What is Fiber Optic Harness? Who are the domestic and international manufacturers of Fiber Optic Harness?

First, what is a fiber optic bundle? Fiber optic bundles (FIBER OPTIC BUNDLE) are optical devices formed by bundling multiple optical fibers together. They typically consist of hundreds to thousands of fibers and can transmit multiple independent optical signals. Fiber optic bundles can be used for a variety of applications in medical, industrial, and military fields. Structure and Principle of Fiber Optic Harness: A fiber optic harness is an optical device formed by bundling multiple optical fibers together. These fibers can be single-mode or multi-mode fibers with different diameters and lengths. Each fiber consists of a core and a cladding. The core is an optical conductor at the center of the fiber, and the cladding is a material that controls how the light signal is transmitted within the fiber. Multiple fibers are bundled together and the ends of each fiber are grouped together to form an interface. When transmitting a signal, light enters the end of the fiber bundle from a port and is then transmitted through the bundled fibers. Inside the fiber, the speed at which the light travels is affected by the diameter of the fiber and the refractive index of the material. When the light encounters the edge of the fiber, it is reflected back to the center of the core and then continues along the fiber. When the signal reaches the other end of the fiber optic bundle, it is converted into an electrical or other type of signal for subsequent processing and analysis. The advantages of fiber optic harnesses are long transmission distance, fast transmission speed, large bandwidth, strong anti-interference, less susceptible to electromagnetic interference, etc. Therefore, they are widely used in medical, industrial and military fields. For medical treatment, fiber optic harnesses can be used in endoscopes and surgical instruments. By connecting fiber optic harnesses to cameras or microscopes, images of the diseased area or surgical area can be transmitted to the doctor's monitor, enabling the doctor to perform surgery or diagnosis more accurately. In industry, fiber optic harnesses can be used for inspection and measurement. For example, in automotive manufacturing, fiber optic harnesses can be used to detect parameters such as oil temperature and air pressure in the engine. In manufacturing, fiber optic harnesses can also be used for quality control, such as checking surface defects, size and shape of products. In the military field, fiber optic harnesses can be used for laser communication and reconnaissance. In addition to the above applications, fiber optic harnesses are also widely used in scientific research, artwork protection and other fields. For example, fiber optic harnesses can be used for detecting space objects and studying astronomy, physics and other disciplines; they can also be used for artwork protection, such as using fiber optic harnesses for lighting in museums and artwork exhibitions to protect artifacts and artwork from light and heat damage.

Second, what are the domestic and foreign manufacturers of Fiber Optic Harness?

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