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Rohde Schwarz is a renowned supplier of test and measurement equipment. It offers various rf spectrum analyzers for different market segments, including developing and manufacturing electronic components, systems, and devices.
Real-Time Analyzers
Real-time spectrum analyzers, such as the FSW, are equipped with thick real-time signals. These come with important insights into problematic phenomena like intermittently operating components or hidden signal peaks.
The analyzers have a large analysis bandwidth (up to 160 MHz). Thus, they are suited for even the most complex signals, like 5G, nanosecond pulsed radar, and wideband signals.
The instruments also enable spectrogram recordings. This is crucial for capturing transient signals, which is often the most important data for users.
FFT Analyzers
The RTO real-time oscilloscope combines fast triggering and an extensive analysis bandwidth of up to 4 GHz with an FFT analysis. This forms an instrument that supports many standard measurements of RF signals, like with 5G.
Moreover, the FFT analysis enables users to display the RF spectrum and perform various RF signal measurements on the RTO.
Vector Signal Analyzer
Rohde & Schwarz VSA's key features include in-depth demodulation, preconfigured analysis, and error measurement software for all relevant standards. These are for a ready-made analysis of baseband signals.
Furthermore, the VSAs, such as the FSV and FSW, have a high analysis bandwidth. This enables the identification of any signal irregularities during production and development.
The VSAs also perform error measurements and modulation analysis. This separation of the analysis and applications reduces the workload and offers better insight into potential problems.
Signal and Spectrum Analyzer
The R&S analyser provides superior performance in various applications. It is a universal compact system and a test solution for the latest and most complex communication signals.
The analyzer is a test solution for wireless communication, radar, and satellite applications. It also performs rf spectrum analysis and shows high measurement accuracy and speed.
The local oscillator is generated using R&S' own CMOS technology, which provides unprecedented noise immunity. As a result, it can be used in various environments, including production and at high speeds.
High Dynamics
The RF spectrum analyzers are ideal for large-frequency measurement ranges. They surpass the typical spectrum analyzer range of over six decades.
The instruments used by Rohde & Schwarz can cover a frequency range between 1 Hz and 40 GHz. This covers most measurement tasks for most users without changing the tool.
Peak and Average Power Measurement
The peak and average power measurement provides users with insight into the average signal power and peak-to-average ratio. This aids in understanding the signals and how the user can improve the output.
The R&S SignalAnalyzers have high precision and processing speed. Therefore, they ensure that average and peak power values are analyzed accurately and effectively.
Large Bandwidth
The analysis bandwidth of up to 160 MHz enables users to analyze signals even under wide modulation and identify irregularities.
This is ideal for all modern communication standards, such as WiFi and 5G, which require wide bandwidths in their development and production.
Real-Time Analysis
Real-time analysis captures even the shortest signals and measurements. Such measurement is crucial for users working with complex signals like pulse radar and digital communications.
Rohde & Schwarz analyzers can identify peaks and transient easily with their high processing capacity.
5G Mobile Network Testing
With the R&S spectrum analyzers, users can test RF components under conditions with real 5G signals for comprehensive analysis of semi and full duplex components.
The spectrum analyzer's high-frequency range and low noise provide precision measurements, which help verify components meet user requirements to ensure quality control and reliability.
Aerospace and Defense
R&S analyzers feature an extensive frequency range and modulation analysis, which effectively measures radar and communication systems while meeting stringent military standards.
These tools help detect issues early in design or production, minimizing cost and risk, and improving operational reliability and performance in critical defense applications.
Signal Interference
The R&S Analyzers perform complete signal analysis and pinpoint the source of interference in receiving systems.
This is crucial for users operating in crowded frequency environments, as it helps identify unwanted signals and is vital in quickly resolving issues and optimizing system performance.
Satellite Signal Analysis
The FSW works with the widest frequency range and satellite signals. This makes it an ideal tool for measuring all kinds of satellite receivers and equipment.
The large bandwidth and precision of this analyzer are ideal for verifying performance and offering efficient and accurate tests for space applications.
Frequency Range
Consider the rf spectrum analyzer frequency range and how it affects measurement capability. The tool should offer a wide range to handle signals across various frequencies, from basic communication to complex radar systems.
This provides versatility in the measurement tasks and ensures that the tool covers all required frequencies without needing extra equipment.
Analysis Bandwidth
Assess the analysis bandwidth, as it determines the speed and precision of signal measurements. A wider bandwidth enables capturing of more complex modulations, essential for modern communication standards like 5G and WiFi.
The bandwidth provides comprehensive signal characterization, making it crucial for development and testing across industries.
Real-Time Capabilities
In selecting an analyzer, the real-time performance should be done since it should be able to mark transient signals. This is important for analyzing complex signals with peaks and data bursts.
The live analysis capability should capture and measure any signal patterns to provide insight into signal behavior, which is essential for users working with pulsed signals or in the 5G and LTE fields.
User Interface and Software
A friendly interface and easy-to-use software enhance productivity. Check for features like touchscreens, PC connectivity, and customizable displays that enable quick access to important measurement functions and analyses.
Software solutions enable off-line analysis and reduce workload. A user-friendly interface proves vital in simplifying complex tasks and improving overall testing efficiency.
The latest R&S Spectrum Analyzers, such as the FSW and FSV, have improvements in signals with larger bandwidths, such as 5G and Wi-Fi 6.
There are also enhanced real-time capabilities for transient signal capture, which are ideal for rf analysis in complex environments. In addition, they have advanced built-in analysis tools and user-friendly interfaces for effective assessment and debugging of contemporary communication systems.
Yes, they support mobile network testing. There are ideal instruments for testing and analyzing 4G/5G mobile signals. Thanks to their large bandwidth and real-time processing, they can analyze and capture complex mobile signals to help verify signal integrity and compass.
The built-in analysis functions speed up the testing process and provide valuable insight into the performance of the device under test.
The FSW is designed to work with satellite signals. This means it can perform emission mask tests and verify compliance with regulatory standards.
The large measurement range means it can accurately test equipment while ensuring satellite receivers meet requirements for reliability and performance.
The Aerospace and Defense, telecommunications, and electronics manufacturing industries all benefit from these analyzers' precision and versatility.
They are important in verifying RF components, testing communication systems, analyzing signals, and ensuring that devices work correctly and efficiently.
This means improved performance and reliability in these important industries where precision in signal analysis is critical.
