Time Domain Reflectometers
Used to locate and identify faults in all types of metallic paired cable. (tscm.com) Also known as: TDR
See Also: TDR, Time Domain, Cable TDR
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Time Domain Reflectometers
HL1100 Series
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HYPERLABS HL1100 Series TDR instruments provide high-performance test and measurement capabilities for use in the field or in the lab. These instruments are used for applications such as fault detection in cables and interconnects, impedance characterization, time of flight analysis, water level measurement, and more.
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Time Domain Reflectometers
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Locating high and low impedance faults on paired metallic cables is a crucial yet often difficult task for a telecoms engineer. Megger designs TDRs specifically for the communications industry, which makes each unit a safe, application specific tester that can be used on virtually all communications cable types. The wide range of TDRs makes it easy to choose the tester with the resolution and range you need.
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Optical Time Domain Reflectometers (OTDR)
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Shanghai Joinwit Optoelectronic Tech,co.,Ltd
an optoelectronic instrument used to characterize, troubleshoot, and maintain fiber optic networks. It works like optical radar, sending light pulses into a fiber and measuring scattered/reflected light to map cable length, splice loss, connectors, and breaks.
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Optical Time Domain Reflectometers
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An optical time domain reflectometer (OTDR) is a precision instrument used to locate events or faults along a fiber link, typically within an optical communications network. The OTDR launches a series of high speed optical pulses into the fiber to be measured. Various events on the fiber generates a Rayleigh back scatter that returns to the OTDR and the strength of the return pulses are measured and integrated as a function of time, and plotted as a function of fiber length. The horizontal axis is the distance and the vertical axis is the loss.
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Optical Time Domain Reflectometers - OTDRs
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ShinewayTech Optical Time Domain Reflectometers
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Time Domain Reflectometers and S-Parameter Analyzers
Analyzer
The Teledyne LeCroy WavePulser 40iX and the Teledyne Test Tools T3SP15D are a perfect combination of complimentary products to serve the requirements on testing, validating and troubleshooting cables, backplanes, connectors, transmission lines on boards and interconnect.
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Time Domain Reflectometers
T3SP Series
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Teledyne Test Tools T3SP15D stimulates the DUT with true differential signals. The T3SP15D offers fast rise times of 35 ps for spatial impedance resolution (in FR4) of 3 mm, at DUT lengths up to 40 meters and TDR repetition rates up to 10 MHz and uses the same open short load thru (OSLT) calibration standards as vector network analyzers. With their small form factors, light weight, and optional internal batteries, the instruments go anywhere in test labs or in the field at an affordable price.
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Multi Channel Optical Fibre Verification
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The multi-channel optical fibre test system is used in the development and qualification of single mode optical fibres. The fibres are exposed to environmental influences in a climatic chamber in order to analyse the data on insertion loss and reflection. In addition, the current temperature in the climatic chamber is documented. Insertion loss measurement is performed with the help of an optical power meter, laser sources and optical switches. An Optical Time Domain Reflectometer (OTDR) from Exfo is used for the reflection measurements. The system was designed for the simultaneous characterization of 15 sample fibres and one reference fibre.
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Cable Fault Locator
TX2001
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Lowest Cost Full Specification Professional Graphical TDR Rugged Palm Top Design 350g (12oz) 5 Measurement Ranges up to 3000m (10,000ft) 50, 75 & 100 ohm Selectable Impedance Built in Tone Generator for Pair Tracing & Identification Suitable for testing all Communications Cables Water & Dust Proof to IP54 Complete with tool-belt holster & test leads
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Optical Time Domain Reflectometer / OTDR Tester
M-OTDR-802
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Fuzhou Metricu Technology Co Ltd
Wavelength 1310 / 1550nm, max test range 150KM, Dynamic range 28 / 26dB
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OTDR Launch Cable Box
TM1000
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Designed to aid in the testing of fiber optic cable when using an OTDR. The OTDR LaunchFiber box is used with Optical Time Domain Reflectometers (OTDR's) to help minimize the effects of the OTDR's launch pulse onmeasurement uncertainty.
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Signal Integrity TDR and VNA Software
80SICON IConnect
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IConnect software is the efficient, easy-to-use, and cost-effective solution for measurement-based performance evaluation of gigabit interconnect links and devices, including signal integrity analysis, impedance, S-parameter and eye diagram tests, and fault isolation.
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Voyager Intermittent Fault Detector
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The Voyager includes a spread spectrum TDR so that the fault can be located. Once an intermittent is detected, the TDR is immediately connected to the failed test point and used to determine the distance to the fault.
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Product
8K ip Camera Tester M-IPC-450C with TVI 5.0 Audio, Wrist Design
M-IPC-450C
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Fuzhou Metricu Technology Co Ltd
8K wrist tester M-IPC-450C supports 8K ip camera, analog camera, 8MP TVI camera, 8MP CVI camera and 8MP AHD camera. (5 in one)It also supports DC12V 3A, 48V PoE 25.5W power output, UTP cable, RJ45 TDR cable, RS485, Audio in, TVI 5.0 audio, wrist design, etc.
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Time Domain Reflectometer / TDR
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For testing cables and interconnects, we offer the ideal tool: A time domain reflectometer (TDR). Time domain reflectometry/transmission can be used to test network return loss (S11), propagation loss (S21), and crosstalk.Moreover, it can provide the impedance profile of an electrical channel. MultiLane supplies semi-automated solutions for the testing of direct-attach cables and TIAs.
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TDR
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Schonstedt offers a range of Radiodetection Time Domain Reflectometers (TDR), the perfect tools to quickly and accurately locate copper cable faults.
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Three-Dimensional Electromagnetic Simulation Package
QuickWave-3D
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QuickWave 3D (QW-3D), is a universal user-friendly three-dimensional electromagnetic simulation package (winner of the European Information Technology Prize in 1998) based on the conformal FDTD method and supplemented with a range of unique models for curved boundaries, media interfaces, modal excitation, and parameter extraction. Complete 3D electromagnetic simulation offer a set of various results from wide area of applications. A lot of processing/postprocessings present a complete offer of comprehensive solutions from microwave components (filters, couplers, resonators, etc.) through antennas, TDR applications, optimisation and parameters sweep to simulation of microwave heating process (with Basic Heating Module) with temperature dependent media, static, rotated or moved heated object(s), and heat transfer.
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Signal Integrity Test Products
RoBAT SCARA-TDR-M
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*Fully automatic TDR tester for bare and assembled PCBs*2 – 24 Port Ultra-compact TDR units*Full range of TDR tests and measurements available*100% test in a production environment*Custom modules with automatic tool changer
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Optical Time Domain Reflectometer OTDR
BD300
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Shanghai Baudcom Communication Device Co.,Ltd.
BD300 Optical Time Domain Reflectometerhas excellent dead zone performance and wide dynamic range. Combined with the visualfault locator, the OTDR can easily find the breaks, bends, splices, faultyconnectors, and other causes of signal loss.
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OTDR
TMO350 Series
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TMO350 series Optical Time Domain Reflectometer(OTDR) is the new generation of intelligent meter for the detection of fiber communications systems.
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Enhanced Time-Domain Analysis With TDR
S95011B
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This application enables the analyzer to perform enhanced time domain analysis for high-speed data applications. All functionality of the S95010B are included (TDR/TDT mode). In addition, the S95011B enables more detailed measurements and evaluations, such as eye-diagram / mask modes, without adding PLTS software. Jitter and emphasis / equalization capabilities enable simulation of real-world signals and environment. The S95011B covers up to 53 GHz bandwidth. Full calibration is available and the automatic deskew ensures easy removal of fixture and probe effects. To get the best accuracy, mechanical calibration kits or ECal with DC option (i.e., N469xD or N4433D with Option 0DC) are recommended.
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Impedance Measurement
CITS880s
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Finer geometries and thinner copper can present a challenge for fabricators measuring impedance on leading edge PCBs. The CITS880s answers that challenge with the introduction of Launch Point Extrapolation (LPE). LPE extrapolates the TDR response back to a point close to the start of the transmission line effectively allowing to users more accurately to measure the instantaneous or incident impedance of the line.
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TDR Composite Cure Monitoring
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Material Sensing & Instrumentation
MSI Time-Domain-Reflectometry (TDR) Composite Cure Monitoring [1-4] provides a new approach to cure monitoring of advanced polymer composites. Using a high-speed pulse and inexpensive microwave sensor, our TDR system follows rotation of a polar resin molecule, providing real-time information on viscosity and percent cure. Operating in the microwave frequency range, TDR Cure Monitoring provides an alternative between high-frequency fiber-optic methods and low-frequency dielectric methods, combining optical-style precision and miniaturization with electrode-based simplicity and robustness.
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DR software, for use with CT100 Series TDRs
CT Viewer™
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CT Viewer™ is a full-featured TDR waveform analysis software package for Microsoft® Windows® XP / Vista PCs that lets you archive, manipulate, analyze, and compare TDR data acquired with CT100 Series Automated Metallic TDRs or any other TDR instrument, now with live internet streaming and remote control of CT100 Series TDRs. CT Viewer™ is included with CT100 Series TDRs. Read on to discover how CT Viewer™ will change the way you test cables.
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TDR Test Set
TS® 54
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Fluke Networks’ new TS52 PRO Test Set features the latest in test set technology. Designed with a superior, radiant liquid crystal display (LCD) user interface, it allows you to see what cannot be heard in any outside plant environment.
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Pre- Locator
CFL PL4
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CFL PL4 Power Cable Fault Locator is a portable, easy to use cable fault pre-location instrument. It uses the Time Domain Reflection (TDR), Secondary Impulse Method / Multiple Impulse method (MIM) and Impulse Current Method (ICM) on low, medium and high voltage cables. Its measuring ranges enable pre-location on cable lengths from 500 m to 64km.
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Time Domain Reflectometer (TDR) Card
PCI-3127
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The PCI-3127 is a PCMCIA-form factor TDR that can be used to identify and locate failures in installed wiring and cable systems. The instrument can make high resolution TDR measurements on circuits up to 96,000 feet (~30km) from your Windows XP notebook computer or PC using a low-voltage non-destructive test signal.
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Oscilloscopes
PicoScope 9000 Series
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Up to 25 GHz bandwidth9.5 GHz optical input40 ps Differential TDR / TDT sourceSequential sampling Oscilloscope
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Product
OTDR Launch Cable Box, OTDR Dead Zone Eliminator 100-500M
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Shanghai Fibretool Technology Co.,Ltd.
Designed to aid in the testing of fiber optic cable when using an OTDR. TheOTDR Launch Cable Box is used with Optical Time Domain Reflectometers (OTDRs) to help minimize the effects of the OTDRs launch pulse on measurement uncertainty. Available in many different configurations and fiber lengths.
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Optical Test And Measurement
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Any type of fiber optic interconnection requires its interfaces to be free of dust and scratches in order to reach the lowest transmission loss. Small, handheld and battery powered inspection tools are available from AMS Technologies for inspection of fiber optic connectors in the field as well as high resolution type microscopes suitable for use in a production environment for qualifying the endface preparation. Additional S/W tools can support the user in making a quick decision if a certain defect is acceptable or if the surface fault disqualifies it for further use. Small and lightweight test equipment for measurement of the transmitted power in an optical fiber is needed wherever technicians handle optical fibers. Our product portfolio comprises light sources for various wavelengths, power meters for the visible and infrared and integrated solutions for sources and meters as well as optical time domain reflectometers (OTDR) coupled with visible wavelength light sources for easy fault detection within a fiber optic link.
