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Spectrum analysis, Spectrum Analyzer 
Basis of Spectrum Analyzers The Basis of Spectrum Analyzers, What is a Spectrum Analyzer? Measurement Categories, Principals of a Spectrum Analyzer, Characteristics of a Spectrum Analyzer
BASICS OF THE SPECTRUM ANALYZER This document contains some general information about spectrum analyzers, and some specific information about the spectrum analyzers you have available in the lab, pdf file
Bluetooth RF Measurement Fundamentals Bluetooth RF Measurement Fundamentals, Bluetooth radio unit, Bluetooth link control unit and link management, Bluetooth RF test suite structure, Receiver Measurements, Test conditions and setup, Sensitivity - single-slot packets, Sensitivity - multi-slot packets, EDR sensitivity, ..., pdf file
Cable Television System Measurements Handbook, NTSC Systems This handbook refreshes the measurement concepts and updates the use of the modern spectrum analyzer for making proof-of-performance measurements such as signal frequency, signal level, noise, interference, ingress, co-channel interference, low frequency and coherent disturbances, distortion, channel frequency response, depth of modulation, system frequency response and interference outside the system, pdf file
Cable Television System Measurements Handbook, PAL and SECAM Systems Cable Television System Measurements Handbook, PAL and SECAM Systems, pdf file
Cable TV Analyzer pdf file
Digital modulation: application notes
EMI Measurements, Test Receiver vs. Spectrum Analyzer Spectrum Analyzer
Exploring the Architectures of Network Analyzers Network Analyzers
FCC Regulations for ISM Band Devices: 902 - 928 MHz
Frequency spectrum QAM signal The spectrum analyzer, like an oscilloscope, is a basic tool used for observing signals. Where the oscilloscope provides a window into the time domain, the spectrum analyzer provides a window into the frequency domain
Fundamentals of Interference in Wireless Networks application note
IEEE 802.11 Wireless LAN PHY Layer (RF) Operation and Measurement pdf file
Measurements on Transmission Lines Power and Attenuation Measurements, Power Measurement with a Power Meter and Power Sensor, Power Measurement with a Spectrum Analyzer, Measurement of Cable Loss with Power Meter, Measurement of Cable Loss with Spectrum Analyzer and Signal Generator, Measurement of Cable Loss with Spectrum Analyzer and Tracking Generator, Use of the Directional Coupler for the measurement of Direct Power, Reflected Power and SWR, Measurement of Direct Power, Reflected Power and SWR with Signal Generator, Power Meter and Directional Coupler, Use of the SWR meter for the measurement of SWR, Measures of Impedance of a Coaxial Cable, Measurement of the characteristic impedance of a coaxial cable with a TDR, Location of a disturbance along a coaxial cable with a TDR, pdf file
Measuring Return Loss This application note contains the basic operating procedures needed to help engineers measure return loss using the spectrum analyzer
Phase Noise Concepts pdf file
Power Measurements on DOCSIS Downstream QAM Signals
Practical Tips on Measuring Interference The objective of this note is to present measurement tips and procedures which will help a field technician measure signal interference in operating communications systems
Real-Time Spectrum Analysis for WLAN Real-Time Spectrum Analysis for WLAN, pdf file
Spectrum Analyzer Tutorials This site is intended to explain the fundamentals of swept-tuned, superheterodyne spectrum analyzers and discuss the latest advances in spectrum analyzer capabilities, Spectrum Analyzer Fundamentals, Digital IF Overview, Amplitude and Frequency Accuracy, Sensitivity and Noise, Dynamic Range, Extending the Frequency Range, Modern Spectrum Analyzers
Spectrum analysis Spectrum analyzers are generally employed to measure signal characteristics such as carrierlevel, sidebands, harmonics, and phase noise
Spectrum analysis modulation is the act of translating some low-frequency or base-band signal (voice, music, data) to a higher frequency, amplitude modulation, frequency modulation, phase modulation, pdf file
Spectrum Analysis Basics This paper is intended to be a beginning tutorial on spectrum analysis. It is written for those who are unfamiliar with spectrum analyzers, and would like a basic understanding of how they work, what you need to know, ..., pdf file
Spectrum Analysis Basics What is a Spectrum? Why measure spectra? The Superheterodyne Spectrum Analyzer, Tuning Equation, Resolution, Analog Filters, Digital Filters, Residual FM, Phase Noise, Sweep Time, Analog Resolution Filters, Digital Resolution Filters, Envelope Detector, Display Smoothing, Video Filtering, Video Averaging, Amplitude Measurements, CRT Displays, Digital Displays, Absolute Accuracy, Improving Overall Uncertainty, Sensitivity, Noise Figure, Preamplifiers, Noise as a Signal, Preamplifier for Noise Measurements, Dynamic Range, Definition, Dynamic Range versus Internal Distortion, Attenuator Test, Noise, Dynamic Range versus Measurement Uncertainty, Mixer Compression, Superheterodyne Spectrum Analyzer
Spectrum Analysis Basics
Spectrum Analysis Basics Spectrum Analysis Basics application note, pdf file
Spectrum Analyzer Measurements and Noise Spectrum Analyzer Measurements and Noise, Simple noise, Baseband, Real, Gaussian, Bandpassed noise, I and Q, Measuring the power of noise with an envelope detector, Logarithmic processing, Measuring the power of noise with a log-envelope scale, Equivalent noise bandwidth, The noise marker, pdf file
Spectrum analyzer measurements Spectrum analysis primarily measures power, frequency, and noise. It is concerned primarily with characterizing signal components (such as its spurious and harmonic components, modulation, noise, etc.) Spectrum analysis locates frequencies where microwave energy exists, ...
Using a Spectrum Analyzer Obtain Power Measurements of a DOCSIS Downstream Signal Using a Spectrum Analyzer

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Last updated on: 2011-01-02 | Copyright © 2011-2013 Educypedia.