Fiberoptics
Field of optic fiber application.
-
-
product
Fiber-Optic Devices
Understanding that fiber-optic devices are key devices for building global information networks, Renesas has applied its advanced R&D, design, development, and quality management expertise to creating a diverse portfolio of products for a wide range of fiber-optic communications applications.
-
product
S2 Unicolor Sensors
ULP-S2 SCI/V
The Universal LightProbe S2 Unicolor Sensor is designed for the intensity test of any single one of the five main LED colors (blue, green, yellow, orange, and red) plus white and Infrared (700nm to 1,000nm). Implemented in a unique and customizable 2-Part solution, the S2 Unicolor Sensor is assembled with your choice of Fiber-Optic Probe, including for the test of densely-spaced LEDs, bright LEDs, dim or misaligned LEDs, right-angle LEDs, and more, including the popular “Trident” Fiber-Optic Probes to sequentially test 3 LEDs with a single Sensor.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. longOperating Temperature Range: 0hC to 70hCTypical response times:<10mS capture time; 65mS overall response time; intensity output of correct color only.Fiber-Optic Probes: Can utilize any Universal LightProbe Fiber-Optic Probe
-
product
One-Channel Variable Optical Attenuator
N7761A
The N7761A attenuator is an extension to Keysight's high density N77xx-family that establishes a new standard in space-saving fiberoptic instrumentation.
-
product
Trident Fiber-Optic Probes
Our most popular and cost-efficient option for the test of multiple LEDs — testing three LEDs with a single Sensor. This method of testing LEDs scales up, so that testing 3, 30, 300 — or any number of LEDs — is far more cost-efficient than other methods. This is our most popular Fiber-optic Probe and can be combined with any of our Universal LightProbe Sensors.
-
product
LED Test
Universal LightProbe Penta sensors are Optomistic Products' most popular LED test sensor, relied upon for their versatility in accommodating most LED test applications for color and intensity. The Penta Sensor provides analog voltage outputs, and features built-in color binning, eliminating the need to convert LED wavelength to visual color in the ATE software, and saving valuable processing time. For use with any of the Universal LightProbe Fiber-Optic Probes.
-
product
Photonics
Precision fiberoptic and free-space interfaces provide high-speed, low-jitter and low noise signal conversion, and transport of analog and digital signals.
-
product
Optical Power Meter
TL-520
TL520 Mini-Designed Optical Power Meter is a self-developed test instrument which is widely used for installation, operation and maintenance of fiber-optic network. TL520 can test optical power within the range of 800~1700nm wave length. There are 850nm, 1300nm, 1310nm, 1490nm, 1550nm, 1625nm, six calibrated wavelength.
-
product
Fiber-Optic Probes
Once your Universal Light Probe Sensor has been selected best for your test, the two-part solution is completed by selecting the suitable Fiber Optic Probe which is best for your application.Fiber Optic Probes come in a variety of different aperture sizes, lengths and cable types to suit your application.
-
product
TDR Composite Cure Monitoring
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.
-
product
Fiber-Optic Measurement Technology
Fiber-optic sensors enable measurements in environments where electrical sensors reach their limits. Unlike electrical measurement methods, the purely optical measurement method is completely insensitive to environmental influences.
-
product
Optoelectronics
Renesas provides a wide range of optoelectronic devices, including IC output photocouplers (optocouplers) featuring a high response from 1Mbps to 15Mbps, as well as general purpose transistor output devices featuring high isolation voltage, high temperature operation and compliance with various international safety standards. For motor drive applications, dedicated photocouplers provide high isolation voltage, high temperature operation, high output current, and high-speed switching. These are complemented by a diverse range of ultra-high speed devices for fiber-optic applications, as well as solid state relays (OCMOS FETs).
-
product
1310/1490/1550 Nm DFB-LD For Fiberoptic Communications
RV2X6376A Series of directly modulated laser (DML) diodes deliver 25 Gbps x four wavelengths as the light source in 100 Gbps optical transceivers that enable high-speed communications inside 4.9G and 5G LTE base stations, and between data center routers and servers. The RV2X6376A Series are the industry’s first industrial-temperature (-40°C to 95°C) DML diodes that support full 25 Gbps speed (per individual laser) without cooling.
-
product
WDM Optical Network
In fiber-optic communications, wavelength-division multiplexing is a technology which multiplexes a number of optical carrier signals onto a single optical fiber by using different wavelengths of laser light.
-
product
GPIB T8 Cable, 2-Pin Male to 2-Pin Male; Core/Clad 62.5/125 um; 1,300 nm Wavelength Fiber-Optic Cable for GPIB-140A/2 Extender
183164-200
2-Pin Male to 2-Pin Male; Core/Clad 62.5/125 um; 1,300 nm Wavelength Fiber-Optic Cable for GPIB-140A/2 Extender - The GPIB T8 Cable, sometimes referred to as GPIB Cable, connects your system to high-speed GPIB-140A extender devices. You can use the GPIB T8 Cable with a pair of GPIB extenders to increase the cable length of your system up to 2 km without comprising the integrity of your GPIB system or requiring any application modifications. The GPIB T8 Cable is offered in different lengths.
-
product
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.
-
product
DI-1000L-Pro
The DI-1000L-PRO combines the all-digital wide-view DI-1000L microscope with our ConnectorView™ Plus v2 Pass/Fail software for fast objective analysis of fiberoptic connector endfaces. Powered by it’s direct USB2.0 connection to your PC, the DI-1000L-Pro can provide you with automatically centered Analysis Reports and Summary Reports in Excel or text.
-
product
High-Speed, Fiber-Optic Reference Transmitters
Thorlabs' Reference Transmitters are designed for high-speed fiber optic test and measurement applications. They are fully-integrated and user-configurable solutions based on proven lithium niobate (LiNbO3) modulator technology driven by high-fidelity RF amplifiers.
-
product
Multimode Fiber-Optic Transceivers
Schweitzer Engineering Laboratories, Inc.
Multimode fiber-optic transceivers convert EIA-232 or EIA-485 serial ports to multimode fiber-optic ports.
-
product
Contacting Tip Fiber-Optic Probes
Our Fiber-optic Probes with Contacting Tips are designed to achieve a more refined intensity measurement. The intensity response of a Sensor is influenced by several factors, including brightness and size of the LED under test, the aperture of the Fiber-optic Probe that is being used to test the LED, and the distance between the LED and the Fiber-optic Probe tip.
-
product
PCI-8366, PCI Host, 100 MB/s, Fiber-Optic Cable MXI-Express Device for PXI Remote Control
781400-01
The PCI‑8366 is an MXI‑Express remote controller for devices or systems over cabled PCI from a computer with a PCI slot. The PCI‑8366 remote controller provides a PCI link over a fiber-optic cable to the PXI‑8368 remote control module when used for PXI system control. Fiber-optic remote control solutions are ideal for long‑distance‑device control and electrical isolation. This link is transparent to software applications and drivers, so computers and servers can control connected devices with no additional programming. With NI remote controllers, PXI modules can be used as if they are PCI devices directly installed in the computer.
-
product
RGB Digital Fiberoptic Amplifier
CZ-V20 Series
SUPER HIGH POWER RGB sensor Industry's best color differentiation. High resolution amplifier for triple 16-bit calculation. New Luster Detection Sensor Head. Dual digital display & Direct access. New UV sensor head for fluorescent Detection. Three detection modes for every target [Super I / C' / C+I]
-
product
Optical Power Meter
TM103N
TM103N Mini-Designed Optical Power Meter is a self-developed test instrument , which is widely used for installation, operation and maintenance of fiberoptic network. And it can test six calibrated wavelength optical power within the range of 800~1700nm.
-
product
Laboratory Centrifuges
Centrifuge systems are designed for the development, test, evaluation and calibration of accelerometers and a variety of inertial devices. Centrifuges provide a cost-effective solution for simulating high-"G" environments in the laboratory. They support testing of devices such as MEMS-based Inertial Measurement Units (IMUs), low-cost quartz or silicon sensors, Ring Laser Gyros (RLGs), Fiber-Optic Gyros (FOGs), fuzes and crash sensors.
-
product
S2 Spectra Sensors
ULP-S2 WBI/V
The ULP S2 Spectra Sensor tests for LED intensity, and for any color in the visual spectrum, plus white. The S2 Spectra Sensor is well-suited for the test of “boundary” color LEDs, as it can unambiguously and repeatedly distinguish between not only adjacent visual colors such as green and yellow, but it can determine different hues of the same color such as yellow and amber, regardless of LED intensity. Implemented in a unique and customizable 2-Part solution, the S2 Spectra Sensor is assembled with your choice of Fiber-Optic Probe, including for the test of densely-spaced LEDs, bright LEDs, dim or misaligned LEDs, right-angle LEDs, and more, including the popular “Trident” Fiber-Optic Probes to sequentially test 3 LEDs with a single Sensor.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 voltsOutput Pins: 4 gold-plated standard wire-wrap pins (0.025 in. sq.)Output Loads: ‘Int.’& ‘Color’- 2Kohms min., 100pF max.Sensor Size: 0.560 in. dia x 1.38 in. long.Typical response time: Typical response time: <10mS capture time; <100mS overall response timefor color and intensity simultaneouslyFiber-Optic Probes: Can be paired with any Universal LightProbe Fiber-Optic Probe
-
product
GPS over Fiber
*High Dynamic Range GPS to Fiberoptic Transmitter and Fiberoptic to GPS Receiver*Compact NEMA rated outdoor Fiber Transmitter provides +5VDC Bias for GPS Antenna LNA*Rack mounted Fiber Receiver provides 8 RF outputs and integrated monitoring and alarming*Cost effective solutions for distribution of GPS signal over long distance
-
product
LED Color Sensor
Smart FINN
With the expanding use of LEDs in electronics, a quick and effective solution to test LEDs has become more and more vital. Today, the intelligent choice is the SmartFINN™. The Smart FINN™ is the simplest method for measuring the color of an LED on the market. Smart FINN™ delivers full color and brightness readings with speed and ease. The Smart FINN™ is placed in front of the LED under test with no critical spacing or fiber-optic cables to install or maintain.
-
product
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
-
product
PIN-TIA
The fiber-optic coaxial PIN-TIA receiver module is designed for SONET/SDH fiber-optical communicationnetworks, using reliable InGaAs PIN photodiode (PD) highly integrated with low noise transimpedence amplifier(TIA) to convert a long wavelength input optical signal into a differential (or single) output. It is a highly reliablemodule with excellent performance.
-
product
OEM, Embedded, and Custom Electronics
Picosecond timingPrecision analog and mixed signal processingDigital delay and pulse generationHigh speed photonics and fiberoptic timing distributionAerospace instrumentation and simulation
