.
Describes the test procedures to perform DDR4 compliance tests.
Contiene le istruzioni per eseguire i test di conformità HDMI.
Descrive le procedure di prova per eseguire i test di conformità sui dispositivi USB 2.
Contiene le istruzioni per eseguire i test di conformità DDR3.
Rohde & Schwarz - De-embedding in tempo reale con oscilloscopio R&S®RTP
set 25, 2018
Descrive le procedure di prova per eseguire test di conformità del bus PCIe 1.
This document provides the technical specifications of the R&S®RTP-B high-performance oscilloscope.
Descrive l'opzione R&S®ScopeSuite Automation.
Le sonde per linee di alimentazione R&S®RT-ZPR20 e R&S®RT-ZPR40 con rapporto di attenuazione 1:1 hanno rumore molto ridotto e larghezza di banda sufficiente a prevenire l’attenuazione dei contenuti più importanti del segnale.
lug 17, 2018
Contiene le istruzioni per eseguire i test di conformità eMMC.
R&S®RTP-K101: Compliance test for USB 3.2 Gen 1&2 - Fact Sheet Brochure e schede tecniche
Utilizzare gli oscilloscopi ad alte prestazioni R&S®RTP e l'opzione di misura phased array R&S®VSE-K6A per analizzare le tecniche di disturbo ingannevoli e automatizzare i test jammer.
lug 12, 2021
External frontends (FEs) extend the frequency range of the R&S®RTP high-performance oscilloscope. The basic functionality of an FE is similar to a spectrum analyzer. Depending on the selected radio frequency (RF), an intermediate frequency (IF) is transmitted to the oscilloscope. These frequencies are typically centered roughly at 5 GHz or 10 GHz.
Descrive le procedure di prova per eseguire i test di conformità Ethernet.
Questo documento descrive l’utilizzo degli oscilloscopi R&S®RTO e R&S®RTP per demodulare gli impulsi RF ed effettuare ulteriori misure e attivare e analizzare con precisione gli impulsi RF.
mar 13, 2019