2000nm Polarization Maintaining Fiber Patch Cable

2000nm polarization-maintaining fiber jumper is a high-precision fiber jumper product. Its main feature is the use of polarization-maintaining technology, which can effectively reduce the polarization loss of optical signals and improve the quality and stability of optical signal transmission. 2000nm is the optical signal wavelength range that the fiber jumper can transmit, generally within the range of 2000±10nm.

Polarization-maintaining technology is a technology widely used in optical fiber communication. It can reduce the attenuation of optical signals due to polarization loss during transmission by controlling the polarization direction of light. In high-speed, high-precision optical signal transmission, polarization maintaining technology can significantly improve the quality and stability of optical signal transmission, ensuring the accuracy and reliability of transmitted signals.

2000nm polarization-maintaining optical fiber jumper is suitable for applications that require high-speed and high-stability optical signal transmission, such as data centers, radio and television transmission, medical and other fields. This kind of optical fiber jumper usually uses high-precision optical glass fiber, which can realize high-fidelity, low-loss optical signal transmission in the wavelength range of 2000nm, and ensure the quality and stability of the transmitted signal. At the same time, the 2000nm polarization-maintaining optical fiber jumper also provides a variety of interface types, such as LC, SC, etc., which can flexibly adapt to the interface requirements of different devices and facilitate users to connect.

1. High-fidelity transmission: 2000nm polarization-maintaining optical fiber jumper adopts high-precision optical glass fiber, which can realize high-fidelity and low-loss optical signal transmission in the 2000nm wavelength range, ensuring the quality and stability of the transmitted signal.

2. Polarization-maintaining technology: This product adopts polarization-maintaining technology, which can effectively reduce the polarization loss of optical signals and improve the quality and stability of signal transmission. Especially suitable for applications requiring high-fidelity transmission.

3. High stability: 2000nm polarization-maintaining optical fiber jumper has high stability and can maintain good transmission performance under different temperature and humidity environments, ensuring the stability and reliability of signal transmission.

4. Multiple interfaces: This product provides multiple interface types, such as LC, SC, etc., which can flexibly adapt to the interface requirements of different devices and facilitate users to connect.

5. High tensile strength: 2000nm polarization-maintaining optical fiber jumper is made of high-strength materials, which can withstand high tensile strength and ensure stable signal transmission in complex application environments.

6. Good anti-corrosion performance: the shell of 2000nm polarization-maintaining optical fiber jumper is made of anti-corrosion materials, which can maintain good service life and stability in harsh environments.

1. Data center: In the data center, 2000nm polarization-maintaining optical fiber jumpers can be used for high-speed data transmission, network connection, etc., and can provide high-quality, high-stability optical signal transmission to ensure the efficient operation of the data center.

2. Radio and television transmission: In the field of radio and television transmission, 2000nm polarization-maintaining optical fiber jumpers can be used for the transmission of high-definition video, audio and other signals, which can ensure the high fidelity and stability of the transmitted signal, and provide reliable guarantee for the high-quality output of radio and television transmission.

3. Medical: In the medical field, 2000nm polarization-maintaining optical fiber jumpers can be used in optical imaging, optical diagnosis, etc., can provide high-quality, high-stability optical signal transmission, and provide efficient and accurate diagnosis and treatment solutions for the medical field .
4. Industrial automation: In the field of industrial automation, 2000nm polarization-maintaining optical fiber jumpers can be used in high-speed data transmission, robot control, etc., and can provide high-quality, high-stability optical signal transmission to ensure efficient and stable operation of industrial automation.

5. Scientific research field: In the scientific research field, 2000nm polarization-maintaining optical fiber jumpers can be used in spectral analysis, optical research, etc., can provide high-quality, high-precision optical signal transmission, and provide reliable experimental data for scientific researchers.

1. Preparations: First of all, you need to prepare 2000nm polarization-maintaining optical fiber jumpers, connecting equipment, cleaning supplies, etc. Before use, it is necessary to check whether the connection ports of the device and the fiber optic jumper are clean. If there is dirt, it needs to be cleaned with cleaning products.

2. Determine the interface type: According to the interface type of the connected device, select the corresponding 2000nm polarization-maintaining optical fiber jumper interface type, such as LC, SC, etc. Make sure that the selected optical fiber jumper matches the port of the connecting device.

3. Connecting equipment: Connect the 2000nm polarization-maintaining optical fiber jumper to the optical fiber interface of the equipment to ensure that the connection is tight and stable, and avoid loosening or poor contact. For the LC interface, insert the fiber optic jumper into the interface of the device and rotate it slightly until the plug is locked; for the SC interface, insert the fiber jumper into the interface of the device and press it gently until the plug is locked.

4. Perform optical inspection: After connecting the 2000nm polarization-maintaining fiber jumper, optical inspection is required to ensure the quality and stability of optical signal transmission. Equipment such as optical power meters or spectrometers can be used for detection, and transmission parameters and device settings can be adjusted according to the detection results to ensure the best transmission quality.

1. Avoid excessive bending: When using 2000nm polarization-maintaining fiber jumpers, care should be taken to avoid excessive bending, so as not to damage the fiber guide core or cause optical signal attenuation. It is recommended to use fiber jumpers with a bending radius not less than ten times the diameter of the fiber.

2. Avoid excessive force: When connecting and pulling out the 2000nm polarization-maintaining fiber jumper, it is necessary to handle it with care to avoid excessive force. Excessive force will cause the optical fiber jumper to stretch or bend, affecting the quality and stability of optical signal transmission.

3. Avoid pollution and damage: When using and storing 2000nm polarization maintaining optical fiber patch cords, it is necessary to avoid pollution and damage. Do not expose the fiber optic jumper to dust, grease, water and other pollutants to avoid damage to the sheath or fiber guide core.

4. Avoid connection errors: When connecting 2000nm polarization-maintaining fiber jumpers, you need to pay attention to the interface type and direction to avoid connection errors or reverse connections. Different interface types have different insertion methods and directions. You need to carefully check the interface type and direction of the connected device to ensure correct connection.

5. Avoid exceeding the transmission distance: When using 2000nm polarization-maintaining fiber jumpers, it is necessary to pay attention to the relationship between transmission distance and transmission quality. If the transmission distance of the fiber jumper is exceeded, the optical signal may be attenuated, distorted or lost, and the transmission quality will be affected.

6. Avoid excessive temperature and humidity: When using 2000nm polarization-maintaining optical fiber jumpers, it is necessary to avoid excessive temperature and humidity. Excessive temperature and humidity may affect the transmission performance and stability of the fiber optic jumper, and even cause damage.