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Small Aperture Fiber-Optic Probes
Small-aperture Fiber-optic Probes are best for testing closely-spaced LEDs. With an aperture of 1mm, and a diameter of 1.2mm/0.050 inches, they can test LEDs spaced as close as 0.050 inches on center. Small-aperture Fiber-optic Probes are available with straight or right-angle stainless-steel tips as shown below. This allows for precise customization to your mechanical constraints.
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Fiber Inspection & Cleaning
ShinewayTech Fiber Inspection & Cleaning - Optical Connector Inspector, Wireless FIber Inspection Probe, Cleaning Pen, & more.
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NIR & UV-VIS Process and Lab Analyzers
The optical or spectrum analyzer is the brain which transforms the signal collected by the sample interface into actionable information. Guided Wave sample interfaces (probes, flow cells) are designed for use with NIR or UV-Vis fiber optic coupled analyzers. They are designed to be rugged and reliable in harsh chemical and physical process conditions while providing optimal light transmission for long-term reliable measurements. More information is available about specific analyzers on each product page or on the process analyzer product overview.
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Reflection Probes
Reflection probes are used to obtain spectral information of diffuse or specular materials. The light from a light source is sent through six illumination fibers to the sample, and the reflection is measured by a 7th fiber in the center of the reflection probe tip. Discover our reflection probes below.
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High Speed Contacts
Our quadrax, twinax, spring probe, coax, triax and fiber optic contacts can be sold seperately or configured into any of our standard connector shells sizes as well as cable assemblies and harnesses.
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Fiber optic thermometer systems
TS Series
Micronor now offers a complete range of fiber optic temperature sensors, probes and interfaces for temperature measurement in challenging environments. TS series fiber optic temperature probes offer immunity to RF and microwave radiation along with wide temperature range, intrinsic safety and non-invasive use. The fiber optic temperature probes can operate over -200°C to +300°C (-328°F to +572°C), and withstand harsh and corrosive environments. Typical fiber optic temperature monitoring applications include:
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Optical Voltage Probe
400-02
Srico’s optical voltage probe uses advanced, proprietary optical chip technology to achieve precise, interference-free measurement. Our sensor and optical fibers are made of dielectric materials. This facilitates a high degree of isolation between the voltage test point and the instrumentation system ⎯ at a safe distance of 100 meters and more. This system senses, measures, and transmits electrical data very accurately.
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Fiber Optic Measurement Systems & Sensors
MTI Instruments offers large measurement range and standoff distance fiber-optic measurement sensors and probes that provide ultra sensitive linear output response. Our modular (interchangeable) non-contact fiber optic sensors systems have dual channel that enables the user to make simultaneous measurements. Our fiber optic probes are designed to automatically compensate large changes in reflectivity making it possible to monitor dynamic reflectance of up to 100:1 making it ideal for measuring vibration of ultrasonic horns, modal analysis of disk drive suspension, displacement and timing of fuel injectors and lateral motion measurements.
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Oil-in-Water Analyzer
Model 6650SP
Teledyne Analytical Instruments
The Model 6650SP is comprised of a versatile transmitter and probe for monitoring oil-in-water in various refineries, power plants and offshore platforms. The system incorporates state-of-the-art electronics and a fiber optic based in-situ probe that detects oil-in-water.
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Fibers And Probes
Ocean Insight optical fiber assemblies, probes and accessories collect and direct light in spectrometer setups.
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TDR Structural Health Monitoring
Material Sensing & Instrumentation
MSI Time-Domain-Reflectometry (TDR) Structural-Health Monitoring probes the structural health of a composite part by propagating a fast electrical pulse along a distributed linear sensor which has been fabricated directly in the laminate. The sensor is formed from the native graphite fibers already used in composite manufacture, and constitutes zero defect. Fibers are patterned into a microwave waveguide geometry, or transmission line, and interrogated by a rapid pulse as shown below. Structural faults along the line cause distortions in waveguide geometry, producing reflected pulses similar to radar. Cracking, delamination, disbonds, moisture penetration, marcelling, and strain are all detected by propagation delay, for sensor lengths up to several meters.
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Raman Fiber Probes
For ultimate flexibility, fiber-coupled Raman probes offer a compact design and a rugged, robust construction for a wide range of applications. With an optional integrated camera, the user can locate a precise region of interest prior to analysis. Also available are immersion probes and non-contact optics.
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Systems for Pipe Location
Here you will find an overview of SEWERIN cable location systems. Starting with locating technology such as fiber optic probes for locating non-metallic pipes, a system for acoustic locating of plastic pipes, to a multi-channel receiver for the localisation of water or gas pipes, telecommunications or power cables and other live or metallic supply lines.
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Instrument Systems General Accessories
Konica Minolta Sensing Americas, Inc
Instrument Systems General Accessories current range of optical probes and measurement adapters using fiber optics as a means to transport light in the spectrometer was a primary goal sought by Instrument Systems from the beginning of their product development.
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Fiber Optic Temperature Sensor with the EasyDisk
The TPT-62
The TPT-62 fiber-optic temperature probe family employs industry standard 62.5µm core OM1 fiber optic for highly improved optical, mechanical, and reliability properties over legacy 200 µm core (1st generation) fiber optic sensors. The EasyDisk sensor tip assembly ensures IEC60076-2 (Annex E) compliant installation and enables quick insertion of the probes into the spacers within the windings of transformers.
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Connectors
Through our Hypertac, IDI and Sabritec technology brands, we supply application-specific, high-reliability electrical interconnect solutions from highly integrated assemblies to microminiature connectors and spring probe contacts. The core of our advanced interconnect solutions is our contact technologies: Hyperboloid, Tortac, Spring Probe, High Speed, Edge Card, Fiber Optic, EMI/EMP, High Power and High Temperature.
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S2 Ultra High Sensitivity Sensors
ULP-S2 UHS
Universal LightProbe S2 Ultra-High Sensitivity Sensors are designed for the test of very dim LEDs, as low as 0.01 mcd minimum, and including very low light-level LED-illuminated action-indicator switches, controls and status indicators for night/dark viewing in automobile interiors. Recommend the use of wide-aperture stainless- steel encased Fiber- optic Probes with contacting tips.Operating temperature range: 0oC to 70oCPower consumption: Operates between +5 and 28 volts D.C., at 6mA max. Less than 4.75 volts is not recommendedVoltage protection: Withstands up to +40 volts, & reverse polarity to -18 voltsSignal Output Loads: 20 mA max. Non-inductive.Output Pins: 3 gold-plated standard wire-wrap pins (0.025 in. sq.)Sensor Size: 0.560 in. dia x 1.38 in. long.Typical response times: <190mSFiber-Optic Probes: Wide-Aperture Fiber-Optic Probe recommendedDesigned for the test of very dim LEDs, as low as 0.01 mcd minimum
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Fiber optic active antennas / field probes
EFS-105
The EFS-105 is the first in a family of fiber-optic active antennas & E-field probes. The field distortion caused by the probe head is nearly zero due to the exceptionally small probe head and the all-optical signal transmission and power supply. This gives an invaluable advantage for near field measurements and measurements close to metallic parts.
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O-E PROBE
O-E probe is the unit to convert optical signals to electrical signals. It can be connected to Oscilloscopes or data loggers via a BNC connector and monitor the conversion waveform. It can acquire the optical signal easily by just pointing the optical fiber probe at the light source. Recently, more and more light sources utilize optical modulation for next generation lighting such as LED. Acquiring the emission timing is required to measure the emission phenomenon of the light source. This O-E probe unit is the ideal tool for these tasks.
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Spectroscopy Fiber Probes
Spectroscopy probes for medical diagnostics and industrial process control, in volume production of fiber for medical and industrial lasers, for different fiber bundles, etc.
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Portable Test Platform
FTB-4 Pro
The FTB-4 Pro is the latest addition to EXFO’s test orchestration portfolio which transforms business as usual into smarter, scalable network testing that significantly increases operational efficiency and provides vital insights into field operations, network performance and service delivery. The 4 slot modular FTB-4 Pro platform enables a unique combination for 100G commissioning, turn-up and troubleshooting which includes the FTBx-88200NGE 100G Multiservice tester (with iOptics transceiver validation software) and the FTB-5240S-P optical spectrum analyzer. There is no need to carry additional platforms or swap modules for unmatched transport and spectral testing on a single platform that no one in the industry can offer. The versatile FTB-4 Pro platform supports a wide range of modules for field testing, data center interconnect, submarine testing, and lab applications for maximum flexibility and ROI across all phases of the service delivery chain: development, deployment, maintenance and troubleshooting. Module combinations on the FTB-4 Pro can also include iOLM/OTDRs, market leading OLTS for fiber characterization, dispersion solutions and other transport modules all with compatibility with EXFO’s market leading fiber inspection probes.
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OEM 1-Channel Fiber Optic Signal Conditioner PCB Module
FOTEMP1-OEM-MNT
The FOTEMP1-OEM-MNT is a small form factor PCB interface module designed for low cost insertion of high precision GaAs-based fiber optic temperature sensor technology into OEM applications where common electrical temperature sensors and thermocouples cannot be used. The OEM interface product is compatible with all TS series fiber optic temperature probes. The sensors are entirely non-metallic and electrically passive, providing immunity to EMI, RFI, MR, microwaves and radiation is required.
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Fibers and Probes
Ocean Insight optical fiber assemblies, probes and accessories collect and direct light in spectrometer setups. Readily available in our online shop.
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Wireless Fiber Inspection Probe
OCI-20BN-W
OCI-20BN-W is a portable optical fiber connector inspector for checking fiber and connector end-face cleanliness, ideal for bench top and fiber optic network installation technicians to eliminate error caused by poor quality or improper cleaning.OCI-20BN-W offers excellent viewing on connector/fiber end-face and is able to feature to record and save image/video of fiber end-face; It can be connected to PC or phone by WIFI.More than 40 assorted high-precision tips designed for inspection solutionsAngled/Lengthened tips for awkward positions.Connect smart phone for testing FiberEye2 is the application on an android or IOS smart phone to capture, display and record the fiber end-face image from the Wi-Fi probe.Connect tablet/laptop for testing EFD is the analysis software on Windows tablet/laptop to have dusts, and scratches on end face inspected, analyzed, compiled and reported
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OTDR
EXFO-100
Hangzhou Softel Optic Co., Ltd.
* Top user-friendliness: one-button testing, combined with EXFO’s proprietary FTTx software package (macrobend/fault finder, pass/fail indicators)*Multiple options, including power meter, visual fault locator (VFL), fiber inspection probe, printer and IP testing*Fault Finder mode, for quick identification/location of a fiber break*Complete connectivity flexibility: USB stick compatibility and USB cable data download via ActiveSync**Advanced TFT transflective color display, for assured legibility under direct sunlight or in other demanding outside conditions*Handheld, small, lightweight unit: 1 kg (2.2 lb)*Built-in ruggedness for outside-plant usage*Troubleshooting option, enabling in-service, out-of-band network testing *EXFO’s AXS-100 Access OTDR combines the industry’s leading OTDR technology with power meter functiona lities in one powerful handheld unit.Optimized for testing passive optical networks (PON) within FTTx architectures, it offers several wavelength configurations and a wide range of options, for first-class flexibility. Use it at the optical network terminal(ONT), drop terminal or fiber distribution hub (FDH) for FTTH distribution(F2) fiber characterization, troubleshooting and fault locating.
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High Voltage Fiber Optic Probe, 150 MHz Bandwidth
HVFO108
- Ideal for GaN and SiC devices- Highest system accuracy- Fastest rise time- High CMRR - 160 dB
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Probes & Flow Cells
The sample interface is a virtual “windows into the process” and is a critical component of any optical analyzer system. Guided Wave sample interfaces (probes, flow cells) are designed for use with NIR or UV/Vis fiber optic coupled analyzers. They are designed to be rugged and reliable in harsh chemical and physical process conditions while providing optimal transmission for long-term reliable measurements.
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MPI SiPH Probe Systems
MPI Advanced Semiconductor Test
MPI designed dedicated SiPH upgrades for its well known 200 and 300 mm probe systems, which includes:*Various options of high-precision fiber alignment systems for ultra-fast scanning routines*Multiple measurement capabilities for O-O, O-E, E-O and E-E device configuration*Integrated Z-sensing for detecting the fiber to wafer contact point*Crash protection when using two optical fiber arms*Wide temperature range from -50°C to 200°C*Optional dark box for testing in light tight environment*Extensive software package for supporting easy integration to operator’s test executive*Probe system compatibility: TS2000-IFE, TS2000-SE, TS3000, TS3000-SE, TS3500 and TS3500-SE
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Digital Inspector
DI-2000
Many modern network issues can be traced to contaminated or damaged fiber optic connector endfaces. Lightel’s DI inspection probe series provides ergonomic, easy-to-use, and versatile inspection of the endfaces for fiber optic male and female, single and multi-channel connectors.
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HV Calibration
B-1027
Ross Engineering Corporation’s High Voltage Calibration Lab provides high accuracy capability for conducting tough reliability tests on all our high voltage devices. In this facility we test and calibrate HV Relays, HV Dividers, HV Probes, Spark Gaps, our Fiber Optic Systems, and HV Digital Voltmeters up to 450kV. We provide our own in house test lab to ensure Ross products meet or exceed required safety standards as well as our own high standards of dependability, long life and quality. Our technicians use test equipment calibrated by or traceable to National Institute of Standards and Technology or other national metrology institute to provide the highest in testing accuracy.
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Components for System Integration
Bh offers a wide range of accessories to improve your photon counting experiment such as experimental control modules, optomechanics or implantable fiber probes for in-vivo applications. For PMTs and MCPs we offer different preamplifiers and a variety of routing devices for multi-detector operation. For a perfect SYNC signal, trigger modules and a SYG are available.
