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The CS13F-03A-5C-PxC-C is a cost-effective 1x9 SC optical transceiver for 155 Mb/s applications, offering 15km single-mode fiber transmission at 1310nm. RoHS compliant. -
The CS13F-03A-5L-Px-C is a high-performance, cost-effective duplex 1x9 SC optical transceiver for 155 Mb/s applications, supporting 60km transmission over single-mode fiber at 1310nm. RoHS compliant.
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The CM13L-03A-5S-Px-Tx is a high-performance 1x9 ST optical transceiver for 155 Mb/s applications, offering 2km multimode fiber transmission at 1310nm. RoHS compliant. -
The CM13L-03A-5S-Px-C is a high-performance 1x9 SC optical transceiver for 155 Mb/s applications, offering 2km multimode fiber transmission at 1310nm. RoHS compliant.
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The VCx-940C200A is a 940nm 200mW CW VCSEL diode with low threshold current, available in SMD or TO-can packages for 3D sensing, gesture recognition, IR illumination, and medical applications. -
The VCT-F85A54-10M is a cutting-edge 10Gbps VCSEL operating at 850nm, housed in a robust TO-46 package with a flat window for superior optical output. Designed for efficiency within a temperature range of -40 to 85°C, this VCSEL is ideal for high-performance applications in telecommunications and data communications. -
The VCT-F85A32-SPLM is an 850nm single-mode, polarization-locked VCSEL in TO-46 package with integrated monitor PD and >1GHz bandwidth for consumer electronics and sensing applications. -
The VCCAx-85A100G is a 100Gb/s PAM4 (50GBd) 850nm multimode VCSEL array with a dual top contact design, delivering high-performance optical data transmission for advanced communication systems. -
The VCC-113A13H is an 1130nm oxide VCSEL emitter providing 13mW optical output with stable performance across wide temperature operating conditions. -
The VCC-94A8H is a high-performance 940nm VCSEL chip offering 8mW of output power. Engineered for both optical communication and sensing applications, it delivers stable performance and precision, making it an excellent choice for a wide range of optical systems. -
Lasermate offers 850nm, 8mW, multi-emitter, Vertical Cavity Surface Emitting Laser (VCSEL) chip for sensing -
High speed 11.3Gb/s InGaAs Photodiode with Transimpedance Amplifier, TO-46 with long cap lens, 50ps Rise Time, 1260-1620nm, 3.3V -
5.5mm PMMA aspheric lens with 1.5mm BFL. Optimized for 808nm IR laser collimation in compact, high-performance optical systems.
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5.5mm PMMA aspheric lens with 2.0mm BFL, ideal for collimating 808nm IR laser beams. Compact, precise, and cost-effective.
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4.5mm PMMA aspheric lens with 1.5mm BFL. Designed for collimating 808nm IR laser beams in compact optical systems.
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4.5mm PMMA aspheric lens with 2.06mm BFL, optimized for 808nm IR lasers. Ideal for compact beam collimation and optical integration.
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6.3mm plastic aspheric lens with 17.0mm BFL. Molded PMMA design for precise 532nm green laser beam collimation and low divergence.
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6.3mm PMMA aspheric lens with a 16.0mm back focal length. Ideal for collimating 532nm green laser beams in optical systems.
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6.3mm PMMA aspheric lens with a 15.0mm BFL, optimized for 532nm. Ideal for long-range green laser collimation and precision optics.
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6.3mm PMMA aspheric lens with a 12.0mm back focal length. Optimized for 532nm green laser collimation and long-range optical applications.
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5.0mm plastic aspheric lens with 6.0mm BFL. Precision-molded in PMMA and optimized for 532nm green laser applications.
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7.0mm PMMA aspheric lens with 13.0mm BFL and 2.3mm height. Ideal for low-divergence collimation in 450–980nm optical systems.
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7.0mm plastic aspheric lens with 5.6mm BFL and 3.3mm height. Precision-molded PMMA for optical systems in the 450–980nm range.
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7.0mm aspheric lens with 6.5mm BFL and 3.3mm height, molded in PMMA. Ideal for beam shaping across the 450–980nm spectrum.
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7.0mm PMMA aspheric lens with a 6.9mm back focal length. Ideal for long-range optical collimation from 450–980nm.
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6.0mm plastic aspheric lens with 9.0mm BFL. PMMA construction provides high transmission for precision optics across 450–980nm.
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5.0mm PMMA aspheric lens with 12.0mm back focal length. Designed for precise, long-range beam collimation across 450–980nm wavelengths.
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5.0mm PMMA aspheric lens with a long 10.0mm BFL, ideal for laser collimation and optical alignment in the 450–980nm range.
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5.0mm plastic aspheric lens with an extended 9.0mm BFL. Molded in PMMA for precision beam shaping in 450–980nm optical systems.
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5.0mm PMMA aspheric lens with a long 8.0mm BFL for precision beam shaping in the 450–980nm spectral range.
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5.0mm plastic aspheric lens with a long 4.8mm BFL, molded from PMMA. Ideal for visible to NIR light collimation in compact precision optics.
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5.0mm COC aspheric lens with 4.35mm BFL. Ideal for precision beam control and laser collimation across the 450–980nm wavelength range.
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5.0mm plastic aspheric lens with a 4.0mm back focal length, made from PMMA. Ideal for precision laser collimation and optical systems in the 450–980nm range.
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5.0mm aspheric plastic lens with 2.3mm BFL, made from high-clarity COC. Designed for precision optical systems using 450–980nm light.
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5.0mm plastic aspheric lens with 2.2mm back focal length. PMMA design for compact, high-performance collimation across 450–980nm.
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Precision-molded 5.0mm PMMA aspheric lens with 2.0mm BFL. Designed for compact optical systems operating in the 450–980nm wavelength range.
Lasermate Group, Inc.
19608 Camino De Rosa
Walnut, CA 91789
USA
Customer Care
Contact Us
Sales: sales@lasermate.com
Technical Support: support@lasermate.com
Call us at (909) 718-0999
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