SEARCH RESULTS (660)
Product
The C30619GH-LC is a large-area InGaAs PIN photodiode with a 0.5 mm active diameter chip in TO-18 package and flat glass window. This photodiode provides high quantum efficiency from 800 nm to 1700 nm. It features a special ultra-low capacitance of only half of the standard type capacitance, therefore exhibiting twice the 3 dB bandwidth, high responsivity, high shunt resistance and low dark current. Typical devices feature less than 1% non-linearity and uniformity within 2% across the…
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The C30737MH-230-90N Silicon Avalanche Photodiode (Si APD) provides an active diameter of 230µm and enhanced 900 nm response in a leadless laminated carrier (LLC).
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The C30723GH is a large-area InGaAs PIN Photodiode with a 5.0 mm active diameter chip in a TO-8 package and flat glass window. This photodidoe provides high quantum efficiency from 800 nm to 1700 nm. It features high responsivity, high shunt resistance, low dark current, low capacitance for fast response time and uniformity within two percent across the detector active area.
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The C30737MH-230-80N Silicon Avalanche Photodiode (Si APD) offers enhanced 800 nm response with an active diameter of 230µm in a leadless laminated carrier (LLC).
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The C30737LH-230-80N Silicon Avalanche Photodiode (Si APD) offers enhanced 800 nm response with an active diameter of 230 µm in a leadless ceramic carrier (LCC).
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The C30665GH is a large-area InGaAs PIN Photodiode with a 3.0 mm active diameter chip in TO-5 package and a flat glass window. This photodiode provides high quantum efficiency from 800 nm to 1700 nm. It features high responsivity, high shunt resistance, low dark current, low capacitance for fast response time and uniformity within 2% across the detector active area.
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The C30642GH is a large-area InGaAs PIN Photodiode with a 2.0 mm active diameter chip in TO-5 package and a flat glass window. This photodiode provides high quantum efficiency from 800 nm to 1700 nm. It features high responsivity, high shunt resistance, low dark current, low capacitance for fast response time and uniformity within two percent across the detector active area.
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The C30641GH is a large-area InGaAs PIN Photodiode with a 1.0 mm active diameter chip in TO-18 package and flat glass window. This photodiode provides high quantum efficiency from 800 nm to 1700 nm. It features high responsivity, high shunt resistance, low dark current, low capacitance for fast response time and uniformity within two percent across the detector active area.
Product
The C30619GH is a large-area InGaAs PIN photodiode with a 0.5 mm active diameter chip in TO-18 package and flat glass window. This photodiode provides high quantum efficiency from 800 nm to 1700 nm. It features high responsivity, high shunt resistance, low dark current, low capacitance for fast response time and uniformity within two percent across the detector active area.
Product
The C30737LH-500-92N Silicon Avalanche Photodiode (Si APD) provides an active diameter of 500 µm with enhanced 900nm response and a 905 nm optical bandpass in a leadless ceramic carrier (LCC).
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The C30737LH-500-83N Silicon Avalanche Photodiode (Si APD) provides an active diameter of 500µm with enhanced 800nm response and 650 nm optical bandpass in a leadless ceramic carrier (LCC).
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The C30737LH-500-81N Silicon Avalanche Photodiode (Si APD) provides an active diameter of 500 µm with enhanced 800 nm response and a 635 nm optical bandpass in a leadless ceramic carrier (LCC).
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The C30737LH-230-92N Silicon Avalanche Photodiode (Si APD) provides an active diameter of 230 µm with enhanced 900nm response and a 905 nm optical bandpass in a leadless ceramic carrier (LCC).
Product
The C30737LH-230-83N Silicon Avalanche Photodiode (Si APD) provides an active diameter of 230 µm, enhanced 800nm response and 650 nm optical bandpass in a leadless ceramic carrier (LCC).
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The C30737LH-230-81N Silicon Avalanche Photodiode (SI APD) provides enhanced 800 nm response with an active diameter of 230 µm and a 635 nm optical bandpass in a leadless ceramic carrier (LCC).
Product
The LINOS® XP Series High-Power Faraday Isolators are engineered for high-performance integration in continuous wave (CW) laser systems exceeding 50W, with a wavelength range from red to near-infrared (NIR). Their innovative low-absorption magneto-optical material provides outstanding thermal stability and enhanced optical isolation, ensuring reliable operation even under high-power conditions.
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LINOS® F-Theta-Ronar lenses are equipped with a protective glass and made of high-grade optical glass or fused silica. They are available for replacement in various diameters and laser wavelengths. The applied laser coatings achieve excellent transmission over the full diameter.
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The LINOS® RO Series is a single-stage Faraday Isolator that offers exceptional performance and flexibility. Featuring a rotatable housing, it easily aligns with arbitrary input polarization, ensuring seamless integration into a wide range of optical systems. Its compact design saves valuable space without compromising isolation quality. The RO Series is ideal for demanding applications where stability, efficiency, and adaptability are essential.
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The LINOS® DPZ Series Pockels Cells offer reliable, easy-to-use electro-optical switches designed for applications that require fast laser light switching. Featuring two crystals in series, the DPZ Pockels cells reduce the switching voltage by 50%, ensuring efficient performance with lower switching voltage demands. These switches are ideal for a wide range of laser systems, combining simplicity and effectiveness to meet your fast-switching needs with confidence and precision.
Product
The LINOS® TVC/TIC Series is a two-stage tunable faraday isolator combining robust isolation with flexible tunability. With two isolator stages coupled in series, it delivers maximum isolation across the entire tuning range, while maintaining excellent stability and alignment. Optimized for noise-sensitive, high-performance optical systems, the TVC/TIC Series is ideal for applications requiring exceptional isolation and precise wavelength control, including advanced spectroscopy,…
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The LINOS® DBBPC Series BBO Double Pockels Cells combine precision and performance for demanding laser applications. Featuring two BBO crystals arranged in series to reduce switching voltage and integrated piezo damping, these Pockels cells deliver ultra-precise switching ideal for high-repetition Q-switching, pulse picking, and regenerative amplifiers. The built-in piezo attenuator enhances stability and modulation accuracy, making the DBBPC Series the optimal choice for next-generation…
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The LINOS® LM10 SG 50 Ohm Series KD*P Pockels Cells provide ultra-fast switching capabilities in the nanosecond and sub-nanosecond range. Drawing on extensive experience and innovation in optical solutions for lasers and laser systems used in industrial, medical, and semiconductor applications, the 50 Ohm Series offers excellent extinction and high transmission in a compact, 50 Ohm impedance-matched design. These ultra-fast Pockels cells are ideally suited for integration into medical laser…
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The LINOS® CPC Series Pockels Cells are designed with high-purity KD*P crystals to deliver fast switching speeds, low insertion loss, and excellent optical performance—all within a compact footprint. These Pockels cells are ideal for integration into tight system layouts and provide reliable Q-switching for Nd:YAG and other solid-state lasers. Built on our long-standing expertise, the CPC Series combines precision and durability to meet the demanding needs of modern laser OEMs.
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The LINOS® LM Series KD*P-Based Pockels Cells leverage decades of expertise in electro-optic manufacturing to deliver reliable Q-switching for pulsed laser systems. Featuring high-purity KD*P crystals and precise engineering, these Pockels cells offer fast switching speeds, low insertion loss, and superior optical performance. They are ideal for Nd:YAG and other solid-state lasers, ensuring stable, high-quality modulation across various applications.
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The LINOS® DBBPC HR Double BBO High-Repetition Pockels Cells deliver unmatched switching speeds of up to 1.3 MHz, setting a new standard for high-performance laser modulation. With two low-absorbing BBO crystals arranged in optical series, these Pockels cells ensure exceptional durability and efficiency, making them the ideal choice for next-generation fast, high-power regenerative amplifiers and pulse pickers.
Product Category
Integrate LINOS® Pockels Cells within your laser system for intra-cavity Q-switching, pulse picking and pulse slicing. Choose from a large selection of crystals, extinction ratios, apertures and laser outputs (250 nm - 3 µm) to maximize transmission.
Product Category
Excelitas offers a wide range of flashlamp designs for various applications, including IPL, medical and industrial laser, solar simulation, and weathering. Additionally, these unique flashlamp designs are utilized in our complete Flash System solutions for applications such as rapid thermal processing and disinfection. Utilizing our unique design know-how and manufacturing capabilities obtained from decades of combined flashlamp experience, we work with our customers to develop the best…
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Excelitas’ C30902SH Avalanche Photodiodes are high speed, large area Silicon APDs that provide high responsivity at low noise. They are specially selected to be used either in Geiger Mode (VOP > VBD) for detection of single photons or Linear Mode (VOP < VBD) with gains up to 250.
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Excelitas’ C30902SH Avalanche Photodiodes are high speed, large area Silicon APDs that provide high responsivity at low noise. They are specially selected to be used either in Geiger Mode (VOP > VBD) for detection of single photons or Linear Mode (VOP < VBD) with gains up to 250.
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Excelitas’ C30902EH Avalanche Photodiodes are high speed, large area silicon reach-through APDs that provide high responsivity at low noise. They are especially designed for low light applications that require typical gains larger than 100 and are offered within several TO-18 package configurations as flat glass, ball lens, light pipe and 905 nm filter.
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Excelitas’ C30902EH Avalanche Photodiodes are high speed, large area silicon reach-through APDs that provide high responsivity at low noise. They are especially designed for low light applications that require typical gains larger than 100 and are offered within several TO-18 package configurations as flat glass, ball lens, light pipe and 905 nm filter.
Product
Excelitas’ C30902EH Avalanche Photodiodes are high speed, large area silicon reach-through APDs that provide high responsivity at low noise. They are especially designed for low light applications that require typical gains larger than 100 and are offered within several TO-18 package configurations as flat glass, ball lens, light pipe and 905 nm filter.
Product
Excelitas’ C30902SH Avalanche Photodiodes are high speed, large area Silicon APDs that provide high responsivity at low noise. They are specially selected to be used either in Geiger Mode (VOP > VBD) for detection of single photons or Linear Mode (VOP < VBD) with gains up to 250.
Product
Excelitas’ C30902SH Avalanche Photodiodes are high speed, large area Silicon APDs that provide high responsivity at low noise. They are specially selected to be used either in Geiger Mode (VOP > VBD) for detection of single photons or Linear Mode (VOP < VBD) with gains up to 250.
Product
LINOS® VIS Achromats provide reliable, high-quality performance for imaging and beam-shaping applications. Offered unmounted in large diameters from 40 mm to 100 mm, these positive achromats combine two carefully selected glass elements into a single cemented doublet to correct chromatic and spherical aberrations. This design provides sharp, high-contrast imaging across the visible spectrum. With tightly controlled focal lengths and minimal wavefront distortion, these precision-…
Application
Excelitas has extensive experience in the conceptualization, design and production of laser beam delivery systems for femtosecond laser refractive surgery in the cornea as well as the crystalline lens.
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LINOS® VIS Achromats deliver exceptional optical performance for demanding imaging and beam-shaping applications. These achromats are unmounted and consist of a convex crown-glass lens with low dispersion (low color separation) and a concave flint-glass lens with high dispersion. The design of these positive achromatic lenses minimizes both longitudinal chromatic and spherical aberrations, ensuring sharp, high-contrast imaging results. Precision-engineered cemented doublets with…
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LINOS® VIS Achromats provide outstanding optical performance for demanding imaging and beam-shaping applications. These achromats come mounted and are composed of a convex crown glass lens with low dispersion and a concave flint glass lens with high dispersion. This design effectively minimizes both longitudinal chromatic and spherical aberrations, delivering sharp, high-contrast imaging across the visible spectrum. Precision-engineered cemented doublets with tightly controlled…
Application
From surgical microscope eyepieces to complete motorized zoom high-resolution videoscopes with fluorescence imaging capability, Excelitas is at the forefront of surgical visualization.
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LINOS® NIR Achromats provide outstanding optical performance for demanding imaging and beam-shaping applications, particularly in the near-infrared spectrum. These unmounted achromats consist of a convex crown-glass lens with low dispersion and a concave flint-glass lens with high dispersion. This carefully designed combination minimizes both longitudinal chromatic and spherical aberrations, ensuring sharp, high-contrast imaging across the NIR range. Precision-engineered cemented…
Application
Excelitas lasers, lamps, optics and detection are used for a variety of applications in physics and material sciences.
Application
The simplest approach to detect the fluorescence emitted from a biological sample is to image the specimen from a microscope onto a camera.
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Excelitas facilitates today's driver-assistance and tomorrow's autonomous vehicle. Field-proven in mission critical defense, aerospace and outerspace LiDAR applications, we are refining our Photonic Detectors and Pulsed Laser Diode Emitters to meet the needs of the automotive industry.
Application
Cable assemblies are used in various industries to transmit electrical signals, power or data between devices. Typical cable assemblies consist of a set of wires combined into a single cable with a connector on at least one end and can range from simple wire harnesses to complex fiber optic cable assemblies.
Application Category
Wide-ranging technologies for illumination, imaging and detection allow Excelitas to serve a breadth of medical applications: diagnostics, surgery, UVC Disinfection, dentistry, ophthalmology, and more. Our extensive capabilities for design and manufacturing, from components to systems, make Excelitas the ideal partner for medical OEMs with the most demanding requirements when quality, cost and ability-to-scale are critical. Excelitas laser, LED, and lamp solutions address…
Application
Excelitas has a long heritage of designing and manufacturing Avalanche Photodiodes (APDs) used in several space surveying missions.
Application
Excelitas brings decades of experience to the design and manufacture of high-performance, customized solutions to demanding medical applications over a wide variety of applications.
Application
Excelitas is a leading solutions provider for highly customized endoscopic illumination, optics and imaging integration.
Product Category
Excelitas offers Avalanche Photodiodes (APDs) on both Silicon (Si) and InGaAs materials. Si APDs cover the spectral range of 400 nm to 1100 nm and the InGaAs APDs cover 950 nm to 1550 nm. An Avalanche Photodiode (APD) provides higher sensitivity than a standard photodiode and is for extreme low-level light (LLL) detection and photon counting.The use of APDs instead of PIN photodetectors will result in improved sensitivity in many applications. In general, APDs are useful in…
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Excelitas Technologies offers a wide range of high-performance electronics, power and energetics technologies to drive your most demanding photonic systems. Our Electronics & Power offering includes Capacitor Chargers, Spark Gaps and Transformers, High-Voltage DC Power Supplies and Atomic Frequency Standards. Our Energetics portfolio includes Electronic Safe & Arm devices, Detonators, Ignition Safety devices, and Rocket Motor Initiators.
Application Category
Excelitas products size, map, detect, time, and measure with precision that aids humanity's understanding and research in a broad range of scientific applications in astronomy, life sciences, physics and more. Excelitas offers precision lenses used for imaging from the cellular to interstellar. Our detectors are sensitive enough to detect single photons in laboratory experiments or from distant galaxies. And, we offer lasers with the beam profile and stability that ensure…
Product Category
Excelitas utilizes Silicon and InGaAs materials for our photodiodes to provide detection from 220 nm to 1700 nm. These devices are offered in a variety of sizes to meet customer sensitivity and speed requirements. Many different types of photodiodes are available to serve various unique applications.Our photodiode arrays are used to generate an X-ray image by scanning an object line by line. The X-rays are converted into light through the attached scintillator crystal. The light…
Application
There are numerous contributors to harmful emissions realeased into our environment including industrial combustion, smelting and metal processing, construction and demolition, and forest fires to name a few.
Application
Excelitas has a long and rich history in the field of LiDAR and range finding, from early pioneering work by Dr. McIntyre on Avalanche Photodiodes (APDs) to today’s in-house state of the art manufacturing facilities. We have a proven track record of expertise and accomplishments to help bring next generation designs to life.
Application
Excelitas' market leading OmniCure UV Spot- and Area-Curing systems are widely utilized in the assembly and manufacture of electronic components such as ICs, PCBs and micro-speakers in our growing consumer and business electronics markets.
Application
Excelitas’ LINOS® and Optem® imaging solutions deliver high-performance, precision imaging for industrial machine vision, semiconductor and electronics inspection, life science imaging, along with other demanding applications. These solutions provide field-proven reliability and exceptionally consistent imaging quality.
Product
LINOS® Motorized Variable Magnification Beam Expanders enable fully automated laser material processing systems, allowing maximum versatility in the design of laser systems. These beam expanders are optical systems that provide systems designers with flexible, high-performance solutions. Adjustable beam diameter and divergence provide precise control over focus size, focus position and beam propagation. For high-power and short-pulse laser applications, fully fused-silica designs are…
Product Category
Excelitas “Thermal IR Sensors” represent a wide range of Pyroelectric Detectors, Thermopile Detectors and IR sensor modules. Our leading edge IR sensing technologies are used for motion detection, presence monitoring, temperature measurement and gas detection to enable smarter homes, improved energy efficiency, better health, safer home security and a more expansive and connected IOT. In addition to our wide offering of off-the-shelf devices, we also specialize in customized solutions for…
Application
Our Detection and Lighting technologies play a vital role in ensuring our safety and protecting us against hazardous threats, home intruders, harsh environments, or heavily mechanized surroundings.
Product Category
Excelitas Pyroelectric Infrared Detectors define the leading edge of motion detection technology, offering a variety of both digital and analog Pyroelectric IR Detectors to serve a wide range of applications in smart home, smart city, IOT, burglary detection and security systems. With Pyroelectrics available in Single-, Dual- and Quad-Element configurations we offer you a wider range of different sized infrared sensor surfaces, which directly translates to enhanced performance and…