SEARCH RESULTS (2182)
Product Category
The Excelitas PVG Series of Pulsed Laser Diodes offers a variety of power levels and packages for eye-safe range finding and LiDAR applications. They can be combined with our InGaAs APDs to provide a very high efficiency component pairing. These pulsed laser diodes offer proven reliability in highly demanding applications such as military and aerospace environments.
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Excelitas offers a range of modular lamps, trigger modules and power supplies in 10-Watt and 20-Watt maximum average electrical input power options. These lamps, when operated with the corresponding trigger module and power supply, provide lighting solutions for the most demanding applications.
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Single-Element Pyroelectric Detectors are often applied for temperature and gas measuring applications in one-channel or dual-channel variants, which is then one output per element. Single-Element variants are offered as thermally compensated devices. The principle of Gas monitor application is called NDIR. NDIR requires Detectors with narrow-band optical filters. Excelitas provides a range of suited filter windows for those gases which show an absoption band in the IR spectral range.…
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Pyrodetectors having four sensing elements may be configured in various geometrical forms. The most prominent design today is referenced as “Quad”, which is two pairs of elements in a square form layout. With the spacing and polarity of the elements, different variations are available. Most of the applications for such detectors are ceiling-mount sensing devices.Excelitas provides Quad designs in single- and dual-channel outputs, with analog outputs or with the enhanced function and…
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Excelitas Dual-Element Pyrodetectors are well established as the performance standard in motion detection. Our design features two sensing elements connected to each other in reverse polarity to provide an AC-signal with motion and common mode rejection for non-moving radiation. Specify various window sizes to meet desired fields-of-view. Our Dual-Element Pyrodetectors cover the advanced family of DigiPyros, including our Low-Power DigiPyros for battery-operated motion detection.See Related…
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Known for its high brightness, broad spectral range and tightly focused beam, the 300 Watt Cermax® Xenon lamp has been the industry standard since its development. This 300 Watt Xenon lamp is commonly used in diagnostic and surgical endoscopes in most major hospitals worldwide.
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The 175 Watt Cermax® Xenon lamp is well suited for designs that do not require the high intensity associated with its 300 Watt sibling. Featuring the same robust design synonymous with the Cermax family, this lamp provides a broad spectral output and the ability for the user to tune its output with catalog filters to match their desired spectral requirements.
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The PE150AF is the smallest lamp in the Cermax® portfolio. While small in size, it includes all the same features that has made Cermax the lamp of choice for high-intensity applications where full spectrum light is required. With its robust design, compact size and pre-aligned reflector, this lamp excels where small footprints are required.
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The 1200 Watt Cermax® Xenon lamp expands on the capabilities of the 1000 Watt lamp, providing an even higher intensity light while still maintaining the broad spectrum, compactness and high robustness associated with Cermax products. Built with an elliptical reflector to provide a short focal distance, the lamp produces high intensity focused light with applications ranging from wafer inspection and machine vision to solar simulation and spotlights or beacons.
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The 1000 Watt Cermax® Xenon lamp is a high intensity, high power lamp that maintains the broad spectrum, compactness and high robustness associated with Cermax products. Built with an elliptical reflector to provide a short focal distance, the lamp produces high intensity focused light with applications ranging from wafer inspection and machine vision to solar simulation and spotlights or beacons.
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The boost in output from this 500 Watt Cermax® Xenon lamp makes this ideal for industrial applications with higher intensity requirements. The broad spectral output of the lamp is useful where accurate color rendition is needed or when specific spectral ranges are desired. Its robust design is perfect in less-than-ideal situations where quartz lamps typically fail.
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The integrated elliptical reflector in this 300 Watt Cermax® Xenon lamp creates a converging beam eliminating the need for secondary focusing optics. The unique oversized reflector improves light collection and maximizes the efficiency of the lamp. This lamp is well suited for use where small aperture sizes are a requirement.
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Our Cermax® Xenon lamps are compact, ceramic body short-arc lamps. With an internal reflector and rugged metal-to-sapphire seal construction, Cermax Xenon lamps are a safe and compact alternative to conventional quartz bubble lamps. Utilizing an integrated parabolic reflector, our lamps produce high intensity, collimated light providing the optical designer the utmost flexibility in choice of post- processing, light-shaping optics.
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Utilizing an integrated elliptical F1.0 or F1.3 reflector, these Cermax® Ceramic Body Xenon Lamps produce high intensity, focused light. The two reflector choices give the optical designer ample opportunity to tailor the light output to the specific application.
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Founded in 1877, Rodenstock Präzisionoptik was acquired by LINOS® Photonics in 2000. Rodenstock® Photographic Lenses and Accessories are precision engineered and manufactured in Germany and have enjoyed a reputation for best-in-class performance in professional photography, videography, cinematography, and aerial imaging.
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μManager provides the essentials of microscope imaging in a single open source plugin software interface package. It operates with all PCO cameras as well as microscopes from all major manufacturers and many peripherals.
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The pco.scheimpflug camera adapter allows you to easily adjust the plane of focus in your imaging system. By tilting the lens relative to the image sensor, this setup alters the angle of the focal plane, enabling you to achieve selective focus and improved sharpness across three-dimensional objects in a single image.
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Enhance your imaging system with our liquid cooler pco.aquamatic III to lower sensor temperatures and minimize dark current noise for improved signal-to-noise ratio and image quality during extended exposures. Liquid cooling offers an elegant solution for applications sensitive to vibrations (originating from the fan for forced air cooling) by locally separating the pump system from the actual imaging equipment. The pco.aquamatic III ensures optimal cooling conditions for your demanding…
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The ultra compact nPAX-N2 is a 2 Watt Pulsed Xenon Light Source offering an integrated solution containing the flash lamp, trigger circuit, capacitor charging power supply, mounting flange, and precision arc alignment. The small form factor and high stability make the nPAX-N2 family an ideal choice for Point-of-Care Analytical Instruments and Environmental Analytics.
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The Cermax® ME1600D-13FHM and ME1600DFM are advanced, metal-body elliptical and parabolic Xenon lamps and modules for demanding, high-performance industrial applications. This family of Cermax Xenon lamps is the light engine of choice for a broad array of end-uses from rapid semiconductor wafer inspection, to lightweight, aircraft-mounted searchlights. Excelitas' patented Cermax Xenon lamps provide manufacturers and consumers with numerous advantages over conventional ultra-high…
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High Power Omniblock® (180 kV @ 13.3 mA) with integrated metal ceramic X-ray tube. This robust, complete X-Ray generator system is designed withstand up to 20 G (rms) force in rotating gantry applications for Security, Food Inspection, Medical and Industrial non-destructive testing applications.
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Medium Power Omniblock® (160 kV @ 8 mA) with integrated metal-ceramic X-ray tube. This robust, complete X-ray Generator System is designed to withstand up to 15 G (rms) force in rotating gantry applications for security, food inspection, medical and industrial non-destructive testing applications.
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Low Power Omniblock® (160 kV @ ≤4 mA) with integrated glass X-ray tube. This robust, complete X-Ray generator system is designed to withstand up to 20 G (rms) force in rotating gantry applications for security, food inspection, medical and industrial non-destructive testing applications.
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The -25 kV, 10 mA 250 Watt power supply incorporates a high frequency quasi-resonant switch-mode design utilizing an IGBT based power inverter with a completely air insulated high voltage section. The fault tolerant design of this system offers open and short circuit protection. Low stored energy, a benefit of the high frequency switching design, provides fast response to transients and enhanced protection for the load and equipment operators.
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High-Voltage Power Supplies are generically configured consisting of an EMI (electromagnetic interference) filter, PFC (power factor correction) circuitry, rectifier, inverter, high voltage transformer, multiplier/rectifier-filter, high voltage divider, and feedback control system. How these design components are configured in the circuitry depends on the type of High-Voltage Power Supplies and the topology approach taken by the design engineer in meeting the specifications.
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Excelitas’ modularly designed Switch Mode Capacitor Charging power supplies are power-efficient and thermally efficient designs with various schemes available for nearly every application. The switch-mode topology helps solve power dissipation and efficiency challenges often found in today’s demanding, innovative, and technologically advanced applications. There are multiple factors to consider when designing and sizing the appropriate power supply for your application. With a complete…
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Higher-voltage and Higher-power Supplies require more complex design solutions. The heat to be dissipated and installation infrastructure, plus choice of insulation system in a HVPS are driven by the output voltage and output power which ultimately dictates packaging. Typical insulation systems are based on air, dielectric oil, epoxy, RTV Silicone and even Sulfur Hexafluoride (SF6). The method of cooling is a factor as well, the choices often coming down to air, water or oil,…
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Omniblock® X-ray generators from Excelitas integrate the high-voltage source and X-ray tube into one consolidated housing. This design configuration eliminates the high-voltage cables and connectors reducing cost while improving system design flexibility and streamlining integration. They are specifically designed for generating X-rays in static or rotating applications using proven designs of up to 180 kV and 2.4 kW. Typical applications for Omniblock X-ray generators include…
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Excelitas Capacitor Chargers are tailored to meet your exact needs by configuring modular platforms based on proven designs. Single-phase AC input designs are capable of up to 6 kW of output power and our three-phase designs provide up to 35 kW of output power. A modular design approach results in lower cost, higher reliability, and faster time-to-market. Typical applications for capacitor charging power supplies include flashlamp pumped laser systems (Nd: YAG, pulsed lasers, dye lasers,…
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Cermax® VQ Metal-body Parabolic Lamps are the premiere solution for medical lighting applications where performance and reliability are paramount. Our Cermax VQ Metal-body line delivers the unparalleled color performance that has made Cermax Xenon the medical industry standard for over 20 years.
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Our Cermax® VQ and ME Xenon lamps are compact, metal body Xenon short-arc lamps. With an internal, precision-cut reflector body and metal-to-sapphire and ceramic seal construction, Cermax VQ and ME lamps are a safe and very compact alternative to conventional quartz bubble Xenon lamps and are the recommended lamps for new Xenon illumination designs.
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Excelitas' line of Axsun Data Acquisition (DAQ) boards are designed and optimized specifically for swept-source OCT systems powered by our market-leading swept laser. Avoid costly unknowns associated with interfacing a 3rd party general purpose digitizer – Axsun’s Integrated Engine solution frees your valuable resources to focus on your application and end-user experience.
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Our Axsun™ Swept-Source Optical Coherence Tomography (SS-OCT) laser engines are known industry-wide for best-in-class performance and unmatched reliability. System developers, manufacturers, researchers, and entrepreneurs turn to Excelitas when they need a high-quality, reliable swept-source OCT laser engine that meets or exceeds requirements in applications ranging from medical diagnostics to industrial inspection and quality control. Axsun tunable lasers are deployed in…
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Cermax® Xenon is a trusted brand name that is virtually synonymous with medical lighting applications and high-intensity, perfect white, bright light, whether for endoscopic illumination, surgical headlamps, or robotic surgery equipment. Since the introduction of our short-arc Xenon lamps in the early 1980s, the Cermax Xenon brand can be found in over 90% of hospitals worldwide.Offered in both metal-body and ceramic-body designs, the Cermax Xenon short-arc lamp are uniquely…
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Thank you for choosing an Excelitas SPCM for your single photon detection needs. This product support page is intended to provide will contain useful resources material to help you get started to in setting up use your SPCM. Download the user manual for a comprehensive guide to walk you through everything you need to know about your new SPCM. Additional resources including application notes will be added regularly to further support your needs.
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The LLAM-1550E-R2AH is high-speed, low-light analog avalanche photodiode (APD) receiver module with a 1550 nm InGaAs APD. Featuring a thermoelectric cooler, this APD Receiver Module offers a bandwidth of 50 MHz and high-damage threshold.
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The Excelitas LS-6 is a 6 Watt Pulsed Xenon Light Source which has been designed to combine state-of-the-art circuitry and components into a packaged light source which provides microsecond-duration pulses of broadband light with exceptional arc stability. The compact, integrated solution contains the flash lamp, trigger circuit, and power supply in an EMI-suppressant enclosure.
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Modularly designed switch-mode capacitor charging power supplies are power-efficient and thermally efficient designs with various schemes available for nearly every application. The switch-mode topology helps solve power dissipation and efficiency challenges often found in today’s demanding, innovative, and technologically advanced applications. There are multiple factors to consider when designing and sizing the appropriate power supply for your application. A complete understanding of all…
Product Category
Excelitas is committed to keeping our troops safe and secure. We provide a portfolio of detectors and emitters that can satisfy a variety of laser range finding applications, from man-portable and fire control systems to unmanned air vehicles. Our wide range of emitters and detectors can satisfy your laser range finding requirements for standard and mil-spec applications. We offer both standard off-the-shelf products and custom designs to meet your exacting specifications.We also offer a full…
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The LLAM-1550-R2AH is a high-speed, low-light analog avalanche photodiode (APD) receiver module with a 1550 nm InGaAs APD. This InGaAs APD receiver features a thermoelectric cooler and offers a bandwidth of 50 MHz.
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The LLAM-1550E-R08BH is a high-speed, low-light analog avalanche photodiode (APD) receiver with an active diameter of 0.08 mm and features a thermoelectric cooler.
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The LLAM-1550-R08BH is a high-speed, low-light analog avalanche photodiode (APD) receiver module with a 1550 nm InGaAs APD and features a thermoelectric cooler.
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The LLAM-1060E-R8BH High-speed, low-light analog avalanche photodiode (APD) receiver module with a 1060 nm Silicon (Si) APD. Featuring a thermoelectric cooler, this Si APD provides a 0.8 mm active diameter and a bandwidth of 200 MHz.
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The LLAM-1060-R8BH is a high-speed, low-light analog silicon avalanche photodiode (Si APD) receiver module with a 1060 nm Si APD. Featuring a thermoelectric cooler, this Si APD provides a 0.8 active diameter and a bandwidth of 200 MHz.
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The LLAM-900-R5BH is a high-speed, low-light analog Avalanche Photodiode (APD) Receiver with a 0.5 mm active diameter in a hermetically-sealed package. This Si APD Receiver features a thermoelectric cooler and offers a bandwidth of 200 MHz.
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The Excelitas Hybrid Optical APD Receiver Modules are comprised of a photodetector (PIN or APD) and a transimpedance amplifier in the same hermetically sealed package. Having both an amplifier and photodetector in the same package allows low-noise pickup from the surrounding environment and reduces parasitic capacitance from interconnect allowing lower-noise operation.
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The Excelitas LED-based Kepri™ UVC Upper-Air Disinfection System provides real-time disinfection of upper-level room air regardless of room occupancy. With a truly unique design, our Kepri UVC Upper-Air Disinfection System allows for safe and effective room air disinfection without emitting any harmful or environmentally unfriendly ozone gas.
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Excelitas specializes in the design and manufacture of flashlamps to meet the most demanding requirements for industrial applications. Available in quartz envelop materials, our industrial flashlamps are offered in electrode technologies to perfectly match with customer specifications. With decades of experience working with OEMs worldwide, Excelitas is well equipped to support and guide customers through the development process and ensure optimum flashlamp performance and reliability for…
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Excelitas offers flashlamps designed and manufactured specifically for the growing market of Intense pulsed light (IPL), hair removal, skin treatment and skin laser applications. Linear shaped lamps are most widely used in these applications. Our flashlamps are available in quartz envelope materials well suited for low to high power applications. The most common operating modes of these flashlamps are burst modes and normal free capacitor discharge. A range of trigger transformers and add-ons…
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Excelitas offers advanced, energy-efficient UVC LED systems to ensure safe and effective disinfection without producing harmful ozone gas. Our UVC LED solutions include real-time upper-air disinfection, and fully customized UVC LED disinfection systems designed to meet specific customer requirements. We specialize in LED assembly, optical design for optimized light delivery, thermal management, intelligent power controls, and mechanical enclosure design. Together, these elements create…
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Excelitas offers a range of Tunable Laser Solutions to afford scientific researchers and systems design engineers the ultimate in wavelength selectivity, frequency tunability, wide tuning bandwidth and output control. Engage us for off-the-shelf and custom laser engine solutions to meet your most demanding Single- or Multi-line wavelength requirements.
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The Excelitas FYD-1100 Series Lite-Pac Trigger Modules contain the socket interface and the high voltage elements necessary for operation of the FX-1100 Series Short Arc Xenon flashlamps.
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The Excelitas FX-1100 Series Short-Arc Xenon Flashlamps are unconfined arc flashlamps which produce microsecond duration pulses of broadband light of high radiant intensities. Exceptional arc stability and life characteristics make the FX-1100 Series Flashlamps indispensable in precision photometry, radiometry, and spectroradiometry.
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Excelitas pioneered the development of flashlamps to meet demanding high peak and average power conditions, such as those required by flashlamp pumped laser welders, medical lasers for dermatological and other surgical procedures, and weathering. By combining our proprietary Series 2000 cathode technology with the highest quality quartz envelopes, customized gas mixtures and impedance adjustments, our flashlamps are perfectly matched to our customer specifications while ensuring the longest…
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The process that effects the initial ionization within a Xenon flashlamp is known as "triggering.” Triggering creates a voltage gradient in the gas of sufficient magnitude to cause ionization of the lamps. Most flashlamp applications use a trigger coil, also referred to as a trigger transformer, to produce high-voltage pulses of short duration, usually a few microseconds or less. Excelitas offers a wide array of trigger coils, that come in a variety of sizes with a high voltage…
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The HPR-1100BGH is a large-area Silicon PIN Amplifier Module with a 2.5 mm active diameter chip in a hermetic TO package. The HPR-1100 photodiode uses an external feedback resistor for bandwidth flexibility.
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The FND-100GH is a Large-Area Silicon PIN photodiode with a 2.5 mm active diameter in a hermetically-sealed TO-5 package with a glass window. This photodiode provides high responsivity from 400 nm to 1150 nm, with a peak responsivity at 920 nm. It also features an ultra-fast rise and fall time, low NEP and low operating voltage.
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The FFD-200H is a Large-area Silicon PIN Photodiode with a 5.0 mm active diameter in a hermetically-sealed TO-8 package. This photodiode provides high responsivity from 400 nm to 1150 nm, with a peak responsivity at 850 nm. It also features an ultra-fast rise and fall time, low NEP and a low operating voltage.
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The FFD-100H is a Large-Area Silicon PIN Photodiode with a 2.5 mm active diameter in a hermetically-sealed TO-5 package. This photodiode produces high responsivity from 400 nm to 1150 nm with a peak responsivity at 920 nm. It features an ultra-fast rise and fall time, low NEP and a low operating voltage.
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The Excelitas EXACTD® platform is designed for use in Laser Warning Receiver Systems to detect and provide precise angle-of-arrival (AoA) information from direct and indirect scattered light from laser range finders, target designators, and active laser Electro-Optic (E.O.) systems.
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The Excelitas EXACTD® platform is designed for use in Laser Warning Receiver Systems to detect and provide precise angle-of-arrival (AoA) information from direct and indirect scattered light from laser range finders, target designators, and active laser Electro-Optic (E.O.) systems.
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The kineFLEX® is a robust laser beam delivery system for precision measurement applications. Designed around pre-focused and integrated optical assemblies, the fiber is automatically mode-matched to your laser parameters to achieve transmission efficiencies greater than 60%.
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The kineMATIX® is our patented optomechanical mount used to align our iFLEX® laser system beams into the single-mode fiber. A kineMATIX manipulator is included with the kineFLEX® Fiber Delivery Systems.
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The kineFLEX-HPV™ and kineFLEX-UV™ are robust laser beam delivery systems for single wavelengths in High-Power 405-640 nm and UV 355 nm and 375 nm. These fiber delivery systems are designed around pre-focused and integrated optical assemblies. The fiber is automatically mode-matched to your laser parameters to achieve transmission efficiencies greater than 65% and guaranteed performance up to high-power levels of 500 mW in most wavelengths.
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The kineFLEX® is a robust single-mode, polarization-maintaining fiber delivery systems suitable for use with most lasers. We deliver the world’s best beam pointing stability, making them industry standard in many imaging and precision measurement applications. This fiber delivery system includes: integrated input optics that are pre-focused and optimized for the laser, output optics or connector, and the fiber coupler.
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The compact iFLEX-Agile® combines various cw-OPO modules and pump-sources to deliver exceptionally broad wavelength tunability in different ranges from NIR to MIR with various emission linewidths and power levels.
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Excelitas' line of Axsun Swept-Source OCT Lasers provide an unrivaled balance of tuning bandwidth, output power, sweep speed, and coherence length to enable cutting-edge performance in next-generation Optical Coherence Tomography systems. A unique design based on our micro-optical integration capabilities and patented MEMS tunable filter, the highly scalable Axsun laser platform is the preferred choice for OCT system vendors in multiple medical and non-medical markets.
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Excelitas’ line of Axsun IntegraSpec® XL NIR spectrometers offer an unmatched combination of fast measurement speed, high spectral resolution and signal-to-noise ratio (SNR) for process monitoring applications. Based on Axsun’s MEMs tunable laser technology, the IntegraSpec XL line addresses a wide range of NIR spectroscopic process applications in vapor, liquid and solid phase measurements. The IntegraSpec XL is designed for either single point, or multiplexed detector…
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Silicon PIN photodiodes are available in a wide variety of active areas to accommodate various applications. The PIN structure allows high quantum efficiency and fast response for detection of photons in the 400 nm to 1100 nm range.Our YAG Series offers an exceptional 0.4 A/W at 1060 nm by using a thick silicon material.
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Excelitas is the world leader in laser warning detectors, including the Excelitas EXACTD series for ground vehicle, naval vessels, and fixed or rotary wing aircraft Laser Warning Systems. Excelitas Silicon and InGaAs photodiodes provide detection from 220 nm to 1700 nm. These devices are offered in a variety of sizes to meet customer sensitivity and speed requirements.
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Excelitas offers fully customized UVC LED disinfection solutions aligned with customer requirements to deliver an optimized germicidal solution. These UVC custom solutions can be uniquely designed and tailored for specific market applications while creating customer value. Our design engineering expertise includes chip-on board LED assembly, optical design for optimized light delivery, thermal management, power controls with intelligent monitoring and feedback, as well as…
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The Excelitas CGA 0414 BO Linear Flashlamp features a B1 envelope construction with 250 - 600 V anode voltage range and a nominal operating voltage of 400 V. It is capable of 5- 300 Hz flash rate over a service life of 250 hours.
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Excelitas provides custom LED-based lighting solutions and integration to meet customers’ unique system requirements across a broad array of industrial and safety requirements. By applying our extensive design, engineering and manufacturing capabilities, we engage our customers in collaborative engineer-to-engineer relationships to help accelerate their new product introductions.
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The Excelitas CIPRM Series of balanced optical receivers features our high-performance InGaAs photodiodes and a low noise, high gain transimpedance amplifier to offer a practical solution to detect small changes above the interfering noise floor of incoming optical signals. The advantage is that the common optical noise is cancelled out.
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Process control solution providers now have access to high performance micro-spectrometers designed to provide high resolution spectral data for Process Analytical Technology (PAT)/Pharmaceutical applications, real-time process control in Oil and Gas applications, and for general manufacturing process measurements with the IntegraSpec XL™. Excelitas' line of Axsun NIR Analyzers are designed to support methods development and provide for an easy conversion from the lab to the…
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The DPGEW1S09H is a plastic packaged, high efficiency 905 nm pulsed laser diode, comprised of a single stack, dual cavity chip with a 225 µm stripe width. It provides 45 W @ 30 A tested with a 100 ns wide pulse, and is offered in various other packages.
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CERLED® was patented in 1979 as the world’s first Surface Mounted Device (SMD) LED. Excelitas offers an extensive range of standard CERLED products in UV, visible and infrared spectrum. In addition to offering LED products on a ceramic substrate with high thermal conductivity, the CERLED family also features CERLED phototransistors, photo-PIN diodes and wavelength selective photodiodes.
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Cermax® Xenon arc-lamp power supplies are advanced, innovative products designed for the specialty lighting industry. They are used in a wide variety of high-performance applications including medical, dental, endoscopy, industrial, and image projection.
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Excelitas continues to provide technical support for a number of discontinued PCO Scientific Cameras. Software and user manuals are available for download via our website. Refer below for a list of supported PCO cameras.
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Excelitas continues to provide technical support for a number of discontinued PCO Intensified cameras. Software and user manuals are available for download via our website. Refer below for a list of supported PCO cameras.
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Excelitas continues to provide technical support for discontinued PCO cameras with access to corresponding software downloads and user manuals. See below for a list of discontinued PCO High-Speed Cameras with available software and user manuals for download.
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PCO offers a variety of supporting documentation, software and drawings for all cameras and systems, including discontinued products. Please refer below to the relevant product to download applicable documentation and complimentary software.If you require technical support or have a specific request about our PCO cameras, please contact us using the PCO Support Request Form.
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The C30822EH is a Silicon PIN Photodiode with a 5.0 mm active diameter chip in a hermetically-sealed TO-8 package designed for the 300 nm to 1100 nm wavelength range. This product series features a broad range of photosensitive surface areas from 0.8 mm² to 100 mm².
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The C30956EH Large-area, Long Wavelength, Enhanced Silicon Avalanche Photodiode (Si APD) provides a 3 mm active area diameter with high quantum efficiency at 1060 nm. Designed in a TO-8 package, this Si APD is made using a double-diffused "reach-through" structure. Its long-wave response of >900 nm has been enhanced without introducing any undesirable properties.
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The C30955EH Long-Wavelength, Enhanced Silicon Avalanche Photodiode (APD) provides a 1.5 mm active area diameter and high quantum efficiency at 1060 nm. Designed in a TO-5 package, this Si APD is made using a double-diffused "reach-through" structure. Its long-wave response of >900 nm has been enhanced without introducing any undesirable properties.
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The C30927EH-03 quadrant silicon avalanche photodiode with 1.55 mm useful diameter is designed with a double diffused "reach-through" structure. The quadrant structure has a common avalanche junction, with separation of the quadrants achieved by segmentation of the light-entry p+ surface opposite the junction. With this design, there is no dead space between the elements and therefore no loss of response at boresight.The C30927EH-03 is optimized for operating at 800 nm, providing high…
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The C30927EH-02 quadrant silicon avalanche photodiode with 1.55 mm useful diameter is designed with a double diffused "reach-through" structure. The quadrant structure has a common avalanche junction, with separation of the quadrants achieved by segmentation of the light-entry p+ surface opposite the junction. With this design, there is no dead space between the elements and therefore no loss of response at boresight.The C30927EH-02 is optimized for operating at 900 nm, providing high…
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The C30950EH is a Silicon Avalanche Photodiode (Si APD) Amplifier Module with 50 MHz bandwidth and includes our C30817 silicon avalanche photodiode (APD). With a useful diameter of 0.8 mm, the C30950EH provides good response between 400 and 1100 nm and is supplied in a modified 12-lead TO-8 package.
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The C30916EH Large-Area Silicon Avalanche Photodiode provides a 1.5 mm active area diameter in TO-5 housing.
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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’ 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.
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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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The C30808EH is a Silicon PIN Photodiode with a 2.5 mm active diameter chip in a hermetically sealed TO-5 package designed for the 300 to 1100 nm wavelength range. This product series features a broad range of photosensitive surface areas from 0.8 mm² to 100 mm².
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The C30807EH is a high quality N-type Silicon PIN Photodiode with a 1.0 mm active diameter chip in a hermetically-sealed TO-18 package designed for the 300 nm to 1100 nm wavelength range. This product series features a broad range of photosensitive surface areas from 0.8 mm² to 100 mm².
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The C30845EH is a high quality N-type Silicon PIN quadrant photodiode in a hermetically sealed TO-8 package, designed for the 300 to 1100 nm wavelength range. Because of the large area (50 mm²), the device is useful in obtaining position information from both focused and defocused spots in either pulsed or CW mode.
Product Category
Precise beam positioning can be achieved by using our quadrant PIN and avalanche photodetectors. They are designed with 4 pie-shaped quadrant sections from doping process, thus reducing to almost zero the “dead” space between each quadrant. Their structure allows high quantum efficiency and fast response for detection of photons in the 400 to 1100 nm range.
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The C30954EH Long-Wavelength, Enhanced Silicon Avalanche Photodiode (Si APD) provides a 0.8 mm active area diameter and high quantum efficiency at 1060 nm. Designed in a TO-5 package, this Si APD is made using a double-diffused "reach-through" structure. Its long-wave response of >900 nm has been enhanced without introducing any undesirable properties.
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The C30927EH-01 quadrant silicon avalanche photodiode with 1.55 mm useful diameter is designed with a double diffused "reach-through" structure.
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The C30884EH Silicon Avalanche Photodiode (Si APD) offers very high modulation capability with high responsivity and fast rise and fall times. Because the fall time characteristic has no “tail”, the responsivity of the device is independent of modulation frequency up to about 400 MHz. This Si APD is made using a double-diffused “reach-through” structure and is optimized for high responsivity at wavelengths of below 1000 nm.
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The C30817EH Silicon Avalanche Photodiode for general-purpose applications is designed using a double-diffused “reach through” structure. This structure provides high responsivity between 400 to 1100 nm, as well as fast rise and fall times at all wavelengths. Since the fall time characteristics has no “tail”, the responsivity of the device is independent of modulation frequency up to about 200 MHz.
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The 1064nm Long-Wavelength Enhanced Si APDs (C30954EH, C30955EH, and C30956EH) are made using a double-diffused “reach-through” structure. The design of these photodiodes are such that their long wave response (i.e. >900 nm) has been enhanced without introducing any undesirable properties. These APDs have quantum efficiency of up to 40 % at 1060 nm.
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The Excelitas C30927 family of Avalanche Photodiode (APD) Arrays and Quadrants utilize a double-diffused "reach-through" structure essentially eliminating dead space between pixels for optimal performance. This structure provides ultra-high sensitivity at 400-1000 nm. Three different variants are offered, depending on peak operation wavelength of interesting, including 800, 900 and 1060 nm.
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The high performance rear entry “reach-through” silicon APDs offer the best compromise in terms of cost and performance for applications requiring high-speed and low-noise photon detection from 400 nm up to 1100 nm. These Si APDs feature low noise, high quantum efficiency and high gain while maintaining reasonably low operating voltage. The active area varies from 0.5 mm to 3 mm.
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The C30741PFH-15S is a High-Speed Silicon PIN Photodiode with a 1.5 x 1.5 mm active area chip in a T1 ¾ visible-blocking plastic package.
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The C30741PH-15S is a high-speed Silicon PIN photodiode with a 1.5 x 1.5 mm active area chip in a T 1¾ clear plastic package.
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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 C30733 Series combines various products of high-gain InGaAs Avalanche Photodiodes (APD) with 30 µm active area. Excelitas InGaAs APDs provide large quantum efficiency (QE), high responsivity and low noise in the spectral range between 1000 nm and 1700 nm. They are supplied in a hermetically sealed TO-18 package, or as FC/APC single mode fiber pigtail.
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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 C30737MH-500-90N Silicon Avalanche Photodiode (APD) provides an active diameter of 500 µm with enhanced 900 nm response in a leadless laminated carrier (LLC).
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The C30737LH-500-90N Silicon Avalanche Photodiode (APD) offers an active diameter of 500 µm with enhanced 900 nm response in a leadless ceramic carrier (LCC).
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The C30737PH-500-90N Silicon Avalanche Photodiode (APD) provides an active diameter 500 µm with enhanced 900 nm response in a plastic T 1¾ package.
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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 C30737MH-500-80N Silicon Avalanche Photodiode (APD) provides an active diameter of 500 µm with enhanced 800 nm response in a leadless laminated carrier (LLC).
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The C30737LH-500-80N Silicon Avalanche Photodiode (Si APD) provides an active diameter of 500 µm and enhanced 800 nm response in a leadless ceramic carrier (LCC).
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The C30737PH-500-80N Silicon Avalanche Photodiode (APD) provides an active diameter of 500 µm with enhanced 800 nm response in a Plastic T 1¾ housing.
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The C30737LH-300-73N Silicon Avalanche Photodiode (APD) provides a 300 µm active diameter with enhanced 800nm response and a 650 nm optical bandpass in a leadless ceramic carrier (LCC).
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The C30737LH-300-72N Silicon Avalanche Photodiode (Si APD) provides a 300 µm active diameter with enhanced 800nm response and 905 nm optical bandpass in a leadless ceramic carrier (LCC).
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The C30737LH-300-71N Silicon Avalanche Photodiode (Si APD) provides a 300 µm active diameter with an enhanced 800 nm response and 635 nm optical bandpass in a leadless ceramic carrier (LCC).
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The C30737LH-300-70N Silicon Avalanche Photodiode (Si APD) provides an active diameter of 300 µm and enhanced 800 nm response in a leadless ceramic carrier (LCC).
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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).
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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 C30737PH-230-80N Silicon Avalanche Photodiode (Si APD) offers an active diameter of 230 µm and enhanced 800 nm response in a plastic T 1¾ through-hole package.
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The C30737CH-300-70 Silicon Avalanche Photodiode (Si APD) provides a 300 µm active diameter with enhanced 800 nm response in a leadless laminated carrier (LCC).
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The C30724PH Silicon Avalanche Photodiode (Si APD) offers 920 nm peak sensitivity and a low-temperature coefficient in a plastic TO-housing.
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The C30739ECERH-2 Short-Wavelength, Enhanced Silicon Avalanche Photodiode (Si APD) covers the spectral range from less than 400 nm to greater than 700 nm. With low noise, high gain, low capacitance and an enhanced UV-response with a quantum efficiency above 70% at 430 nm, this Si APD is designed for low-light level applications such as molecular imaging. Its ceramic carrier package allows for easy handling and coupling to scintillation crystals such as LSO and BGO.
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The C30739ECERH Short-Wavelength, Enhanced Silicon Avalanche Photodiode (Si APD) covers the spectral range from less than 400 nm to greater than 700 nm. With low noise, high gain, low capacitance and an enhanced UV-response with a quantum efficiency above 70% at 430 nm, this Si APD is designed for low-light-level applications such as molecular imaging. Its ceramic carrier package allows for easy handling and coupling to scintillation crystals such as LSO and BGO.
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The C30703FH-200 Silicon Avalanche Photodiode (Si APD) with dimensions of 10 mm x 10 mm is designed for extremely large areas and offered in a flat pack suitable for radiation detection. The C30703 Si APD is enhanced for blue wavelength response and has a peak quantum efficiency at ~ 530 nm.
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The C30724EH-2 Silicon Avalanche Photodiode (Si APD) provides a 905 nm filter and low-temperature coefficient in a metal TO-housing.
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The C30724EH Silicon Avalanche Photodiode (Si APD) offers 920 nm peak sensitivity and low-temperature coefficient in a metal TO-housing.
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The C30703FH Series of Silicon Avalanche Photodiodes (Si APD) with dimensions of 10 mm x 10 mm are designed for extremely large areas and offered in a flat-pack package suitable for radiation detection. The Si APD C30703 is enhanced for blue-wavelength response and has a peak quantum efficiency at ~ 530 nm.
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The large-area, UV-enhanced Silicon Avalanche Photodiodes (Si APDs) are intended for use in a wide variety of broadband low-light-level applications covering the spectral range from below 400 to over 700 nm. These low noise, low capacitance and high gain Si APDs are available in flat-pack packages for either direct detection or easy coupling to scintillator crystals.
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The C30683 Series combines Excelitas' avalanche photodiodes (APD) with a high-speed transimpedance amplifier (TIA) in a hermetically sealed TO-8 package for extreme low-light detection. The modules deliverbandwidth of up to 450 MHz, making them ideal for demanding applications.
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The C30665GH-LC 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 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 C30642GH-LC 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 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 C30641GH-LC 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 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 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 C30618L-350 is a high-speed InGaAs PIN Photodiode with a 350 µm active diameter chip in a ceramic SMD package with window. This photodiode provides high quantum efficiency from 960 nm to 1700 nm. It features low capacitance for extended bandwidth, as well as high resistance for high sensitivity, high linearity and uniformity within two percent across the detector active area.
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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.
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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.
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The C30618GH is a high-speed InGaAs PIN Photodiode with a 350 µm 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 low capacitance for extended bandwidth, as well as high resistance for high sensitivity, high linearity and uniformity within two percent across the detector active area.
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The C30618BFCH is a high-speed InGaAs PIN Photodiode with a 350 µm active diameter chip in TO-18 ball lens package and FC receptacle. This photodiode provides high quantum efficiency from 800 nm to 1700 nm. It features low capacitance for extended bandwidth, as well as high resistance for high sensitivity, high linearity and uniformity within 2% across the detector active area.