Optic Sensors
Detect and measure light.
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Fiber Optic Sensors
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Fiber optic sensors are a special type of sensor that uses fiber optic light guides to deliver the light to the sensing position. They work well for applications involving small targets, unfavorable conditions and tight areas. Glass fibers can be used in harsh environments without damage and are more rugged than plastic fiber optics. Plastic fiber optics are more flexible and cost-effective and can be cut to length. When applied correctly, fiber optic sensors solve many applications general purpose sensors can't solve.
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Fiber Optic Sensors
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Achieve highly reliable and precise fiber optic sensing. Advanced Energy’s Luxtron® patented FluorOptic® temperature measurement solutions and WaveCaptureTM Fiber Bragg Grating (FBG) sensing solutions feature many options to meet your application needs.
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Fiber Optic Sensors And Amplifiers
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Omron’s high-performance fiber optic sensors and amplifiers come in a wide variety of configurations to meet your specialized requirements.
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Fiber Optic Strain Sensors
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Opsens Solutions optical strain sensor delivers reliable results in harsh environment. Opsens Solutions OSP-A fiber optic strain transducers are designed to provide accurate deformation measurement in the most adverse conditions. Its small size and EMI/RFI electromagnetic environment and lightning immunity makes it the ideal sensor for geotechnical, structural health monitoring, Defense and aerospace and general applications.
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FluorOptic Fiber Optic Temperature Sensors
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Advanced Energy’s Luxtron® Fiber Optic Temperature Sensors enable customer innovation in complex applications for a wide range of industries including semiconductor equipment, industrial, manufacturing, telecommunications, data center computing, and medical. Based on Fluoroptic® technology, each individual product can be configured for specific applications.
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Photo Optic Sensors
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From patient monitoring in hospitals, to wearables and home healthcare applications, TE Connectivity (TE) offers photo optic sensors and components for non-invasively measuring blood oxygenation (SpO₂) level. With more than 27 years of proven reliability and expertise, TE has designed SpO2 sensors with best-in-class flexibility to accommodate multiple wavelength options. Our ability to provide both components and complete sensor packages make us the leading choice for pulse oximetry applications that require high degrees of precision, durability and performance.
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Product
Absolute Optical Encoder Kit Version
A2K
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The A2K absolute encoder is a non-contacting optical rotary position sensor which reports the shaft angle within a 360 deg. range. As opposed to incremental encoders, the A2K reports the absolute position rather than the change in position. When powered up, it does not require a home cycle, even if the shaft was rotated while the power was off. In multi-turn mode, it tracks the position in a 32-bit counter as long as the power supply is maintained. Internally, an infrared LED flashes through a circular bar code onto a linear array sensor. The microcontroller decodes the image into a unique position. All user programmable parameters such as resolution, origin, direction and mode are permanently stored in an internal EEPROM
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Handheld Spectrometer
SCiO
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SCiO is the world''s first molecular sensor that fits in the palm of your hand. Scan physical objects and receive instant and relevant information to your smartphone. SCiO reads the chemical make-up of materials. It is a non-intrusive, no-touch optical sensor that provides a seamless user experience. Discover your world with the click of a button. Food, plants, medication, oil and fuels, plastics are only part of what SCiO could analyze.
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Angle Position On-Axis
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The magnetic rotary position sensor product family detects the absolute angular orientation of an on-axis two-pole magnet rotating over the center of the IC. The absolute angular position can be provided in various formats, including PWM, ABI and UVW, or directly read through the host interface. According to the application’s requirements, resolutions from 8-bit up to 14-bit are available. This technology can be employed in high-accuracy angle position detection, high-speed rotation systems and brushless DC motor control. Any rotary magnetic position sensor can replace either absolute or incremental optical sensors, other magnetic and inductive technologies, potentiometers or magnetic switches.
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Touch Probes And Vision Systems
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HEIDENHAIN offers universal, high-accuracy touch probes for machine tools, enabling exact tool measurement, edge measurement on parts, and more. Proven technologies, such as wear-free optical sensors, collision protection, and integrated cleaning blowers, make these touch probes a dependable asset for tool and part measurement. The vision systems from HEIDENHAIN can also be conveniently deployed to monitor tools for even greater process reliability.
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Optical Oxygen Sensors
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PST offer a range of factory calibrated optical oxygen sensors which measure trace and ambient oxygen levels using luminescence-based optical technology.The patented technology allows the range of sensors to produce low power operation, while offering a long lifetime.
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Bench-Top Type Amplifiers
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– A variety of wavelength bands– Most models have the RS232C / IEEE488.2(GP-IB) interface as default– customization is available– Development of next-generation optical communication systems– Amplification for evaluation of transmitted signals– Detection of faint signals in optical measurements & sensors
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Product
Fiber Optic Sensor Systems
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Fraunhofer Institute for Telecommunications
Fiber-optic and photonic measuring systems open up innovative measuring and control technology concepts for a wide variety of applications. They play a major role in optimizing energy efficiency and are important technological innovation drivers for new and future-oriented markets.In the Department of Fiber Optic Sensor Systems of the Fraunhofer Heinrich Hertz Institute, the focus of application-oriented research is on the development of a new generation of photonic sensors. These are characterized by extreme miniaturization, high network and communication capability as well as extremely low power consumption or even a self-sufficient power supply.In the Department of Fiber Optic Sensor Systems at the Fraunhofer Heinrich Hertz Institute is focused applied research on the development of a new generation of photonic sensors. These are characterized by extreme miniaturization, high network and communication skills as well as an extremely low power consumption, or even a self-sufficient energy supply.
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Optical Communications and Sensing
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The Analog Devices optical portfolio covers a range of technologies, such as current mirrors, translinear logarithmic amplifiers, laser diode driver ICs, and optical sensors, to provide designers the tools they need for their optical applications. Our optical portfolio supports GbE optical receivers, Fibre Channel, WDM transponders, telecommunications, and next-generation optical networks.
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Simulating Optical Design Components
Wave Optics Module
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The Wave Optics Module provides dedicated tools for electromagnetic wave propagation in linear and nonlinear optical media for accurate component simulation and optical design optimization. With this module you can model high-frequency electromagnetic wave simulations in either frequency- or time-domain in optical structures. It also adds to your modeling of optical media by supporting inhomogeneous and fully anisotropic materials, and optical media with gains or losses. It is straightforward to simulate optical sensors, metamaterials, optical fibers, bidirectional couplers, plasmonic devices, nonlinear optical processes in photonics, and laser beam propagation.
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Fiber Optics
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The Neoptix product line includes fiber optic temperature sensors for transformer windings temperature monitoring and for laboratory, industrial, and medical applications.
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Light-to-Analog Sensors (Voltage)
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Renesas' light-to-voltage silicon optical sensors combine a photodiode array, a non-linear current amplifier and a micropower op amp on a single monolithic IC. Applications for these devices include display backlight control, keypad dimming, anti-glare mirror systems, and industrial and medical light sensing applications.
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Multi-Channel Pyrometers
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Electronic Development Labs, Inc.
A non-contact infrared instrument that measures temperatures at multiple, distinct points simultaneously, typically utilizing fiber optic sensors to analyze infrared energy.
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Infrared Temperature Converter
TF Series
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TF series, infrared temperature converters provide non-cotact measurement to caculate the surface temperature of the objects by measuring the energy of infrared light. So It is convenient to measure the surface temperature of especially moving objects. Its stainless case with integrated design combining sensors, optical system, and electronic circuits. It is easy to install by connecting the screw with other devices, and TF can be used in a wide range of industries.
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Fiber Optic Sensor Head Variations
FU Series
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11 Fiber Optic Sensor Head Variations. Flexible Stainless Steel Jacket. Wide Area Detection. Hex-shaped Heads for Trouble-free Mounting. Heat resistant. Small Beam Spot. Thin-sleeve Thrubeams
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Product
Logger version optical fast DO sensor
RINKO I / I D
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Rinko I is an autonomously deployable data logger with a fast response optical DO sensor. The instrument and the software with various operating mode offer flexible observations in the field. The small-sized and the self-contained unit with batteries and a data logger can be easily integrated on platforms (e.g. CTDs). Rinko ID has a depth sensor, allowing for DO vertical distribution measurements.
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Dimensional Metrology Systems
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We are a global provider of optical industrial measurement technology for quality assurance of complex components with tight tolerances. With Bruker Alicona measurement systems, users measure dimension, position, shape, and roughness by using only one optical sensor. Measurement systems are applied in both research and directly on the shop floor.
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Optical Sensors
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Analog Devices optical sensors are optical sensing front ends that include integrated ultra-low noise amplification and high performance photodiodes. These solutions are used to achieve the highest performance for instrumentation, industrial, or clinical applications; or to optimize a solution to achieve the lowest power dissipation at a given performance level for battery powered and portable applications.
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Mini-spectrometer
TF series C13555MA
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he mini- spectrometer TF series is a polychromator provided in a compact, thin case that houses optical elements, image sensor, and driver circuit. Spectrum data can be acquired by guiding measurement light into a mini-spectrometer through an optical fiber and transferring the measured results to a PC via the USB connection. The incorporation of a high-sensitivity CMOS image sensor maintains high sensitivity equivalent to that of a CCD and achieves low power consumption. Moreover, the trigger function that can be also used for short-term integration enables spectroscopic measurement of pulse emissions.
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Fiber Optic Temperature Sensors
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High accuracy and repeatable optical temperature sensors for your needs. Opsens Solutions’ fiber optic temperature sensors provide second to none performance to various industries.
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Fiber Optic Pressure Sensors
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Opsens Solutions optical pressure sensor delivers reliable results in harsh environment. Opsens Solutions OPP series fiber optic pressure transducers are designed to provide accurate pressure measurement in the most adverse conditions. Its small size and EMI/RFI/MRI immunity makes it the ideal sensor for industrial applications.
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Optical Displacement Ultra Precision Sensors
attoSENSORICS
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attocube’s SENSORICS team is devoted to the development of cutting-edge sensor solutions for the most challenging applications in research and industry. The innovative optical displacement sensors of the FPS and IDS series* surpass the performance of other presently available devices in terms of precision, speed, and compactness. The patented fiber-based, interferometric measurement principle offers unrivalled accuracy and stability, while the compact design enables strikingly simple adjustment even in spatially confined setups.
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Bench-Top Type ASE Light Source
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ASE(Amplified Spontaneous Emission) light sources are low-coherent light sources ,which combines the both features of high intensity like laser and broad spectrum like LED. Output stability is greater than those of LD and LED, and therefore they are suitable for high accuracy measurement applications. With the use of rare-earth-doped fluoride fibers, the plentiful lineup of FiberLabs light sources includes the 540 nm-, 850 nm-, 1300 nm-, 1480 nm- and SCL-bands that other companies do not provide.They are the best light sources for FBG sensors, OCT, fiber optic gyroscopes, gas sensors, and fluorescence excitation, as well as for measurement of optical components. The bench-top type is easy to use as a stand-alone light source and the modular type is convenient for integration into equipments.
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Optical Sensor
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Sendot develops and produces optical sensors that measure with light. Our optics are unique, our intelligent electronics direct the measurements and convert them into measurement results.
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Product
Fiber Optic Temperature Sensor with the EasyDisk
The TPT-62
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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.
