SEARCH RESULTS (2182)
Product Category
Our Fusion UV microwave-powered curing technology significantly improves production speeds, process consistency, operating lifetimes, and reduced heat onto the substrate. These UV Curing systems feature an easy-to-service modular design to provide process flexibility with a lower cost of ownership. They are available in various power classes and UV broadband wavelengths to meet your industrial curing needs. Additionally, our microwave-powered UV curing systems easily retrofit into existing…
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The OmniCure® CV300 is a versatile conveyor system designed to complement the OmniCure AC Series of high power UV LED curing systems and is suitable for production, laboratory and research and development applications. The CV300 can handle substrates up to 310 mm (12.2”) wide on its open mesh Teflon® coated fiberglass belt with an effective curing area of up to 300 mm (12”) depending on the OmniCure LED system being utilized.
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OmniCure® offers a selection of adapters customized for use with the OmniCure AC Series of high power UV LED curing systems to address a wider range of applications. Attaching to the front face of the OmniCure UV LED systems, the AC Optical Adapters convert a smaller area of high output power into a larger area while optimizing optical power and delivering evenly distributed irradiance and uniformity.
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OmniCure® PLC2000 programmable controller is designed to complement the OmniCure AC Series UV LED curing systems. When connected to an AC Series UV LED head, this multipurpose, external controller device allows you to intelligently manage, monitor and control an LED system. With unparalleled control of the UV LED systems, the PLC2000 can be used to dynamically adjust the output intensity, exposure time, and on/off capabilities while providing system information and error monitoring…
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OmniCure® SC Series power supply controllers are tailored specifically for the OmniCure AC Series UV LED curing systems. Designed with application flexibility in mind, the SC Series offers a selection of system controllers to best meet the needs of a particular curing application.
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The OmniCure LS200 UV LED radiometry and calibration system ensures precise measurement and calibration of UV LED power or irradiance directly at the cure site, enabling manufacturers to control light output for a reliable and repeatable curing process. The LS200 features seamless integration with the LX500 UV LED Spot Curing System for calibration, and offers optional accessories, wide measurement range (1mW to 2000mW or 50mW/cm2 – 40 W/cm2), exceptional precision, and…
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Designed for use with the OmniCure LX500 Controller, the OmniCure V3 UV LED Heads feature next generation high output UV LEDs to deliver best-in-class optical performance. With higher power delivery, improved efficiency, and an enhanced beam profile than its predecessor along with a range of cross compatible accessories available, the V3 Heads are optimized for use in a variety of industrial manufacturing applications. The V3 LED Heads deliver high dosage that is distributed uniformly across…
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The OmniCure® S Series offers a variety of light guides ranging from single and multi-legged to liquid-filled or fiber light guides, as well as a range of optical adapters to best meet customer requirements.
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The OmniCure® S2E Network Module is designed to save time on maintenance and keep production running smoothly with remote process monitoring and UV curing equipment control. The S2E complements the OmniCure family of S-Series spot UV curing systems, offering the same high level of innovation, quality and reliability that customers have come to expect.The OmniCure S2E Ethernet adapter enables production facilities to join a new era of connectivity with the ability to remotely access…
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The FireLine™ FL400-i Industrial UV LED Area Curing System is specifically designed for demanding industrial coating and adhesive curing applications. It features a robust, ruggedized housing suited for challenging environments. This UV LED solution provides exceptional optical uniformity, ensuring consistent and reliable curing performance. The powerful FireLine FL400-i Industrial is also IP66-compliant, making it ideal for tasks that require high UV LED output.
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The FireLine™ FL400 UV LED Area Curing System is designed for the most challenging printing, coating, and adhesive curing application environments and now features enhanced performance. This UV LED solution is scalable, allowing for custom length options, and offers exceptional optical uniformity, ensuring consistent and reliable curing for demanding industrial applications. The powerful FireLine FL400 delivers a scalable, IP66-compliant solution designed for tasks that require high UV LED…
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The FireLine™ FL200 is a compact and scalable light source that operates with a separate controller. The lamps can be scaled to various lengths and provide exceptional optical uniformity, ensuring consistent and reliable curing for even the most demanding applications.
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The FireLine™ FL440 compliments the FireLine product series by delivering unparalleled total UV energy. This advanced system provides customers with a scalable, IP66-compliant solution that offers superior performance for curing applications requiring maximum UV output. This water-cooled UV LED curing system is ideal for applications requiring maximum UV power and exposure. The FireLine architecture allows for the system to be customized to various lengths based on printing requirements.
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Excelitas provides custom UV curing systems for various processes and applications. Our offerings range from single lamp modules to complete turnkey systems that include multiple lamp modules, light shielding, material handling, and controls. These tailored UV curing solutions are designed to meet specific application requirements, ensuring successful integration into both existing and new production lines.
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Excelitas TPiD 1T 0224 / 0624 Thermopile Detector Series features a TO-39 housing containing a sensitive chip and small aperture optical window. This Thermopile Series provides exceptional ISOthermal performance for improved thermal shock resistance.
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The VTA1216H-H-SC-01-0 is a 1.2mm pitch, 16-element photodiode array designed for X-ray detection. It can be ordered with various scintillator crystals for high energy detection in dual-energy detection architectures. It can be paired in such systems with the VTA1216H-L series of photodiode arrays for low energy detection.
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The VTB8440BH is a blue-enhanced silicon photodiode in a 8 mm recessed ceramic package protected with a clear epoxy layer. With a built-in IR rejection filter to limit the response into the visible portion of the spectrum, this photodiode exhibits a very high shunt resistance and a low dark current.
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The YAG series of Silicon PIN quadrant detectors are high-performance N-type or P-type Si PIN photodiodes in hermetically sealed TO packages.
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Excelitas Technologies’ YAG series of Silicon PIN detectors are high-performance N-type or P-type Si PIN photodiodes in hermetically sealed TO packages.
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The VTE1291-2H is an 880 nm Infrared Emitting Diode (IRED) in a T-1 ¾ (5mm) plastic package. This IRED provides 25 mW of output power with with narrow emission profile of ±12°.
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The VTE1291-1H is a 880 nm Infrared Emitting Diode (IRED) in a T-1 ¾ (5mm) plastic package. It provides 20 mW of output power and a narrow beam angle of ±12°.
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The Excelitas TPMI Sensor Module features the TPMI Thermopile Sensor on a PCB with connector for easy plug-and-play integration. The sensor includes a thermopile sensor chip connected to an internal circuit which provides for the amplification calculation of signals into temperature related output.
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TPMI Sensor Module: This type includes the TPMI Sensor on a pcb with connector for easy plug and play. The sensor includes sensing chip connected to an internal circuit which provides for amplification calculation of signals into temperature related output.
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Excelitas TPD 1T 0122 and TPD 1T 0123 Thermopile Detectors in TO-46 housing feature a miniature sensor solution featuring a sensitive Chip and small optical window. The window is optically coated in the IR band 5-14µm and is available in two different formats.
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The Excelitas TPiD 1T 0122B and TPiD 1T 0222B Thermopile Detectors with ISOthermal design feature a special housing concept matched with a sensitive Chip and small optical window. These devices are best-suited for Thermometry applications.
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The VTT9814FH is a silicon phototransistor in an infrared-blocking, flat T 1¾ end-looking package. This phototransistor provides an excellent response in the visible spectral range.
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The VTT9812FH is a silicon phototransistor in an infrared-blocking, flat T 1 ¾ end-looking package. This Silicon phototransistor provides an excellent response in the visible spectral range.
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The VTA1216H-H-NC-00-0 is a 1.2 mm pitch 16-element photodiode array designed for X-ray detection. It can be ordered with various scintillator crystals for high energy detection in dual-energy detection architectures. It can be paired in such systems with our VTA1216H-L Series of photodiode arrays for low energy detection.
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The VTA0832H-H-NC-00-0 is a 0.8 mm pitch, 32-element photodiode array designed for X-ray detection. It can be ordered with various scintillator crystals for high or low energy detection.
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The VTB8441H is a blue-enhanced silicon photodiode in a 8 mm recessed ceramic package protected with a clear epoxy layer. This photodiode provides an enhanced response in the blue spectral range, as well as exhibits a very high shunt resistance and a low dark current.
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The VTB8440H Blue-Enhanced Silicon Photodiode is designed in a 8 mm recessed ceramic package protected with a clear epoxy layer. This Si photodiode provides an enhanced response in the blue spectral range and exhibits a very high shunt resistance and a low dark current.
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The VTB1013BH is a silicon photodiode in a hermetic TO-46 flat window package. With a built-in IR rejection filter to limit the response into the visible portion of the spectrum, this Si Photodiode exhibits a very high shunt resistance and a low dark current.
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The VTB1012BH is a silicon photodiode in a hermetic TO-46 flat window package. It has a built-in IR rejection filter to limit the response into the visible portion of the spectrum and exhibits a very high shunt resistance and low dark current.
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The VTP9812FH Silicon (Si) Photodiode is designed in an infrared blocking T1 ¾ flat package and provides an excellent response in the visible spectral range. This Si photodiode exhibits a very high shunt resistance, low dark current and low capacitance.
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Excelitas Technologies’ YAG series of Silicon PIN quadrant detectors are high-performance N-type or P-type Si PIN photodiodes in hermetically sealed TO packages.
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Excelitas Technologies’ YAG series of Silicon PIN detectors are high-performance N-type or P-type Si PIN photodiodes in hermetically sealed TO packages.
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Excelitas Technologies’ YAG series of Silicon PIN detectors are high-performance N-type or P-type Si PIN photodiodes in hermetically sealed TO packages.
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THIS PRODUCT IS DISCONTINUED. It has been replaced with the X-Cite TETREM™ and X-Cite NOVEM™. Technical support for this product will continue to be available.
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THIS PRODUCT IS DISCONTINUED. It has been replaced with the X-Cite TETREM™ or X-Cite mini+®. Technical support for this product will continue to be available.
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The X-Cite Vitae™ FOI is a compact, configurable, white-light, LED light source for OEM medical applications such as endoscopy, surgical microscopy and headlamp systems. With high lumen and high CRI options, as well as a variety of coupling and control possibilities, the X-Cite Vitae FOI is a flexible illumination platform for simple integration.
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The Excelitas TPG3AU1S03 905 nm pulsed laser diode combines high power with a compact design, delivering 38 W at 13 A making it ideal for mid to long-range ToF and LiDAR applications. Its large 75 × 10 µm emission area ensures efficient thermal handling and stable beam shaping at elevated output levels. Positioned between lower-power (16 W) and ultra-high-power (120 W) models, this laser diode offers a versatile solution for systems that require extended range, stronger return signals, and…
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The Excelitas TPG3AU1S04 905 nm pulsed laser diode delivers an optical power output of 54 W at a current of 18 A. It effectively bridges the gap between mid-range and high-power time-of-flight (ToF) systems. It features an emission area of 100 × 10 µm, allowing for efficient thermal management and consistent beam performance, even under prolonged high-load operation. With a forward voltage of 10 V, it enhances energy efficiency while ensuring strong and reliable signal return for LiDAR and…
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The Excelitas TPG3AU1S09 is a 905 nm pulsed laser diode specifically designed for maximum reach and strong detection capabilities. It produces a powerful output of 120 W at 40 A. With its large emission area of 225 × 10 µm, this diode provides high optical output density, making it well-suited for long-range LiDAR applications, mapping, and outdoor scanning systems. Operating at a forward voltage of 11 V, it strikes an excellent balance between extreme performance and overall system…
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The Excelitas μPAX-3 is the next generation 2-Watt Pulsed Xenon Light Source, with a smaller, more robust design that is 17% smaller than its µPAX-2 predecessor (the new μPAX-3 replaces the older generation µPAX-2). State-of-the-art electronics and precision aligned flashlamp are packaged into a single light source capable of providing broadband light in microsecond pulses with exceptional arc stability. This compact, integrated solution contains the flashlamp, trigger circuit, and…
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The first and only multi-function Thermopile Sensor of it's kind, the NEW Excelitas CaliPile® Sensor (TPiS 1T 1086 L5.5) represents a new generation of intelligent IR Sensors, capable of motion detection, presence monitoring and temperature measurement... all from a single, robust TO sensor package. Featuring a thermopile sensor chip connected to internal circuitry within TO packaging with intregral Lens options, the CaliPile TPiS 1T 1086 L5.5 is suited for highly effective,…
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The first and only multi-function Thermopile Sensor of it's kind, the Excelitas CaliPile® Sensor (TPiS 1S 1385) represents a new generation of intelligent IR Sensors, capable of motion detection, presence monitoring and temperature measurement... all from a single, compact sensor package. Featuring a thermopile sensor chip connected to internal circuitry and housed in an ultra-compact housing, the Calipile SMD is suited for highly effective, near-distance sensing (up to 3 m)…
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Excelitas' TPiS 1T 1252B DigiPile Sensor features a Thermopile sensing chip connected to an internal ADC for amplification and digital conversion. This device engineered into a Special TO-46 type housing constriction with our patented ISOthermal design provides improved performance under thermal shock situation.
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Our TPiD 1S 0121 / 0222 SMD Thermopile Detectors feature two sensitive chips in two distinct SMD housing sizes... more compact for space efficiency or larger for higher sensitivity. Both models feature an internal Thermistor for temperature reference for Thermopile temperature compensation
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The Excelitas TPD 2T 0625 Dual-Output Thermopile Detector features two sensitive detection chips located behind individual optical filter windows contained in a robust TO-39 housing. This design generates two independent outputs, each in a different spectral range.
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The Excelitas TPiD 1T 0226 L5.5 Thermopile Detector with integrated optics features an integral lens which focuses thermal radiation towards the sensitive chip for improved performance.
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Excelitas CoolEYE™ IR Array family includes a line array sensor of 8 pixels with calibrated temperature output via I2C interface.
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The basic CoolEYE 2D Array is a small Infrared Array offering 4x4 pixels including a small IR transmissive lens and the Thermopile Sensor with a digital I2C interface.
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The VTA2516H-L-SC-03-0 is a 2.5 mm pitch, 16-element photodiode array designed for X-ray detection. It can be ordered with various scintillator crystals for low energy detection in dual-energy detection architectures. It can be paired in such systems with our VTA2516H-H Series of photodiode arrays for high energy detection.
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The VTA2516H-L-NC-00-0 is a 2.5 mm pitch, 16-element photodiode array designed for X-ray detection. It can be ordered with various scintillator crystals for low energy detection in dual-energy detection architectures. It can be paired in such systems with our VTA2516H-H Series of photodiode arrays for high energy detection.
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The VTA2516H-H-SC-01-0 is a 2.5 mm pitch, 16-element photodiode array designed for X-ray detection. It can be ordered with various scintillator crystals for high energy detection in dual-energy detection architectures. It can be paired in such systems with our VTA2516H-L Series of photodiode arrays for low energy detection.
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The VTA2516H-H-NC-00-0 is a 2.5 mm pitch, 16-element photodiode array designed for X-ray detection. It can be ordered with various scintillator crystals for high energy detection in dual-energy detection architectures. It can be paired in such systems with our VTA2516H-L Series of photodiode arrays for low energy detection.
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The VTA1616H-L-SC-03-0 is a 1.6 mm pitch, 16-element photodiode array designed for X-ray detection. It can be ordered with various scintillator crystals for low energy detection in dual-energy detection architectures. It can be paired in such systems with our VTA1616H-H Series of photodiode arrays for high energy detection.
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The VTA1616H-L-NC-00-0 is a 1.6 mm pitch, 16-element photodiode array designed for X-ray detection. It can be ordered with various scintillator crystals for low energy detection in dual-energy detection architectures. It can be paired in such systems with our VTA1616H-H Series of photodiode arrays for high energy detection.
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The VTA1616H-H-NC-00-0 is a 1.6 mm pitch, 16-element photodiode array designed for X-ray detection. It can be ordered with various scintillator crystals for high energy detection in dual-energy detection architectures. It can be paired in such systems with our VTA1616H-L Series of photodiode arrays for low energy detection.
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The VTE3310 is a 460nm, InGaN Blue emitting diode mounted in a long T-1 (3mm diameter) lensed plastic package. With a narrow beam angle ±5°, this Blue LED is suitable for smoke detection applications.
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The VTE3375LA is a 880 nm GaAlAs Infrared Emitting Diode (IRED) mounted in a long T-1 (3mm diameter) lensed plastic package. With a narrow beam angle of ±12.5°, this IRED is suitable for smoke detection, IR illumination and optical switching applications.
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The VTE3374LAH is a 880 nm GaAlAs Infrared Emitting Diode (IRED)mounted in a long T-1 (3 mm diameter) lensed plastic package. With a narrow beam angle of ±10°, this 880 nm GaAlAs IRED is suitable for smoke detection, IR illumination and optical switching applications.
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The VTE1291-2H is a GaAlAs Infrared Emitting Diode (IRED) mounted in a T 1¾ (5mm diameter) lensed plastic package with a narrow beam angle. This 880 nm GaAlAs IRED has a narrow emission beam profile, a characteristic making it suitable for smoke detection, IR illumination and optical switching applications.
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The VTE1291-1H is a GaAlAs Infrared Emitting Diode in a lensed, plastic package with a narrow beam angle. This 880nm GaAlAs infrared emitting diode (IRED) is mounted in a T 1 ¾ (5mm diameter) lensed plastic package. This IRED has a narrow emission beam profile suitable for smoke detection, IR illumination and optical switching applications.
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The VTP3420LA is a silicon photodiode in a visible-blocking end-looking, long T1 lensed package with an enhanced response in the near IR spectral range. This photodiode exhibits a very high shunt resistance, low dark current and low capacitance.
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The VTP8440H is a silicon photodiode on 8 mm ceramic substrate coated with epoxy. With a wide field-of-view, this photodiode produces a fast response and a low dark current.
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The VTP4085H is a silicon photodiode on a ceramic substrate coated with epoxy which produces a fast response and low dark current .
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The VTP3310LAH is a silicon photodiode in a clear end-looking long T1 lensed package. This photodiode provides an enhanced response in the visible and near IR-spectral range, as well as exhibits a very high shunt resistance, low dark current and low capacitance.
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The VTP1232FH is a silicon photodiode in a clear end-looking T1¾ flat package. This photodiode provides an enhanced response in the visible and near IR spectral range, as well as exhibits a very high shunt resistance, low dark current and low capacitance.
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THIS PRODUCT IS DISCONTINUED. It has been replaced with the X-Cite® mini+™. Technical support for this product will continue to be available.
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THIS PRODUCT IS DISCONTINUED. It has been replaced with the X-Cite NOVEM™. Technical support for this product will continue to be available.
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X-Cite® fluorescence lamp systems connect to your microscope via a liquid light guide and a coupling adapter. Our adapters are engineered specifically for each microscope model to optimize illumination intensity and uniformity. See our qualified microscope list to find out which one fits your microscope. X-Cite adapters can also be purchased online via Digi-Key.com.
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X-Cite® offers lamp systems that connect to your microscope via a liquid light guide and a coupling adapter. The light guides have a core diameter of 3 mm, and are available in either 1500 mm or 3000 mm lengths. Our X-Cite Light Guides can also be purchased online at Digi-Key.com.
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X-Cite® replacement lamps are available for use with our X-Cite 120Q Series, 200DC and exacte light sources. Our lamps are offered in either a 120 Watt or 200 Watt mercury arc lamp depending on your system model. The X-Cite replacement lamps come pre-aligned for easy installation and with a guaranteed life of 2000 hours. X-Cite replacement lamps are also available for online purchasing at Digi-Key.com.
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The X-Cite® Optical Power Measurement System is designed for measuring optical power in watts at the specimen level that enables consistent and repeatable illumination throughout research experiments, and also assist in equipment set-up and troubleshooting. The system includes the X-Cite XP750 sensor which has a low, sleek profile that fits on the microscope stage and offers the versatility of measuring power output from an X-Cite microscope illuminator or any other epi-…
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THIS PRODUCT IS DISCONTINUED. It has been replaced with our X-Cite® XYLIS LED illumination system. Replacement lamps, light guides and technical support for the exacte product will continue to be available.
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THIS PRODUCT IS DISCONTINUED. It has been replaced with our X-Cite® XYLIS LED illumination system. Replacement lamps, light guides and technical support for the 200DC product will continue to be available.
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Based on a flexible LED module design with extensive wavelength multiplexing capabilities, the X-Cite Vitae™ 6 is multi-wavelength platform with high output power and efficient thermal management is available for maximum spectral breadth and stability. Systems can be customized with up to six LEDs and excitation filters to cover a wide range of imaging, diagnostic and analytical applications. With a range of wavelengths from 360-740 nm, the X-Cite Vitae 6 offers high speed…
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The X-Cite Vitae™ wL is a white light fluorescence illuminator with usable wavelength range from 370-700 nm catering to a wide range of popular fluorophores and fluorescent proteins, including strong excitation for the traditionally challenging wavelengths. Coupling options are through a liquid light guide or via highly engineered direct coupling optics ensuring bright, uniform illumination without adding mechanical vibration.
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The X-Cite® Vitae vIRX is a fully customizable, multi-wavelength illumination platform designed for high precision medical illumination and diagnostic applications such as endoscopy and surgical visualization, as well as high-speed analytical applications including multi-well plate and slide scanning and polymerase chain reaction (PCR). Featuring high optical output with support for up to 7 wavelengths including NIR, the Vitae vIRX easily replaces 180W or 300W Xenon sources while…
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The Excelitas TPG3AU1S1.5 is a compact and powerful 905 nm pulsed laser diode that delivers an optical output of 16 W at just 6 A, making it ideal for Time-of-Flight, LiDAR, and 3D sensing applications. With a small 40 ×10 µm emission area, it enables tight beam collimation for high-resolution detection. The 9.3 V forward voltage ensures efficient operation with reduced thermal load. Designed for reliability in a hermetic TO-can, this diode is perfect for industrial environments, offering…
Product Category
Excelitas PAX Light Sources are compact, integrated light source solutions containing a flash lamp, trigger circuit, and power supply in an EMI-suppressant enclosure. The PAX family of compact, precision-aligned Xenon light engine modules is the ideal choice for clinical diagnostic, in-vitro diagnostics, life sciences, drug discovery, proteomics, and analytical instrumentation applications.Excelitas takes pride in providing specialty lighting products and solutions that help to…
Product Category
This Series of Infrared Emitting Diodes (IREDs) consists of three standard chips in nine different packages, providing a broad range of mounting, lens, and power output options. This series includes both end and side radiating cases, as well as narrow and wide angle emitters. All IREDs use high efficiency GaAlAs liquid phase epitaxial chips mounted P side down for highest output at 880 nm.
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The Excelitas TPiS 1T 1386 L5.5 H is a thermopile sensor with integrated signal processing specifically designed to meet medical-grade temperature measurement requirements. As a member of the CaliPile® series, the TPiS 1T 1386 L5.5 H provides factory calibration data stored in the sensor's EEPROM. Featuring a confined field of view in an isothermal TO-39 package, the CaliPile TPiS 1T 1386 L5.5 H ensures fast adaptation to ambient temperature changes.
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The Excelitas TPiS 1T 1256 L5.5 DigiPile Sensor features a Thermopile sensing chip connected to an internal ADC for amplification and digital conversion. All included in TO type housing with integral lens.
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Housed in a compact SMD carrier with optical window, the Excelitas TPiS 1S 1051 / 1252 DigiPile Sensor Series features Thermopile sensing chips connected to an internal ADC to provide amplification and digital conversion.
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TPMI Sensor Module: This type includes the TPMI Sensor on a pcb with connector for easy plug and play. The sensor includes sensing chip connected to an internal circuit which provides for amplification calculation of signals into temperature related output.
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The Excelitas TPD 1T 0226 IRA Thermopile Detector with integrated optics is available in "IRA" high metal can which includes an integrated reflector for collecting the radiation receipt.
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Excelitas TPD 1T 0623 and TPD 1T 0625 Thermopile Detectors feature high sensitivity sensing chips for general-purpose thermometry. Two different housings are available with varying optical windows. Both versions include a thermistor for temperature compensation.
Product Category
Among Thermal Infrared (IR) detectors, our Thermopile Sensors are enabling many leading-edge non-contact temperature measurement applications including smart home and smart appliances, intelligent thermostats and HVAC control systems, and ear and forehead thermometers.Thermopile Sensors include electronic circuitry to provide calibration, or just digital output. The line of SMD Thermopiles (surface mount device) offer you significant space efficiency and streamlined integration.TPMI has…
Product Family
Our Sensor Modules offering incorporate a variety of our Thermopile Sensors and Detectors mounted on small PCBs with connectors for streamlined plug-and-play integration. The TPMI Sensor Modules provide gas algorithm and calibration solutions typically utilized in various temperature measuring applications.
Product Category
The Excelitas CoolEYE™ IR Line Arrays offer versions with 8 or 16 pixels for various non-contact temperature measurement applications such as room climate control and presence detection. They feature a temperature calculation at sensor level for all pixels and a measurement of the sensor’s temperature itself. Different field-of-views are available.
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The Excelitas CoolEYE™ IR 2D Arrays offer versions with 4 x 4 pixels for various non-contact temperature measurement applications such as elevated skin temperature screening and fire and overheat detection. They have a calibrated temperature output for each pixel with a digital I2C interface.
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The Excelitas VTH3020 is an advanced Chip-on-Board (CoB) large-area 100 mm2 Silicon Photodiode that delivers exceptional performance. This state-of-the-art photodiode is optimized for alpha particle detection, making it an ideal choice for applications such as radon gas monitoring. Its chip-on-board design simplifies the reflow assembly process. Furthermore, its innovative design significantly enhances responsivity to alpha particles, effectively eliminating the absorption issues…
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The VTA1616H-H-NC-00-0 is a 1.6 mm pitch, 16-element Photodiode Array meant for X-ray detection. It can be ordered with various scintillator crystals for high energy detection in dual-energy detection architectures. It can be paired in such systems with our VTA1616H-L Series of photodiode arrays for low energy detection.
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The VTA1216H-L-SC-03-0 is a 1.2 mm pitch 16-element photodiode array designed for X-ray detection. It can be ordered with various scintillator crystals for low energy detection in dual-energy detection architectures. It can be paired in such systems with the VTA1216H-H series of photodiode arrays for high energy detection.
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The VTA1216H-L-NC-00-0 is a 1.2 mm pitch, 16-element photodiode array designed for X-ray detection. It can be ordered with various scintillator crystals for low energy detection in dual-energy detection architectures. It can be paired in such systems with our VTA1216H-H Series of photodiode arrays for high energy detection.
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The VTP1232H is a silicon photodiode in a clear end-looking T1¾ lensed package with an enhanced response in the visible and near IR spectral range. This photodiode exhibits a very high shunt resistance, low dark current and low capacitance.
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The VTP1232H is a silicon photodiode in a clear end-looking T1¾ lensed package. The VTP1232H Si photodiode provides an enhanced response in the visible and near IR spectral range, as well as exhibits a very high shunt resistance, low dark current and low capacitance.
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The VTB8441BH is a blue enhanced silicon photodiode in a 8mm recessed ceramic package protected with a clear epoxy layer. With a built-in IR rejection filter to limit the response into the visible portion of the spectrum, this photodiode exhibits a very high shunt resistance and a low dark current.
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The VTT9814FH is a silicon phototransistor in an infrared blocking T 1¾ flat package. This phototransistor provides an excellent response in the visible spectral range.
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The VTT9812FH is a silicon phototransistor in an infrared-blocking T 1¾ flat package. This phototransistor provides an excellent response in the visible spectral range.
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The VTB6061CIEH is a silicon photodiode in a hermetic TO-8 flat window package. With a built-in filter that allows its spectral response to closely match that of the human eye, this photodiode exhibits a very high shunt resistance and a low dark current.
Product Family
An electro-optical smoke detector consists of an emitting diode and photodiode assembly which exhibits a signal under the presence of smoke. Excelitas offers emitting diodes and photodiodes, as well as custom assemblies to address the requirements of electro-optical smoke detectors.
Product Family
Our Fast-Response Silicon Photodiodes offer low-junction capacitance to achieve fast response times. They can be operated under reverse bias to decrease the capacitance and further increase the speed of response or in photovoltaic mode in applications where speed of response is not critical. With excellent response in the IR-spectral range, these devices are well-matched to Excelitas' Infrared LED VTE Series.
Product Category
The Blue-Enhanced Series of P on N Silicon Planar Photodiodes are designed for optimum response through the visible part of the spectrum. Photodiodes from this series are primarily intended to be used in photovoltaic mode but can also be used with a small reverse bias. Versions with a UV transparent window or built-in IR filtering are available.
Product Category
Excelitas offers ambient light sensors that provide an easy solution for applications requiring a response similar to the human eye. Within this product family, we offer two types of devices: IR-filtered Silicon Photodiodes and IR-Filtered Silicon Phototransistors.
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The YAG series of Silicon PIN quadrant detectors are high-performance N-type or P-type Si PIN photodiodes in hermetically sealed TO packages.
Product Category
Excelitas is the leading provider of off-the-shelf and customer-specific YAG-enhanced terminal guidance detectors. Applications include precision munitions, target acquisition, laser spot tracking, and missile guidance. Our wide range of devices offer high speed, responsivity, and quantum efficiency for photon detection from 400 up to 1700 nm.
Product Category
Excelitas is the leading provider of off-the-shelf and customer-specific YAG-enhanced terminal guidance detectors. Applications include precision munitions, target acquisition, laser spot tracking, and missile guidance.Our wide range of devices offer high speed, responsivity, and quantum efficiency for photon detection from 400 to 1700 nm.
Product Category
Phototransistors are photodiode-amplifier combinations integrated within a single silicon chip. The phototransistor can be viewed as a photodiode whose output current is fed into the base of a conventional transistor. These photodiode-amplifier combinations are put together to overcome the major limitation of photodiodes: unity gain. The typical gain of a phototransistor can range from 100 to over 1500.Many applications demand a greater output than can be generated by a…
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X-Cite® offers a selection of options and accessories that complement the X-Cite product line of illumination systems for fluorescence microscopy. Researchers can select from a series of microscope adapters, light guides, replacement lamps, as well as power measurement tools.
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Xenon flashlamps emit a broad spectrum from ultraviolet to infrared similar to sunlight which makes it an ideal light source for sun simulation used in various applications such as solar cells or module testing, as well as weathering or material testing. Excelitas flashlamps are designed and manufactured to match the specific spectral and optical requirements for solar simulation. Well recognized for high flash stability and uniform output, our linear flashlamps are widely used for solar…
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Excelitas offers flashlamps that are perfectly suited for high repetition rates in stroboscopic applications. Our standard stroboscopy lamps range from linear that cover everything from low-power 2 mm arc length up to more than 600 mm and 3000 W. For high power and UV applications, we offer sizes of various quartz envelope materials. Our expert application engineers will work with you to identify the most suitable solution as well as provide ongoing support in the development of customized…
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The -40 kilovolt, 25 mA 1 kilowatt 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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The -40 kilovolt, 12.5 mA 500 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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The -25 kilovolt, 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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The SPCM-AQ4C is a four-channel photon counting module capable of detecting single photons of light over the wavelength range from 400 nm to 1060 nm. Each channel is independent from the others.
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The Excelitas SPCM-NIR is a Single-Photon Counting Module specifically selected and performance-optimized for the near-infrared wavelength spectrum. This NIR spectrum enhanced device is designed to support long range LiDAR, quantum communication and microscopy, as well as many other applications.
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The Excelitas SPCM-AQRH-WX-TR is a Single Photon Counting Module of the latest product generation, specifically selected and performance-optimized for timing resolution. This family of –TR modules is designed to support applications in time-correlated single-photon counting (TCSPC), fluorescence lifetime measurements and fluorescence lifetime imaging microscopy (FLIM).
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Excelitas' newly enhanced SPCM-AQRH Single-Photon Counting Module detects single photons over the wavelength range of 400 nm to 1064 nm with performance parameters superior to other solid state or vacuum-tube based photon counters.
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Excelitas High Efficiency SharpDot™ Point Source and Reticle LEDs are ideal for a wide range of Red Dot applications. Utilizing Resonant Cavity LED (RCLED) technology, the SharpDot LED family features crisp, clear dots and reticle patterns, along with high electrical-to-optical efficiency ensuring longer battery life. These RCLEDs can operate at very low currents, making them ideal for night vision applications. The matte black design minimizes stray light, increasing…
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The performance and quality demands asked of power supplies used for ion implantation within the semiconductor device fabrication, metal finishing, as well as in materials science research markets are unrivaled. The power supplies and technologies employed within our family of supplies offers the performance and quality required to meet the demanding requirements of these applications.
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Excelitas has a complete range of standard chip–on-board package designs as well as fully custom designed chip-on-board (COB) solutions. Our three main platforms, the ACULED, APOLED and CERLED allow users to select from a wide range of wavelengths, various CCT whites and high color rendering selections.
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Excelitas offers flashlamp designs suitable for the professional photography market. Our flashlamps provide highly stable light output and high efficiency to address the unique requirements of the most demanding photographers. With the flexibility to select shapes, electrodes and custom glass caps, Excelitas provides customization to meet your flashlamp specifications.
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With a mere 1.8 V power requirement, Excelitas offers the first real low-power enhanced DigiPyro® Series. The PYD 1548 is a fully integrated, Quad-Element Detector. That DigiPyro offers added features and low-current power consumption for extended remote motion detection in battery operated devices.
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This Quad-Element Pyrodetector features four elements in series connection in TO-5 Metal Housing. This Pyrodetector Series is part of the DigiPyro® family that feature internal integrated circuitry to convert the element signals into a 14-bit digital output.
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The PYQ 5848 and PYQ 2898 are 4-element dual channel digital sensors in a TO-5 metal housing. The PYQ 5848 has diagonally arranged element pairs for ceiling applications while the PYQ 2898 has parallelly arranged element pairs for wall mounted applications. These Pyrodetectors are part of the DigiPyro® family that feature internal integrated circuitry to convert the element signals into a 14-bit digital output.
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The Excelitas PYQ 2498 Pyrodetector provides two pairs of two elements in a geometric square placement. Two elements per pair are electrically connected in series. Each pair represents an individual analog output signal. The TO-5 housing includes an optical window in rectangular shape.
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This Dual-Element Pyrodetector features two standard elements in parallel connection designed into a compact SMD (surface mount) housing with optical window. In alignment with our innovative low power DigiPyro detectors family, this design streamlines integration to the host system with significantly reduced form factor. The integrated motion detection unit and interrupt features are perfect for battery operated applications.
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The latest addition to our DigiPyro® Detector offering, this Dual-Element Pyrodetector features two standard elements in parallel connection designed into a compact SMD (surface mount) housing with optical window. In alignment with our innovative DigiPyro detectors family, this design streamlines integration to the host system with significantly reduced form factor and internal integrated circuitry to convert the element signals into a 14bit digital output.
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With a mere 1.8V power requirement, Excelitas offers the first real low-power enhanced DigiPyro® Series. The PYD 1588 and PYD 1598 DigiPyros are fully integrated, Dual-Element Detectors with two different window size options. These DigiPyros offer added features and low-current power consumption for extended remote motion detection in battery operated devices.
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With the diameter of 4.7mm the PYD 5731 Miniature, Dual-Element DigiPyro® is one of the smallest designs in the Excelitas Pyrodetector portfolio. The PYD 5731 features two elements in a series connection within TO-46 Metal Housing and an optical window. This Detector is part of the DigiPyro family that feature internal integrated circuitry to convert the element signals into a 14-bit digital output.
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The PYD 1794 Dual-Element Digipyro Detector features two elements in series connection in the low-profile TO-39 Metal Housing with optical window. This Detector is part of the Excelitas DigiPyro family that feature internal integrated circuitry to convert the element signals into a 14-bit digital output.
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The NEWLY IMPROVED PYD 1798/1788 is now re-engineered for improved energy efficiency of a mere 1.8V at 5µA power requirement, making it an ideal motion detection sensor for extended service life in mobile and remote battery-operated devices. Both of these Excelitas Dual-Element Pyrodetectors feature two elements in series connection in TO-5 Metal Housing with optical window options. This Pyrodetector Series is part of the DigiPyro® family that feature internal integrated circuitry…
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The Excelitas PYD 1384 (replacement to LHi 874) / PYD 1394 (replacement to LHi 944) Pyrodetector Series is the Low-Profile variant of the PYD 1388/PYD 1398 Standard Analog Pyrodetectors. The Low-Profile, Dual-Element Pyrodetectors feature two sensing elements in series connection and FET in source-follower circuit, connected into the low profile TO-39 Metal Housing with optical window a source follower circuit
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This Pyrodetector Series represents Excelitas standard analog Pyrodetector offering. Our PYD 1388 (replacement to LHi 878) and PYD 1398 (replacement to LHi 968) Dual-Element Pyrodetectors feature two elements configured in a series connection with an FET in source-follower circuit. They are integrated into a robust TO-5 Metal Housing with an optical window
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Excelitas offers a broad range of pulsed lasers and detectors for proximity fuzes. We offer both standard off-the-shelf and customer-specific designs to meet your exacting specifications.
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The PVGS2S06H is a metal packaged, high efficiency 1550 nm pulsed laser diode, comprised of a dual stack, single cavity chip with a 150 µm stripe width. It provides 24 W @ 20 A tested with a 150 ns wide pulse, and is offered in various other packages.
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The PVGS1S06H is a metal packaged, high efficiency 1550 nm pulsed laser diode, comprised of a single stack, single cavity chip with a 150 µm stripe width. It provides 7 W @ 20 A tested with a 150 ns wide pulse, and is offered in various other packages.
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The PVGR4S12H is a metal packaged high efficiency 1550 nm pulsed laser diode, comprised of a quad stack, single cavity chip with a 300 µm stripe width. It provides 58 W @ 40 A tested with a 150 ns wide pulse, and is offered in various other packages.
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The PVGR2S06H is a metal packaged, high efficiency 1550 nm pulsed laser diode, comprised of a dual stack, single cavity chip with a 150 µm stripe width. It provides 24 W @ 20 A tested with a 150 ns wide pulse, and is offered in various other packages.
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The PVGR1S06H is a metal packaged, high efficiency 1550 nm pulsed laser diode, comprised of a single stack, single cavity chip with a 150 µm stripe width. It provides 7 W @ 20 A tested with a 150 ns wide pulse, and is offered in various other packages.
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The Excelitas PS-1100 Series Power Supplies obtain optimum performance from the FX-1100 Series Flashlamps and FYD-1100 Lite-Pac Trigger Modules.
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As a Dual-Channel, Single-Element Pyrodetector, the PYS 3428 (replacement to LHi 814) includes two single-elements which are each thermally compensated. Each output is optically linked to an individual optical window within the TO-5 Metal Housing. For each window a variety of narrow-band optical filters are available to meet a range of specific sensing requirements.
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Excelitas Single-Element Pyrodetectors combine one sensing element with the optical window, making them ideally suited for gas measurement and monitoring applications. The PYS 3198 TC GX (replacement to LHi 807) is a single channel, parallel format temperature-compensated elements detector based on lithium-tantalate (Li-Ta).
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Excelitas' PYQ 1348 and PYQ 1398 Pyrodetectors provide four sensing elements in a geometric square placement. Electrically all elements are connected in series, forming one analog output signal. The two versions vary from each other by different window size and element spacings.
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The Excelitas PYD 1378 Dual-Element Pyrodetector (replacement to the LHi 778) features two elements in series connection with FET in-source follower circuit, integrated into a TO-5 metal housing with a small optical window.
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The Phoseon® KeyLight™ OEM light source is designed for microscopy and fluorescent microscopy instruments to ensure reliable and accurate laboratory results. KeyLight utilizes proprietary and patented LED technology, providing users with a powerful solution that delivers precise and consistent UV output. LEDs are known for being low-noise, stable, cool, and controllable. Additionally, KeyLight features a compact design, offering your lab an advantage without compromising…
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With new universal 7-hole bases, these 300-watt Cermax® Xenon lamps are designed to fit most ceramic-body xenon lamp applications, providing a versatile solution for a wide range of lighting needs. Incorporating the same robust design that makes Cermax the industry standard, these lamps feature an extended 1000-hour warranty while maintaining the high performance and broad spectral output expected by the most demanding customers.