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Satellite System Simulator Runs On Vector Signal Generator
Rohde & Schwarz has developed a global navigation satellite system (GNSS) simulator, which runs on its SMBV100A vector signal generator. The SMBV-K101 option allows developers in the automotive and wireless communications industries to test GNSS receivers for specific effects such as obscuration and multipath propagation.
App Turns Android Smartphone Into Power Measurement Tool
The new Power Viewer Mobile app from Rohde & Schwarz transforms Android smartphones and tablets into high-precision base units for power measurements. The USB-compatible NRP power sensors can now display the measured average power value directly on mobile devices with Android 4 operating system. The app can be downloaded for free at the Google PlayTM Store.
Rohde & Schwarz adds models up to 20 GHz and 40 GHz to its R&S ZNB network analyzer family
More dynamic range and measurement speed in the microwave range: The new R&S ZNB20 and R&S ZNB40 network analyzers now offer these features in the midrange price segment as well. Like all models in the R&S ZNB family, their compact hardware platform requires less space than similar instruments.
300MHz HDMI Module Enhances Video Tester Performance
Manufacturers and test houses can now use the R&S VTC and R&S VTE video testers from Rohde & Schwarz to test next-generation HDMI sink devices with ultra-HD or 4k screen resolution. This is possible thanks to the new R&S VT-B360 HDMI TX 300 MHz HDMI module, which is equipped with four parallel HDMI channels with ultra-HD resolution.
Mid-Range Vector Network Analysers Cover 100KHz to 40GHz
Rhode & Schwarz has launched the mid-range R&S ZNB20 and R&S ZNB40 vector network analysers for frequency ranges from 100 kHz to 20 GHz and from 1 MHz to 40GHz. The analysers are equipped with two test ports and offer measurement characteristics that are on a similar level as high-end instruments.
Measurement Option Upgrades Spectrum Analyser to Real-Time Operation
A new measurement option from Rohde & Schwarz for the R&S FSW high-end signal and spectrum analyser supports real-time signal analysis for frequencies up to 50 GHz with an analysis bandwidth of 160 MHz. It enables the detection of interfering signals to the exact level and without gaps, using a single, fast measuring instrument.
Jitter Analysis Option Enhances Oscilloscope Performance
Jitter measurements are important when developing circuits with serial high-speed data interfaces such as USB 2.0 and HDMI. One particular challenge is the signal's embedded clock that is used as a time reference. Rohde & Schwarz has addressed this requirement with new options for its R&S RTO high-performance oscilloscope.
Software Option Shifts EMI Testing Into Design Phase
A new software option from Rohde & Schwarz has been developed to allow engineers to optimise the EMI performance of their products as early as the design phase. Such a process should save time as the engineers work towards final EMI certification. The software option supports EMI bandwidths in compliance with commercial and military standards. The option contains EMI detectors such as peak, quasi peak, CISPR average and RMS average in line with C...
Rohde & Schwarz User-Friendly Bench Oscilloscopes With Logic Analysis
With the introduction of the new R&S RTM series, Rohde & Schwarz has expanded the functional range of its bench oscilloscopes. The key upgrades are a 20 Msample deep memory and a logic analysis option with 16 digital channels. The smart operating concept of the new R&S RTM models ensures extreme ease of use. The R&S RTM provides time domain, logic, protocol and frequency analysis functions in a single box, making it the ideal instrument for the t...
Signal Generator Frequency Range Covers 100kHz to 3GHz or 6GHz
Described as a future proof instrument the Rohde & Schwarz SMW200A high end vector signal generator covers the frequency range from 100kHz to 3Ghz or 6GHz. It features an I/Q modulation bandwidth of 160MHz with internal baseband. It covers all the important communications stanards including WLAN IEEE 802.11ac, and 2x2MIMO, 8x2MIMO for TD-LTE and 2x2MIMO for LTE-A.