3D12UL

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3D12UL is a highly efficient and effective method for detecting and controlling pulsed laser radiation in applications across multiple industries and markets. This technology possesses the advantages of high sensitivity, fast response, strong scalability and diverse operational features.

Application Field: 3D12UL is widely applied in machine vision, high speed photography, medical imaging, optical sensing, environmental monitoring, robotics, automated test and measurement, industrial automation, and many other fields. It can accurately detect different pulsed laser beams, providing powerful measurement performance and an improved response accuracy.

Working Principle: The 3D12UL detectors are based on a unique design which is composed of both field-programmable gate array (FPGA) and digital signal processor (DSP) technology. The FPGA is used to detect each incoming laser pulse, while the DSP is used to calculate the parameters of the detected pulse (width, symmetry, shape, etc.). The data is then transferred to a remote controller, which can be used to calculate the timing information and control the lasers used in the application.

The 3D12UL detectors provide a variety of features, such as the ability to measure in different time frames, type of pulse, pulse parameters, pulse duration, and pulse frequency. They can also be used to detect and control multiple laser sources in different ranges, making them ideal for complex applications. The detectors ensure high accuracy and repeatable measurements, making them suitable for applications that require high precision.

The 3D12UL detectors are highly reliable and efficient, offering a great value for money. Their performance can be further customized depending on the application requirements. They enable users to achieve faster setup time and better performance with minimal effort. Additionally, the detectors are cost effective and can be used to reduce waste, saving energy and resources.

In summary, 3D12UL technology offers a reliable, efficient, and cost-effective way to detect and control pulsed lasers. It is suitable for a variety of applications across multiple industries and markets, providing high accuracy and repeatable measurements. It offers a great value for money, reducing setup time and improving performance with minimal effort.

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