Educypedia, the educational encyclopedia

 The educational encyclopedia
Electronics-theory
Analog
Audio - acoustics
Audio - electronics
Audio - loudspeakers
Components-active
Components-passive
Component - sensors
Digital - electronics
Digital - I2C - I2S
Digital - Programming
Electricity High Voltage
Electricity - machines
Electricity - theory
General overview
Miscellaneous
Optics
Power control systems
Power electronics
RF - antennas
RF - antenna - WLAN
RF - communication
RF - radio - tuning
Telephony
Tubes
TV-video-DVD
 
Utilities - tools
Animations & applets
Application notes
Cabling
Calculators
Circuits
Databank - tables
Datasheets
Measurement
Repair
Software - electronics
 
Local sitemap
Sitemap
 


  
 


If you like it, buy me a beer




Horizontaal
TDR, Time domain reflectometry measurements  related subject: Transmission lines
ABC of TDR Time Domain Reflectory measurement, TDR, use Time Domain Reflectometry to look at the characteristic impedance along the entire length of the cable,  Understanding TDRs, Electrical Troubleshooting of a Logstor Insulated Pipe Installation equipped with Tracer Wires, Fault Locating Technology, Techniques for Cable Fault Locating, Using a Time Domain Reflectometer (TDR) for Intermittent Fault Detection,
Low-Voltage Testing, Time Domain Reflectometer Quick Application Reference, TDR Impedance Notes, How to minimise TDR Impedance mis-matches for superior results, A complete Introduction to Time Domain Reflectometer (TDR) theory and use, TDR dB Return Loss - Explained, Understanding dB Return Loss measurements on a Time Domain Reflectometer (TDR), The ABC's Of TDR's, A detailed explaination regarding TDR's / Cable Testing, Standard Types Of Metallic Cables, Information regarding Coaxial and Twisted Pair Cable, the two most common kinds of cable that TDR's Test, Waveform Analysis
Comparing Time Domain Reflectometry and Electrical Resistivity 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, pdf file
Monitoring Slope Movement with Time Domain Reflectometry Time domain reflectometry (TDR) is a method of locating the depth to a shear plane or zone in a landslide. TDR uses an electronic voltage pulse that is reflected like radar from a damaged location in a coaxial cable, pdf file
Network Analysis Basics Network Analysis Basics: covers the principles of measuring high-frequency electrical networks with network analyzers. You will learn what kind of measurements are made with network analyzers, and how they allow you to characterize both linear and nonlinear behavior of your devices. The session starts with RF fundamentals such as transmission lines and the Smith Chart, leading to the concepts of reflection, transmission and S-parameters
Single-ended and differential TDR measurement single ended and differential TDR measurement, pdf file
Standing Wave Measurements Standing Wave Measurements
TDR - Time Domain Reflectometry Analysis Time Domain Reflectometry is the analysis of a conductor (wire, cable, or fiber optic) by sending a pulsed signal into the conductor, and then examining the reflection of that pulse
TDR tutorial why do you need a Time Domain Reflectometer? Principles of Operation, Usage Techniques, Waveform Analysis, CATV - Cable Television Applications, Telephone Industry Applications, Broadcast Industry Applications, Cellular Applications, 2-Way Radio Applications, Power Industry Applications, LAN/WAN - Local/Wide Area Networks Applications
TDR Measurements and Calibration Techniques Basically, a TDR is a very fast GHz oscilloscope including a fast pulse generator in the
picoseconds range. This fast pulse with an amplitude of usually 400mV is applied to the DUT, and the backreflections of that voltage are displayed on the oscilloscope, pdf file
TDR plots tutorials pdf file
TDR impedance measurements TDR impedance measurements, What is Time Domain Reflectometry? The Reflection Coefficient, Using TDR to Help Solve Signal Integrity Issues, Calculating the Impedance of the Transmission Line and the Load, Differential TDR Measurements, ...
Time domain reflectometry Time domain reflectometry measurements, Basics of TDR Measurements, pdf file
Time domain reflectometry Time domain reflectometry measurements, Time Domain Reflectometry Theory, pdf file
Time domain reflectometry Time Domain Reflectometry, or TDR, is an electrical measurement technique that has been used for many years to determine the spatial location and nature of various objects. An early form of TDR was radar. This paper discusses the principles of TDR with an emphasis on TDR within coaxial transmission lines
Time domain reflectometry measurement principles and applications pdf file
Time Domain Reflectometry (TDR) and S-parameter Measurements
Horizontaal

Home | Site Map | Email: support[at]karadimov.info

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

http://educypedia.karadimov.info