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FC Variable Optical Attenuator-APC Fiber Optic Attenuator

Fiber Optic Attenuator is a component installed in a fiber optic transmission system that reduces the power in the optical signal.It is often used to limit the optical power received by the photo detector to within the limits of the optical receiver.

  • Product Introduction

FC variable optical attenuator is a high-performance optical component that can effectively regulate the strength of optical signals and improve the transmission quality and stability of optical communication. The product adopts FC optical fiber connector, which is compatible with a variety of optical devices and widely used in optical communication, optical network, optical sensing and other fields.

 

FC variable optical attenuator has a wide attenuation range, high attenuation accuracy, wide wavelength range, low insertion loss, etc., which can meet the needs of different application scenarios. The product adopts precise optical technology and materials, with excellent optical performance and stability, which can ensure long and efficient operation.

 

Our FC variable optical attenuators are subject to strict quality control and testing, and each product has undergone several rigorous tests and screenings to ensure the stability and reliability of product quality and performance. Our professional technical team is able to provide comprehensive technical support and after-sales service to ensure customer satisfaction and trust.

 

Product Features

 

1. Wide wavelength range: FC variable optical attenuator has a wide wavelength range and can cover multiple wavelength bands, which is suitable for different optical signal transmission needs.

 

2. High attenuation accuracy: The product adopts high-precision optical components and control technology, which can achieve high-precision optical signal attenuation and ensure the stability and reliability of optical communication.

 

3. Low insertion loss: FC variable optical attenuator adopts advanced optical components and connection technology, which can realize low insertion loss and protect the transmission quality of optical signal to the maximum extent.

 

4. High stability: The product adopts precise optical technology and materials, which has high stability and reliability and can ensure long time and efficient work.

 

Product Image

 

Product Images of FC Variable Optical Attenuator

 

Product Applications

 

1. Optical communication field: FC variable optical attenuator is widely used in the field of optical communication, which can help regulate the optical signal strength and ensure the stability and reliability of optical communication. The product is suitable for optical fiber communication, optical fiber transmission, optical fiber network and other fields.

 

2. Optical network field: FC variable optical attenuator is one of the indispensable optical components in optical network, which can help regulate the optical signal strength and realize the stable transmission of optical signal. The product is suitable for optical network topology, optical network management, optical network control and other fields.

 

3. Optical sensing field: FC variable optical attenuator can help adjust the intensity of the optical signal, which is suitable for optical sensing field such as photoelectric detection, optical measurement, optical detection and other scenarios. The product is suitable for medical, biological, environmental testing and other fields.

 

4. scientific research field: FC variable optical attenuator is widely used in scientific research field for optical experiment, optical research, optical measurement and other scenes. The product is applicable to the fields of physics, chemistry, material science, life science, etc.

 

5. Industrial field: FC variable optical attenuator is also widely used in the industrial field for optical inspection, optical imaging, optical measurement and other scenarios. The product is suitable for electronics, machinery, aviation, automotive and other fields.

 

Product Parameters

 

Wavelength Range 1260nm ~ 1620nm Max. optical power 1W
Attenuation Range 0 ~ 30dB Attenuation accuracy ±0.1dB
Return Loss ≥50dB Insertion Loss ≤1.5dB
Insertion Loss Temperature Stability ≤0.5dB Operating Temperature -40℃ ~ +75℃
Fiber optic interface type FC/UPC    

 

Instructions For Use

 

1. Determine the optical connection: Before using FC variable optical attenuator, you need to determine the optical connection method and equipment. Select the appropriate fiber optic connector to ensure a stable and reliable connection.

 

2. Connect the FC variable optical attenuator: Insert the connector of the FC variable optical attenuator into the FC interface of the optical device to ensure a stable and reliable connection.

 

3. Adjust the attenuation value: Adjust the attenuation value through the knob of the FC variable optical attenuator to realize the control of the optical signal strength. According to the specific needs, adjust the appropriate attenuation value to ensure the quality and stability of the optical signal transmission.

 

4. Monitor the optical signal: In the process of using the FC variable optical attenuator, the strength and quality of the optical signal needs to be constantly monitored. You can use appropriate optical test instruments, such as optical power meter, optical spectrum meter, etc., to test and monitor the optical signal to ensure the transmission quality and stability of the optical signal.

 

5. Storage and maintenance: After using the FC variable optical attenuator, it needs to be stored in a proper environment to avoid physical damage and environmental impact. Also, the equipment needs to be regularly maintained and serviced to ensure the performance and stability of the equipment.

 

Terms Of Use

 

1. Avoid over-adjustment: When using FC variable optical attenuators, it is necessary to avoid over-adjusting the attenuation value to avoid affecting the transmission quality and stability of the optical signal.

 

2. Avoid physical damage: When storing and using FC variable optical attenuators, physical damage and environmental impact need to be avoided to ensure the performance and stability of the equipment.

 

3. Regular maintenance and calibration: Before using the FC variable optical attenuator, the equipment needs to be regularly maintained and calibrated to ensure the performance and stability of the equipment.

 

4. Use appropriate optical test instruments: When using FC variable optical attenuators, appropriate optical test instruments, such as optical power meters and optical spectrometers, need to be used to test and monitor the optical signals to ensure the quality and stability of the optical signal transmission.

 

Customer Comments

Jeanne Smith, an optical scientist from Paris, France: comments

This FC variable optical attenuator is one of the must-haves in our lab. Its accuracy and stability are excellent and meet our requirements for optical experiments.

John Wilson, an optical communications engineer from Los Angeles, California, USA, comments

Our optical communication system needs a high performance optical attenuator to control the strength of the optical signal. the FC variable optical attenuator has been a great help to us, with its excellent adjustment accuracy and fast response.

Anna van der Meer, a medical researcher from Amsterdam, the Netherlands, commented

Our medical research requires a highly accurate and stable optical attenuator to control the intensity of the optical signal. the FC variable optical attenuator has very precise attenuation control to meet our needs.

Hans Schmidt, an optical engineer from Munich, Germany, commented

We need a high performance optical attenuator to control the intensity of the optical signal to ensure the performance and stability of our optical system. the FC variable optical attenuator has very precise attenuation control and also has good temperature stability and reliability.

Kazuo Tanaka, an optical laboratory researcher from Tokyo, Japan, commented

Our lab needs a high performance optical attenuator for optical experiments. the FC variable optical attenuator has very precise attenuation control, and also has good stability and reliability to meet our requirements.

 

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