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Real-Time Spectrum Analyzers


Signal and Spectrum Management
In this tutorial, we will discuss how the real-time spectrum analyzer’s unique architecture provides DPX™ for unprecedented viewing of transient signals and it pre-analyzes the signal to accurately trigger captures of transient RF events. And how the multi-domain analysis and remote control capability provide powerful insights into signal monitoring applications.  View Tutorial*


Real-Time Spectrum Analysis (RTSA)
This presentation provides a brief overview of the RF technology trends driving the needs of this new measurement technology, basic concepts of real-time spectrum analysis and some application examples demonstrating real-time spectrum analysis in action.  View Tutorial*


DPX
This tutorial describes the DPX™ Spectrum display and how it addresses situations involving brief, intermittent, complex and coincident signals. Also covered are the methods for achieving its key performance specifications: 1> Detection and measurements on a signal as short as 24 ms and 2> 48,828 spectral transforms per second, compressed into a display that is even easier to read than a conventional spectrum trace.  View Tutorial*


Radar and Pulse Test Simplified Using Real-Time Spectrum Analyzers
We will briefly explore how the performance and features of the RSA6100A Series Real-Time Spectrum Analyzers (RTSA) is changing the way advanced radar testing is done.  View Tutorial*


Simplify Radar Measurements with Real-Time Spectrum Analysis Technology
In this tutorial, we will discuss some basic radar concepts and the use of real-time spectrum analyzers to measure and characterize radar systems.  View Tutorial*


Troubleshooting Complex RF Systems in Software Defined Radio
In this tutorial, we will discuss some basic concepts of Software Defined Radio and how the Tektronix Real-Time Spectrum Analyzer aids in characterizing and troubleshooting complex SDR systems.  View Tutorial*


Software Defined Radio Testing
This tutorial gives an introduction to the special problems associated with diagnosing software defined radios (SDR). Covered will be the unique challenges of isolating problems that occur with the vastly different signal configurations of analog voltages and digital words. To provide detailed insight into how the RTSA's unique features are used, application examples will be explored, followed by a quick summary and conclusion.  View Tutorial*


Wide Band Characterization
This tutorial examines the characteristics of modern RF systems and demonstrates the use of the Tektronix RSA6100A Series Real-Time Spectrum Analyzers (RTSAs) for troubleshooting and characterizing performance. Covered will be: basic spectrum and power measurements, characterizing wideband digital pre-distortion systems and troubleshooting high-bandwidth systems.  View Tutorial*


RFID
In this presentation, we will cover the following RFID topics: First, we will begin with an important component of any wireless technology, the RFID standards and a discussion of the emerging technology trends. Then, we'll proceed with a discussion on a few of the key challenges when characterizing RFID signals. And, close with highlighting some of the critical measurements.  View Tutorial*


Zigbee
In this Zigbee presentation, we will begin with an overview of Zigbee and discuss a typical application. Then proceed with a review of the specifications and conclude with a discussion on some of the challenges analyzing a Zigbee signal.  View Tutorial*


Real-time Spectrum Analyzer Performs Jitter Measurements
In this presentation, we will begin with a basic overview of jitter. Proceed with a discussion on what are some of the important measurement challenges to consider when analyzing jitter. Then conclude by highlighting some of the key Real-Time Spectrum Analyzer capabilities that solve these challenges.  View Tutorial*


Phase Lock Loop (PLL)
We will begin with a basic overview of an analog phase lock loop. Then proceed with a discussion on what are some of the important measurement challenges to consider when characterizing phase lock loops. Then conclude by highlighting some of the key Real-Time Spectrum Analyzer capabilities that solve these challenges.  View Tutorial*


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