Specialized Solutions for Fiber Optic Testing

Transcription

1 Specialized Solutions for Fiber Optic Testing

2 OP740 High-Speed Multichannel Optical Power Meter The OP740 offers a state-of-the-art solution for highspeed optical power measurement applications where multiple channels are needed. Unlike many other systems, this instrument is comprised of individual power meters allowing for simultaneous data acquisition over all channels with unparalleled speed. OP735 OP740 Multichannel Optical Power Meter The OptoTest OP735 Benchtop Optical Power Meter can be configured with up to 4 channels and a mix of InGaAs, Silicon, and High-Power Detectors. This unit is ideal as a compact, stand-alone power meter or used in conjunction with a stabilized light source to measure insertion loss. Designed for high-speed data acquisition on fiber optic components, the OP735 provides absolute or relative measurements with high resolution and tight linearity specifications. 1mm InGaAs 3mm Silicon Sampling Speed variable, max 125,000 samples/second Measurement Range +6dBm to -72dBm at 1490nm +3dBm to -65dBm at 980nm Wavelength Spectrum 830nm to 1700nm 400nm to 1100nm Relative Accuracy Channel Count ±0.02dB Up to 24 in one 2U enclosure OP-METS Multichannel Environmental Test Station The OP-METS Multichannel Environmental Test Station is optimized for environmental testing of up to 144 single mode or multimode fiber assemblies or passive components. Key Benefits Facilitates environmental testing per GR-326-CORE, GR-1435-CORE Qualify single fiber (FC, SC, LC, etc) or multifiber connectors (MPO/MTP, MXC, PRIZM-LT, etc) Multimode and Single Mode Wavelengths 850 / 1300 / 1310 / 1490 / 1550 / 1625 Multimode IL sources can be configured to meet IEC/TIA specifications (Encircled Flux) upon request Stability testing with flexibility for unique configurations Unparalleled insertion loss (IL) stability

3 OP710 Multichannel Optical Power Meter The OP710 offers an economical approach for optical power measurement applications where multiple channels are needed. Unlike other systems, this instrument is built up with individual power meters allowing for unparalleled simultaneous data acquisition over all channels. The OP710 is available with up to 24 channels and can be configured for an assortment of detector and connector interfaces. With the rack mount option, multiple instruments can be combined and configured for even higher channel counts. OP1100 Discontinuity Analyzer The OP1100 Discontinuity Analyzer is an off-the-shelf fiber optic test system that automatically captures, displays and logs short optical power interruptions and spikes in accordance with EIA/TIA-FOTP-32A. This test solution provides a method for testing a broad variety of passive or active fiber optic components for susceptibility to discontinuities (signal dropout, transient output or transmittance fluctuations) during application of an external stimulus, such as temperature, vibration or physical shock. For channel counts greater than 4, a purchase of the OP1100 includes the OP710-ANX Multichannel Optical to Electrical Converter. Optical Power Meter Optical Receiver Input power range: -2dBm to -40dBm Wavelength Range: 830nm to 1650nm 300μm InGaAs Detector >2MHz Bandwidth Linear amplifier output 0 to 2.5V OP1100 Discontinuity Detection Event duration: >0.8μs to 1s Event amplitude: >= 0.5dB Sampling interval: 0.4μs Event trace: 750 samples Data Interface USB 2.0 Operating Temperature Range Optical Interface Power Supply (order country specific) Mechanical Dimensions* * For channel counts 1-4 only. 0ºC to 50ºC (32ºF to 122ºF) Fixed FC (others upon resquest) US Standard or Euro Standard Standard 19 rack, 2U (16.8 x 3.8 x 10 inch)

4 OP715 Stabilized Light Source The OptoTest OP715 Benchtop LED/LASER Source can be configured up to 4 channels with a mix of LEDs and/or LASERs. Ideal as a compact, stand-alone source or used in conjunction with an optical power meter to measure insertion loss. Factory configurable wavelength mix including LED and LASER. SOURCES OP750 Multichannel Source The OP750 Multichannel Source is available in up to 24 channels, or up to 12 dual-wavelength channels, with a mix of LEDs and/or LASERs. With support for most common connector options, a variety of available wavelengths, adjustable power levels, and a built-in optical switch, the OP750 is ideal for use as a stand-alone source or paired with an optical power meter for insertion loss testing. The OP750 is entirely customizable to meet customer needs (including but not limited to): LED and LASER options include Fabry Perot, DFB, VCSEL Available wavelengths include 635, 650, 780, 850, 980, 1310, 1320, 1550, 1625nm Added temperature stabilization upon request 1310nm, 1490nm, 1550nm, 1625nm LASER Interfaces include SMA, ST, FC, SC, LC, MTRJ, E2000, 1.6mm,1.25mm, 2.0mm, 2.5mm 850nm, 1300nm LED Source Center Wavelength ±30nm from nominal ±30nm from nominal Source Bandwidth <10nm <140nm (850nm) <200nm (1300nm) Internal Fiber 9/125µm (SMF28) 50/125µm, 62.5/125µm, 105/125µm Launch Condition N/A Available upon request Output Power (typical) -2.5dBm -18dBm(850nm) -20dBm(1300nm): 62.5/125µm Source Stability* ±0.02dB ±0.02dB * Over 1 hour with a max. change of 1ºC. Contact your OptoTest sales representative for more information on the available customization options for the OP750. Light Emitting Diode (LED) Typical Spectrum Fabry Perot Laser Typical Spectrum 850nm VCSEL Typical Spectrum FWHM center wavelength center wavelength center wavelength

5 OP1021 Launch Condition Analyzer System Encircled Flux Encircled Flux The Launch Condition Analyzer characterizes connectors, fiber components, and provides graphs illustrating how light exits the fiber. The analyses ensure conformity to industry standards. Nearfield Analyzer The Nearfield (NF) describes the optical power density on the surface of a radiating source or the end of a fiber. The nearfield measurement can determine the refractive index profile of multimode fibers and the fiber s mode filling, launch condition, and Encircled Flux. Farfield Analyzer The Farfield (FF) measurement is the optical power density of a source or fiber end on a surface measured at a radial distance. The farfield measurement can determine the numerical aperture of fibers. In addition, the farfield measurement technique is used to perform a mode field diameter measurement per TIA/EIA A, a measurement instrumental in the development and qualification of SM fiber. OP1021 Farfield Scan Range Nearfield Scan Range Wavelength Range Optical Power Range Optical Interface Mechanical Dimensions Analysis Software -0.5 NA to +0.5 NA (-0.5rad to +0.5rad) resolution: 2.2 mrad 250µm, 0.1µm resolution 850nm to 1700nm (InGaAs) 450nm to 1100nm (Silicon) +20dBm.. -45dBm Universal 2.5mm, 1.25mm, 1.6mm Standard 19 rack, 3U Farfield scans Nearfield scans Encircled Flux per IEC OP752-MOD Modal Conditioner With the OptoTest OP752 Multichannel Modal Conditioner, you can quickly meet critical launch condition requirements like Encircled Flux, M80 or 70/70 fill for multichannel test setups. When used in conjunction with the OptoTest Multichannel LED Sources (OP750 Series) or Return Loss Meters (OP940 Series), launch conditions can be met without the need for external mandrel wraps. OP-LCKIT Launch Condition Kit Meeting critical launch condition requirements is often difficult or overlooked. With the OptoTest Launch Condition Kit, it is easier than ever to meet specifications for many common launch conditions. The OP-LCKIT produces a controlled launch and can be specified for common connector types (FC, SC, LC, etc.) with UPC or APC polish, fiber size (50µm, 62.5µm, etc.), and to meet launch conditions such as Encircled Flux, M80, or 70/70 fill.

6 Adapters OptoTest s wide selection of detector adapters make testing most common types of connectors easy and allows for the highest level of accuracy. All of OptoTest s detectors that are 3mm and smaller come with the Universal Adapter Interface, which accommodates our AD family of detector adapters for most simplex connector types. Detectors that are 5mm and larger utilize the Large Area Detector Interface, which correspondingly accepts our LAAD family of adapters. AD-125 AD-ST AD-FC AD-LC AD-25 AD-E2 All adapters are interchangeable within their family to allow for fast and accurate testing of hybrid and fanout cables, and to allow for changes in test setups for different cable types. LAAD-MTP LAAD-MT LAAD-FC Integrating Sphere The OP-SPHR Integrating Sphere is designed as a costeffective solution for optical testing of fibers terminated with high-density connectors such as MTP /MPO or bare fiber. The Integrating Sphere works by reflecting and evenly distributing the light over the entire surface of the internal cavity, making Insertion Loss (IL) measurements stable and repeatable with low polarization dependence. The screw-on design is ideal for implementing into new or existing Test Systems to accommodate up to 72 fibers, and can be used with all OptoTest 1mm and 3mm detector designs. AD-SPHR-25 AD-SPHR-SC AD-SPHR-BFA High Performance Reference Cables HPR HPR-MTP OptoTest Corp Calle Quetzal Camarillo, CA USA OptoTest is a registered trademark of OptoTest Corporation of California OptoTest Corporation. All rights reserved sales@optotest.com engineering@optotest.com R&D_CATALOG Rev. A