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Laser Components, a manufacturer of photonic components and optoelectronic solutions, is featured on GoPhotonics for its portfolio of pulsed laser diodes, silicon avalanche photodetectors, avalanche photodiodes, SPAD CMOS sensors, and pyroelectric detectors designed for precision optical sensing, ranging, and infrared detection. Its solutions support applications requiring high-sensitivity photon detection, low-noise signal acquisition, accurate time-of-flight measurement, reliable optical pulse generation, and stable infrared sensing, making them suitable for LiDAR, range finding, optical communication, spectroscopy, fluorescence, medical diagnostics, flame and fire detection, non-contact temperature measurement, gas analysis, and other advanced scientific and industrial photonics applications.
905D1S3JT03SMD - Pulsed Laser Diode for LiDAR & Medical Applications
The 905D1S3JT03SMD is a pulsed laser diode that operates at a wavelength of 905 nm for high-performance optical pulse generation. Its multi-junction InGaAs/GaAs structure provides high reliability, while the high polarization ratio and narrow spectral bandwidth ensure stable beam quality and precise optical performance. The controlled beam divergence enables efficient target illumination, and the compact low-inductance package supports reliable operation in LiDAR, range finding, surveying equipment, obstacle detection, and medical applications.
A-CUBE-S1500-03 - Silicon Avalanche Photodetector for Spectroscopy Applications
The A-CUBE-S1500-03 is a silicon avalanche photodetector that operates over a wavelength range of 400 nm - 1000 nm, with peak sensitivity at 905 nm. It provides high responsivity, low noise performance, and wide bandwidth for accurate detection of weak optical signals. The integrated matched preamplifier, high-voltage supply, and temperature compensation circuitry ensure stable and reliable operation, while the RS-232 interface and optional optical fiber coupling simplify system integration. It is well suited for APD evaluation, range finding, LiDAR, optical communication systems, spectroscopy, fluorescence, and medical applications.
SAR1500H1B - Si Avalanche Photodiode for Fluorescence Applications
The SAR1500H1B is a silicon avalanche photodiode that operates over a wavelength range of 400 nm - 1000 nm, with peak sensitivity at 905 nm. It provides high responsivity, low noise performance, and wide bandwidth for reliable detection of weak optical signals. The integrated hybrid preamplifier enhances signal quality, while the hermetically sealed TO-5 package ensures dependable operation in demanding environments. It is well suited for range finding, LiDAR, optical communication systems, laser scanners, spectroscopy, fluorescence, medical, and other precision photonic applications.
SPAD2L192 - Solid-State CMOS Sensor for Flash LiDAR Applications
The SPAD2L192 is a solid-state CMOS sensor designed for Flash LiDAR applications. Its SPAD array delivers high sensitivity, high temporal resolution, and low noise for precise photon detection. The integrated in-pixel time-to-digital converter enables accurate direct time-of-flight (ToF) distance measurements based on the first-photon detection principle, supporting reliable long-range depth sensing and high-resolution ranging. It is well suited for Flash LiDAR and other advanced 3D sensing applications.
LD1100X3000|LD11 Series - Pyroelectric Detector for Temperature Measurement Applications
The LD1100X3000 | LD11 Series is a lithium tantalate (LiTaO3) pyroelectric detector that provides high responsivity, high detectivity, and low noise for sensitive infrared detection. It features a nichrome metal broadband absorber for efficient IR absorption, an integrated amplifier for enhanced signal quality, and a wide field of view for reliable detection across a broad observation area. It is well suited for non-dispersive infrared gas analysis, flame and fire detection, non-contact temperature measurement, flame control, moisture monitoring, and spectroscopy applications.
With its portfolio of pulsed laser diodes, avalanche photodetectors, SPAD CMOS sensors, and pyroelectric detectors, Laser Components enables precise optical pulse generation, high-sensitivity photon detection, accurate time-of-flight ranging, and reliable infrared sensing across advanced photonic systems. Its focus on low-noise performance, measurement accuracy, and detection reliability makes it a trusted solution provider for LiDAR, range finding, optical communication, spectroscopy, fluorescence, medical diagnostics, gas analysis, flame detection, industrial sensing, and photonics research.
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