Complete Overview 2010 - OptoTest - #1

Text version of the page

Return Loss Meter Fiber Type: Singlemode Multimode Source Wavelength 1310nm/1550nm (1490nm/1625nm) 850nm or 1300nm Measurement Range -10dB..-72dB (-80dB FTTX) -10dB..-55dB Absolute Accuracy +/-1dB, -14..65 +/- 2dB 65..72 +/-1dB -10..-45, +/- 2dB 45..55 Distance Range (Reference Cable to DUT) 2.5m..2400m Multichannel Source Source Type: LED Laser Wavelength (individual) POF, 850nm, 1300nm 850nm, 1310nm, 1550nm, 1625nm Dual Wavelength 850nm/1300nm 1310nm/1550nm Output Power -13dBm (output power depends on fiber size) 0dBm Stability (1 hour @ Ambient, Overall) +/- 0.02dB, +/- 0.05dB +/- 0.02dB, +/- 0.05dB Number of Channels Up to 24 individual or dual wavelength sources per instrument Optical Interface FC, ST, SC (others upon request) Multichannel Optical Power Meter Detector (various detector areas available) InGaAs (1mm, 3mm, 5mm,10mm) Silicon (3mm) Measurement Range +3dBm..-80dBm, +27dBm .. -55dBm +3dBm..-60dBm Wavelength Range 830nm..1700nm 480nm..1080nm Selectable Wavelength 850/980/1310/1480/1550/1625nm 650/850/980nm Measurement Resolution (Display) 0.01dBm (absolute) 0.001dB (relative) Measurement Linearity (Relative Accuracy) +/-0.05dB Number of Channels 4 to 24 per instrument Data Acquisition Rate >10 samples/second acquisition rate OP710 Insertion Loss Measurement The OP815 offers a highly integrated, single unit solution for efficiently measuring insertion loss on singlemode, mulitmode fiber cable as well as POF. The instrument includes a single dual-precision optical power meter and a single or dual wavelength light source. Optical Power Meter Measurement Range +3dBm..-80dBm Wavelength Range 830nm..1700nm (InGaAs Detector) 480nm ... 1080nm (Silicon Detector) Selectable Wavelength Standard: 850/980/1300/1310/1480/1550/1625nm 630/650/780/850/980nm Measurement Resolution (Display) 0.01dBm (absolute) 0.001dB (relative) Measurement Linearity (Relative Accuracy)*** 0.05dB Stabilized Source: Laser LED Source Wavelength 850nm, 1310nm, 1550nm, 1490nm, 1625nm * 850nm, 1300nm or both, 650nm * Output Power typ. 0 dBm (1mW) typ. -15dBm (into 62.5MM) Launch* * Singlemode CPR>21dB Source & Power Channels 1 or 2 each OP815 & OP815D Bidirectional Insertion Loss Measurement Built upon the proven technology of the OP815 and equipped with a highly repeatable cross connect switch, the OP831 is the efficient solution to measure insertion loss on both ends of singlemode or multimode cables in one measurement. Optical Power Meter Measurement Repeatability IL +/- 0.075dB (includes 2x2 switch, source stability, power meter linearity) Measurement Time (Dual wavelength both directions) 3 sec. (For best repeatability) Multichannel Instruments Multichannel Optical Power Meter The OP710 offers unparalleled data acquisition speed for multichannel optical power measurements. Configurable with a variety of detectors and connector interfaces multiple instruments can be combined for a higher channel count. Multichannel Source The OP750 multichannel source can be configured for a mix of up to 24 individual LED or Laser sources. Depending on the application, individual sources or a switched solution can be configured. Multifiber/Ribbon Testing OP831 OP710 Multichannel Optical Power Meter Low Polarization Dependence (LPD) , High Power, and Wide Spectral Response (WSR) models are available. OP750 Instrument Selection Besides the Turnkey Solution for 12 fiber MTP/ MPO connectorized cables and hybrids, OptoTest offers a variety of instruments and options that are engineered to match the measurement applications, be it simplex, duplex, ribbon, or multi-fiber cables terminated with any of the industry available connectors. Return Loss Measurement The Insertion Loss and Return Loss on optical components is measured fast and accurately with the TIA approved “no mandrel” method. Neither matching gel nor mandrel wraps are required for testing of the cable. OP930 OPL Application Software Insertion Loss & Return Loss Measurement Reflective Event Comparison Method (RECM) per TIA TSB-142. Fiber Type: Multimode Singlemode Source Channels 4...12, 24 (or custom) Insertion Loss Source 850nm, 1300nm Launch Condition TIA compliant 1310nm, 1550nm 1490nm, 1625nm Return Loss Source 850nm, 1310nm 1310nm, 1550nm 1490nm, 1625nm Source Stability +/-0.02dB (0.05dB) Optical Power Meter Range (for 5mm, 10mm Detector or Integrating Sphere) +3dBm ... -45dBm Insertion Loss Accuracy +/- 0.05dB Return Loss Range -10dB .. -52dB -10dB .. -72dB Return Loss Accuracy * +/-1dB Channel Repeatability +/-0.05dB Measurement Speed typ.1 sec.per channel & wavelength pair OPL-Pro This cable test utility automates the Insertion Loss, Return Loss measurement process in manufacturing greatly. OPL-Pro operates with all single channel and bidirectional instruments. • Real-time display • Pass/Fail criteria • Serialized Cable Test • Bidirectional Testing • Datafile in Excel format • User configurable setup • Auditing trails OPL-Max This application supports multichannel serialized cable testing for Insertion Loss and Return Loss.. • Programmable Sequences • Reference Wizard • Checks for Continuity/ Crossed Fiber • Retest of individual channels • Test Report • Data in Excel format • Measurement Log for audits OPL-LOG A customizable application controlling combinations of Sources, Return Loss modules, power meters, and third party instruments, to log data over time. • Timer based data acquisition • Capture IL, RL, temperature and auxiliary parameters • Data in Excel format • Programmable Sequences • Graphical display of results vs. time Singlemode fiber 5mm Detector Integrating Sphere SM/MM fiber 10mm Detector Integrating Sphere Bare ribbon fiber (any type) 10mm Detector Integrating Sphere Measuring Insertion Loss (IL) and Return Loss (RL) on multiple fibers can be challenging; the connectors may be difficult to clean, high quality reference cables may be hard to get and the measurement step requires fiber management and organizational skills beyond belief. With the OPSeries Multifiber Test Systems, tailored solutions measure the necessary parameters on Multifiber cables such as MTP/MPO Cables, Fanouts, Multi-termini Connectors, and even Duplex or Simplex Cables. OP930 OP815 OP831 OP750 OP710 Optical Power Meter : Same per formance as the OP815 & OP815D. Stabilized Source: Same per formance as the OP815 & OP815D. Appropriate Detector Selection To measure power levels on ribbon fibers terminated with any of the MT connectors styles, the following * Others upon request ** Can be configured per customer's request including encircles flux per TIA/IEC *** Dynamic Range depends on detector type. large area detector options are supported: * mm: -10..-45, 5m -10...-65, +/-2dB otherwise