Showing results 1 - 15 of 83 products found.
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TDP Blade Probe - PacketMicro Inc.
The TDP Blade Probe enables fast and convenient TDR measurements and debugging. The BladeProbe tips are made from strong and rigid beryllium copper blades for handheld and probe station probing. The passive probe can be used to measure impedance, clock jitters, and skews. The TDP BladeProbe series can be connected to TDR, high performance scopes, and vector network analyzers.
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mTDR-070 - NanoTronix
The Advanced Waveform TDR(Model No.:mTDR-070) is a high-end TDR instrument designed to meet today's most demanding network cabling problems. Advancing beyond the numeric readout, the Advanced Waveform TDR(Model No.:mTDR-070) displays the actual waveform or "signature" of the cable.
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T-6120 - Wuhan Sunma Technologies Co., Ltd.
new portable TDR cable fault locator ST-6120, which is designed for ease of use. Youll spend less time operating the TDR and more time repairing faults.
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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.
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Material Sensing & Instrumentation
MSI Time-Domain-Reflectometry (TDR) Concrete Cure Monitoring provides a new approach to cure monitoring in concrete and cementitious materials [1-2]. Using an ultrafast pulse and inexpensive capacitance sensor, our TDR system follows rotation of individual chemical states of water participating in the hydration reaction.
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CT100B - MOHR Test and Measurement llc
The CT100B is special for two reasons: (1) It is the industry''s only high-resolution portable TDR providing step TDR impedance waveforms with resolution sufficient to show connector detail (~1 cm), and (2) it is the industry''s first portable TDR capable of making frequency domain S-parameter measurements including return loss (S11) and cable loss / insertion loss (S21). "High resolution TDR is extremely useful for detecting and localizing cable faults and characterizing cable and connector performance, but historically, portable TDRs have been unable to display OSL-calibrated S-parameter measurements," said Brandt Mohr, MOHR chief technologist. "The CT100B includes that capability, making it a very versatile instrument. If you can only carry one cable tester out into the field with you, it should be the CT100B."
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GATS-310 - W.M. Hague Company
The GATS-310 TDR test system provides you with the ability to test nets as down to less than 1/2" in length using Industry Standard Techniques.
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39002 - LANsmart - C2G, Lastar, Inc.
The high-tech LANsmart TDR Cable Tester detects, locates, and displays basic wire connection problems including opens, shorts, miswirings, reversals, split pairs and shield continuity for RJ45, Cat5, Cat6, UTP and STP. Plus, it measures cable length for UTP and STP cable without remotes by using TDR (Time Domain Reflectometer) technology in real time. LANsmart displays the results in a pin-to-pin format.
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REFLEKT - Kelvatek Ltd.
Automated fault location – no manual interpretation of complex TDR tracesSimple user interface and displaySimple connection to all available lines – no changing to compare pairsConfidence level in result displayed to assist decision making
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Meilhaus Electronic GmbH
12 GHz sampling oscilloscopes with 2 channels for USB and Ethernet. In contrast to classical real-time oscilloscopes, they are particularly suitable for detecting very fast, repetitive signals (eg high-speed data transmission), eye diagrams, mask tests and TDR / TDT measurements. The effective / equivalent sample rate for repetitive signals is accordingly up to 5 THz.
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HL1100 Series - Hyperlabs, Inc.
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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Arc Chaser™ - T3 Innovation
he Arc Chaser Dual Mode TDR is capable of finding faults (Opens, Shorts, Arc Faults) on fully energized cables up to 600 Volts. Arc Chaser can monitor live cables for intermittent conditions, capturing these “events” and reporting where and when they occur. Using advanced Spread Spectrum Time Domain Reflectometry (SSTDR), Arc Chaser is capable of accuracy to fault of better than 1%.
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TV220 - Greenlee Communications
High Voltage Tolerant: Will not be damaged by high voltages (up to 400V (DC + peak AC). High Bandwidth: Tests more of your system capacity enabling users to pinpoint the faults that can cause micro-reflections which can be damaging to digital transmissions. High SNR: The TV220 also has extremely high signal-to-noise ratio (SNR). Proprietary circuit design and software reduce the noise level so that bumps on the trace represent real faults, not just noise. Events previously difficult or impossible to find, are clearly visible with the TV220. This means that you can clearly see faults further away. High-resolution performance allows the TV220 to locate problem components in the customer drop. The TV220 uses a pulse width of only 1ns, which means the operator can identify multiple events that are less than 2ft apart. This enables the technician to tell which of two components on a cable is causing the problem, even when they are close together. This is particularly important in troubleshooting drops, because components such as splitters and ground blocks can be closely spaced.
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Aplab Limited
Direct Digital Distance Readout 4½ Digit LED Display Time Domain Reflectometry Technique Impulse Display on CRT ±1% Accurate 5 Km & Above Range Test any Type of Paired Conductor and Coaxial Cable Battery Powered, Light Weight Self Check Facility Low Battery Indication Built in Timer to Save Battery Energy Easy to Use High Voltage on Lead Indication Compares Good Pair & Faulty Pair
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TRANSFLEKT - Kelvatek Ltd.
TRANSFLEKT simplifies the location of transient faults on the low voltage distribution network.
