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Cellular Communications
Delivering confidence to confront the most challenging RF designs.
The latest wireless data standards introduced bursted signals. While traditional analyzers can tell you how to pass a test, Tektronix Real-Time Spectrum Analyzers enable you to discover the transient failures of radio behavior that can impair communication links and system performance.
| Product | Frequency Range | Maximum Acquisition Bandwidth |
| H600/SA2600 | 10 kHz - 6.2 GHz | 20 MHz |
| RSA3000 | DC to 8 GHz | 36 MHz |
| RSA6000 | 9 kHz to 20 GHz | 110 MHz |
| Product Series | |
|---|---|
The Basics of Serial Data Compliance and Validation MeasurementsThis primer is designed to help you understand the common aspects of serial data transmission and to explain the analog and digital measurement requirements that apply to these emerging serial technologies |
TLA7SA00 |
DPX Acquisition Technology for Spectrum Analyzers FundamentalsThis primer describes the DPX® spectrum display and how it addresses situations involving brief, intermittent, complex and/or coincident signals. |
RSA5000 |
Overcoming Nonlinear Measurement ChallengesThis application note describes the challenges associated understanding the true non-linear behavior of power amplifiers and introduces how Mesuro's Waveform Engineering solutions can solve these challenges. |
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Cellular Communications Solutions Fact SheetDelivering Confidence to Confront the Most Challenging RF Designs |
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Characterization of IQ Modulators Counts On Flexible Signal Generator StimulusThis application note describes several of the important measurements design engineers routinely make on an IQ modulator. It illustrates how modern arbitrary/function generators provide a stimulus to characterize high performance IQ modulators thoroughly, with more flexibility and saving considerable time over previously used methods. |
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WiMAX Analysis Software Solution for Real-Time Spectrum AnalyzersThis fact sheet gives a brief look at how RSA-IQWIMAX software on the Real-Time Spectrum Analyzer provides spectrum and modulation measurements on OFDM and OFDMA signals in accordance with standard IEEE 802.16-2004 (fixed) and IEEE 802.16e (mobile) WiMAX standards. |
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RSAVu Offline Analysis Software for RSA6000 and RSA3000 SeriesRSAVu software enables offline demodulation and analysis of data captured from Tektronix Real-Time Spectrum Analyzers (RTSA). From 3G wireless standards to the latest RFID formats, RSAVu is a tool designers can use to analyze signals without having RTSA hardware connected. |
RSA3000 |
RSAVu Remote Control DemosThis reference guide describes how to communicate remotely with RSAVu and the Real Time Spectrum Analyzer (RTSA) via SCPI commands by the use of two examples, one in C++ and one in MATLAB |
RSA6000 |
Creating Wireless Signals with Arbitrary Waveform GeneratorsIn this primer we look at the technology propelling the digital wireless revolution, some common AWG wireless test applications and important considerations for getting the best performance possible from the arbitrary waveform generator. |
| Product Series | |
|---|---|
Your Guide to Selecting the Right Real-Time Spectrum AnalyzerToday's RF signals change over time, often unpredictably. To effectively characterize these signals, engineers need a tool that can trigger on both known and unpredictable events, capture the signals seamlessly into memory, and analyze the behavior of frequency, amplitude, and modulation parameters over time. |
RSA3000 |
| Product Series | |
|---|---|
Greening of Wireless WebinarMesuro and Tektronix introduce a new open loop active load pull technique for the design of complex, highly efficient power amplifiers, necessary for reducing the power consumption of tomorrow’s mobile infrastructure. The method utilizing microwave sampling scope technology to simultaneously capture waveform data ranging from DC to several tens of GHz is demonstrated. |
RSA3000 |
RF Spectrum Management: Field Applications WebinarThis is a series of three webinars focused on RF Spectrum Management. Part 1 serves as a basis that focuses on real-time technology applied to spectrum management. Part 2 focuses on spectrum monitoring and signal analysis, then discuss some examples of monitoring applications. Part 3 looks at some of the challenges of fielding wireless technologies, and also looks at discovery of signals, locating of signals, and classifying of signals. |