2-Channel 50 MHz 14-Bit High-Speed Synchronous Data Acquisition Instrument

The MP-LD7152R-100M14 is a high-speed multi-channel data acquisition device designed for multi-channel synchronous signal acquisition, waveform recording, and high-speed data processing applications. This series supports 2/4/8-channel synchronous sampling with a 14-bit ADC, and offers selectable per-channel sampling rates of 100/125Msps, with a corresponding input bandwidth of DC–50 MHz (max.). The device is equipped with onboard DDR3 memory, providing 512 MB / 1 GB storage capacity with support for larger capacity customization. Communication interfaces include Gigabit Ethernet, USB 3.0, and 10G optical ports, accommodating various transmission distances, data throughput requirements, and system integration needs. The product supports multiple operating modes including hardware trigger, software trigger, manual trigger, and continuous sampling. A host-computer demonstration software is provided for board configuration, real-time data display, and data storage. The product also supports user-developed secondary integration, with a software development kit (SDK) compatible with C/C++, LabVIEW, MATLAB, and other development environments, and supports Windows and Linux operating systems for easy integration into research and industrial test platforms.

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UV Large-Core Fiber

The UV large-core fiber is a high-performance fiber product designed specifically for optical transmission in the ultraviolet and near-ultraviolet bands. It uses high-hydroxyl quartz glass as the core material and fluorine-doped quartz glass as the cladding material. It features high coupling efficiency, low transmission loss in the UV band, and excellent long-term reliability. The product has a numerical aperture of 0.22±0.02 and is available in various core and cladding dimensions, with customizable designs supported to meet the application requirements of different optical systems. The product is suitable for laser energy transmission, UV curing, optical equipment and connectors, medical equipment, and other fields, providing stable and reliable solutions for UV optical transmission applications.

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1310 nm Ultra-Long-Distance Collimator1000m

The 1310 nm ultra-long-distance collimator is a high-performance fiber collimation optical device designed specifically for the 1310 nm laser band. It uses Corning SMF-28e fiber and a long-focal-length optical structure, featuring large beam spot output, low beam divergence angle, and long-distance collimation. The product has an effective focal length of 315.89 mm, a nominal beam waist spot diameter of 57.5 mm, and a beam divergence angle of 0.03 mrad, which can effectively reduce laser beam expansion during long-distance transmission and improve beam propagation stability. The product offers FC/PC and FC/APC interface options and is suitable for long-distance laser transmission, free-space optical systems, precision optical measurement, scientific research experiments, and other fields.

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1064 nm Ultra-Long-Distance Collimator1000m

The 1064 nm ultra-long-distance collimator is a high-performance fiber collimation optical device designed specifically for the 1064 nm laser band. It uses Corning Hi1060 fiber and features large beam spot output, low divergence angle, and high transmittance. The product adopts a long-focal-length optical design, with an effective focal length of 314.2 mm, an output beam spot diameter of 68.6 mm, and a nominal beam divergence angle of 0.023 mrad, which can effectively reduce laser beam expansion during long-distance propagation. The product offers FC/PC and FC/APC interface options, meeting the application requirements of long-distance laser transmission, precision optical measurement, and scientific research experiments.

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Silica-Clad Large-Core Fiber

The silica-clad large-core fiber uses a high-purity silica glass core and a fluorine-doped silica glass cladding structure. It features high coupling efficiency, low transmission loss, excellent long-term reliability, and strong high-power energy transmission capability. The product is available in multiple core diameter specifications, with a numerical aperture of 0.22±0.02, providing good optical performance, geometric precision, and mechanical stability to meet the application requirements of different optical systems. It is widely used in laser energy delivery, data communication, fiber sensing, optical equipment and connectors, medical equipment, and other fields, providing reliable solutions for efficient and stable optical signal and optical energy transmission.

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980 nm Ultra-Long-Distance Collimator1000m

The 980 nm ultra-long-distance fiber collimating lens is a high-performance optical product designed for long-distance laser transmission and precision optical applications. The product uses Corning Hi1060 fiber, operates at a wavelength of 980 nm, has an effective focal length of 315.2 mm, and a nominal beam divergence angle of 0.02 mrad, enabling low-divergence laser collimated output. The product has a nominal beam waist spot size of 65.2 mm, which can effectively reduce beam divergence during long-distance laser propagation and improve the directionality and stability of beam transmission. At the same time, the product supports FC/PC and FC/APC fiber connector configurations, facilitating connection and integration with different optical systems. It is widely suitable for long-distance laser collimation, photoelectric measurement, optical research, laser diffuse reflection testing, and other fields.

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850 nm Ultra-Long-Distance Collimator1000m

The 850 nm ultra-long-distance fiber collimating lens is a fiber collimation product designed for long-distance laser transmission and high-precision optical applications. The product uses Nufern 780HP fiber, operates at a wavelength of 850 nm, has an effective focal length of 312.4 mm, and a nominal beam divergence angle of 0.019 mrad, enabling low-divergence collimated beam output. The product features a large beam aperture and good beam directionality, and can effectively reduce beam spot expansion during long-distance laser propagation. It supports FC/PC and FC/APC connector configurations for easy connection to different fiber systems, and is suitable for long-distance laser collimation, photoelectric detection, optical experiments, laser measurement, and other fields.

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In-Fiber Mode Stripper

The fiber mode stripper is made of dual-mode fiber and can effectively suppress the LP11 mode while allowing the LP01 fundamental mode to pass with low loss. The device can be used to eliminate mode mixing possibly caused by fiber splicing and other operations, thereby obtaining a high-quality LP01 fundamental mode input. The quality of the LP11 mode generated by the device depends on the purity of the input LP01 mode. In addition, it can also ensure optimal isolation of the output mode.

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780 nm Ultra-Long-Distance Collimator1000m

The 780 nm ultra-long-distance collimator is a high-performance optical device specially designed for long-distance laser transmission and high-precision beam collimation. It adopts a long-focal-length, large-aperture optical structure, which can effectively reduce laser beam divergence and improve beam directivity and long-distance transmission performance. The product operates at a wavelength of 780 nm, has an effective focal length of 310.6 mm, a nominal beam divergence angle of 0.018 mrad, an output spot diameter of 67.3 mm, and an optical transmittance greater than 90%, providing good beam collimation and transmission characteristics. The product is compatible with Nufern 780HP fiber and offers two interface configurations, FC/PC and FC/APC, facilitating connection and integration with different optical systems. It can be widely used in fields such as ultra-long-distance laser collimation, spatial beam transmission, long-distance diffuse reflection testing, and precision photoelectric detection.

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635 nm Ultra-Long-Distance Collimator1000m

The 635 nm ultra-long-distance collimator is an optical device specially designed for long-distance laser transmission and high-precision beam collimation. It adopts a long-focal-length optical structure, which can effectively reduce laser beam divergence and improve beam directivity and long-distance transmission performance. The product operates at a wavelength of 635 nm, has an effective focal length of 309.6 mm, and a nominal beam divergence angle of 0.016 mrad, making it suitable for optical systems with high requirements for beam collimation accuracy and propagation distance. The product offers two fiber interface configurations, FC/PC and FC/APC, facilitating connection and integration with different optical devices. It can be widely used in fields such as ultra-long-distance laser collimation, spatial beam transmission, long-distance diffuse reflection testing, and p

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Nanosecond Short-Pulse Butterfly Laser Driver

The nanosecond short-pulse butterfly laser driver is a high-performance pulse driver module designed for 10-pin and 14-pin butterfly-packaged laser diodes. The product supports adjustable pulse widths from 1 to 20 ns, a maximum pulse output current of 1000 mA, and a repetition frequency from 1 Hz to 1 MHz, meeting the requirements of different laser systems for short-pulse output and precise control. The driver adopts gain-switch suppression technology, improving the laser pulse waveform by adjusting the bias current, reducing transient spikes, and providing nanosecond-level precision pulse control with low timing jitter. It also integrates a PID temperature controller, supports TEC temperature regulation, and provides USB, CAN, UART, and RS232 communication interfaces for flexible configuration and real-time monitoring of drive parameters. Its compact structure and integrated heat-dissipation design facilitate system installation, making it suitable for applications such as nanosecond pulsed lasers, seed laser source driving, and optoelectronic synchronization experiments.

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520 nm Ultra-Long-Distance Collimator1000m

The 520 nm ultra-long-distance collimator is a high-performance fiber collimator device specially designed for long-distance green laser transmission and precision optical applications. The product uses Nufern 460HP fiber and a 306.8 mm long-focal-length optical system. It can convert the divergent laser output from the fiber into a collimated beam with a large spot and low divergence angle, effectively reducing beam expansion during free-space laser propagation. The central operating wavelength is 520 nm, the nominal output spot size is 58 mm, and the beam divergence angle is 0.015 mrad. It features low divergence angle, large-spot output, and long-focal-length collimation. It also provides two fiber connector configurations, FC/APC and FC/PC, and can be widely used in ultra-long-distance laser transmission, precision optical measurement, laser beam shaping, scientific research experiments, and other fields.

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