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Spectrum analyzers, signal analyzers
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Signal analyzer - 80 MS/s | TA720
The TA720 Time Interval Analyzer has larger memory and is faster than the highly rated TA520 and TA320. It has a maximum sampling rate of 80 MS/s and maximum memory capacity of 1024 k samples (in Time stamp mode). Additionally, the TA720 has a variety...
Signal analyzer - 80 MS/s | TA720
The TA720 Time Interval Analyzer has larger memory and is faster than the highly rated TA520 and TA320. It has a maximum sampling rate of 80 MS/s and maximum memory capacity of 1024 k samples (in Time stamp mode). Additionally, the TA720 has a variety of completely new functions such as a dual measurement , inter-symbol interference analysis and an optional Ethernet and PC card interface.
The time interval analyzer is the ideal analysis tool for jitter analysis of high-speed optical disk signals and recording characteristic evaluations. The main highlights of this tool includes continuous measurement at up to 80 MS/s ,maximum Continuous Sampling Rate 80 MS/s, dual measurement function, inter-symbol and interference analysis function. There is also a Built-in Printer and GP-IB Interface that are all standard, ethernet and PC Card Interface (optional), high-Speed continuous measurement at up to 80 MS/s. The TA720 can continuously measure these signals.
The time interval analyzer is the ideal analysis tool for jitter analysis of high-speed optical disk signals and recording characteristic evaluations. The main highlights of this tool includes continuous measurement at up to 80 MS/s ,maximum Continuous Sampling Rate 80 MS/s, dual measurement function, inter-symbol and interference analysis function. There is also a Built-in Printer and GP-IB Interface that are all standard, ethernet and PC Card Interface (optional), high-Speed continuous measurement at up to 80 MS/s. The TA720 can continuously measure these signals.
Spectrum analyzer / combined / signal - 2 Hz - 67 GHz | R&S®FSW series
The R&S®FSW Signal and Spectrum Analyzer introduced by Rhode&Schwarz features a minimized phase noise of 137 dBc (1 Hz) at 10 kHz offset (1 GHz carrier)...
Spectrum analyzer / combined / signal - 2 Hz - 67 GHz | R&S®FSW series
The R&S®FSW Signal and Spectrum Analyzer introduced by Rhode&Schwarz features a minimized phase noise of 137 dBc (1 Hz) at 10 kHz offset (1 GHz carrier)...
Spectrum analyzer - 20 Hz - 67 GHz | R&S®FSU series
R&S®FSU is a high-quality spectrum analyzer that can deliver high performance for many different applications, along with outstanding performance when it comes to phase noise. It has...
Spectrum analyzer - 20 Hz - 67 GHz | R&S®FSU series
R&S®FSU is a high-quality spectrum analyzer that can deliver high performance for many different applications, along with outstanding performance when it comes to phase noise. It has...
Signal analyzer - 20 Hz - 40 GHz | R&S®FSQ series
The R&S®FSQ Signal Analyzer possesses a 16 M sample I/Q expandable memory up to 705 M sample with a multitude of firmware applications extending its signal...
Signal analyzer - 20 Hz - 40 GHz | R&S®FSQ series
The R&S®FSQ Signal Analyzer possesses a 16 M sample I/Q expandable memory up to 705 M sample with a multitude of firmware applications extending its signal...
Noise analyzer / phase - max. 8, 26.5, 50 GHz | R&S®FSUP series
R&S®FSUP is one of the most flexible phase noise testers, which comes with a versatile measurement capability, combining the scope of functions of a high-end spectrum...
Noise analyzer / phase - max. 8, 26.5, 50 GHz | R&S®FSUP series
R&S®FSUP is one of the most flexible phase noise testers, which comes with a versatile measurement capability, combining the scope of functions of a high-end spectrum...
Spectrum analyzer / real-time - max. 40 MHz | R&S®FSVR series
R&S®FSVR features the unique combination of a spectrum analyzer and a full-features signal, hence providing the capabilities and features of modern T&M instruments. When it comes to real-time operation, this device...
Spectrum analyzer / real-time - max. 40 MHz | R&S®FSVR series
R&S®FSVR features the unique combination of a spectrum analyzer and a full-features signal, hence providing the capabilities and features of modern T&M instruments. When it comes to real-time operation, this device...
Signal analyzer - DC - 102.4 kHz | SR785
The SR785 Two-Channel Dynamic Signal Analyzer was designed to replace the aging SR780 as a highly...
Signal analyzer - DC - 102.4 kHz | SR785
The SR785 Two-Channel Dynamic Signal Analyzer was designed to replace the aging SR780 as a highly accurate and complete signal analyzer with an excellent price to performance ratio. Compared to it's predecessor it is equipped with the latest firmware and hardware and represents an excellent cost-effective solution for the analysis of mechanical and electrical systems.
Spectrum analyzer / FFT / dual-channel - DC - 102.4 kHz | SR780
The SR780 Dynamic Signal Analyzer is competitively priced yet is specifically engineered to...
Spectrum analyzer / FFT / dual-channel - DC - 102.4 kHz | SR780
The SR780 Dynamic Signal Analyzer is competitively priced yet is specifically engineered to provide dynamic range for measurements of high performance systems. This dual-channel, Dynamic Signal Analyzer offers 102.4 kHz dual-channel FFTs which makes it a powerful solution for testing and analysis in most electronics, mechanics and electromechanical control systems.
Spectrum analyzer / FFT - DC - 100 kHz | SR760, SR770
The SR770 and SR760 are both single-channel, FFT and 100kHz spectrum analyzers that have real-time bandwidth of 100kHz...
Spectrum analyzer / FFT - DC - 100 kHz | SR760, SR770
The SR770 and SR760 are both single-channel, FFT and 100kHz spectrum analyzers that have real-time bandwidth of 100kHz and dynamic range of 90dB. The SR770 has a low-distortion source that allow the measure of transfer functions of both mechanical and electronic systems.
The dynamic range and speed of these instruments make them the ideal choice for different applications that include general electronic noise, noise measurement, vibration and acoustics.
The dynamic range and speed of these instruments make them the ideal choice for different applications that include general electronic noise, noise measurement, vibration and acoustics.