Wide Wavelength 1x2 Mechanical Optical Switch

The wide-wavelength 1x2 mechanical optical switch is a high-performance, high-reliability optical switch, which is suitable for optical communication, optical sensing, medical treatment, industrial detection and other fields. The product adopts advanced mechanical structure design and high-precision processing technology, has the advantages of fast response, low insertion loss, high channel isolation, etc., and can meet the needs of different application scenarios.

The wide wavelength 1x2 mechanical optical switch has a wide operating wavelength range, which can cover the wavelength range of 1260~1650 nm, and supports the connection of many common fiber types. Its insertion loss is lower than 0.6 dB, channel isolation is higher than 50 dB, repeat positioning accuracy is lower than 1 μm, and response time is lower than 10 ms, which can meet the requirements of high-speed and high-precision optical switching.

The control mode of the wide wavelength 1x2 mechanical optical switch is flexible, and the switching of optical signals can be realized through manual control, electric control, computer control, etc., to meet the needs of different users. The product's small size, light weight, and compact structure make it easy to install and maintain, making it ideal for implementing high-efficiency optical systems.

1. Wide wavelength range: The wide wavelength 1x2 mechanical optical switch has a wide operating wavelength range, which can cover the wavelength range of 1260~1650nm, and supports the connection of various common fiber types.

2. Low insertion loss: The insertion loss of this product is lower than 0.6dB, which can realize high-efficiency optical signal switching.

3. High channel isolation: The channel isolation of the wide-wavelength 1x2 mechanical optical switch is higher than 50dB, which can effectively avoid crosstalk and interference of optical signals.

4. Fast response: The response time of this product is less than 10ms, which can quickly realize the switching of optical signals.

5. High precision: The repeated positioning accuracy of the wide-wavelength 1x2 mechanical optical switch is less than 1 μm, which can meet the needs of high-precision optical switching.

6. Flexible control mode: The control mode of this product is flexible, and the switching of optical signals can be realized through manual control, electric control, computer control and other methods.

7. Small size, light weight and compact structure: the wide wavelength 1x2 mechanical optical switch is small in size, light in weight and compact in structure, easy to install and maintain.

1. Optical communication: wide-wavelength 1x2 mechanical optical switches can be used in optical communication systems to realize optical path switching between different channels and improve the stability and reliability of optical communication systems.

2. Optical sensing: wide-wavelength 1x2 mechanical optical switches can be used in optical fiber sensing systems to realize optical path switching and signal selection, and improve the detection accuracy and sensitivity of optical sensing systems.

3. Medical: Wide wavelength 1x2 mechanical optical switches can be used in medical equipment, such as optical microscopes, laser therapy equipment, etc., to realize the switching of different optical signals and improve the performance and efficiency of medical equipment.

4. Industrial detection: Wide wavelength 1x2 mechanical optical switches can be used in industrial detection systems, such as optical measuring instruments, optical detection equipment, etc., to realize switching and selection of different optical signals, and improve the accuracy and stability of industrial detection systems.

1. Confirm the device connection: Before using the wide-wavelength 1x2 mechanical optical switch, it is necessary to confirm whether the device connection is correct, including light source, detector and optical fiber.

2. Set the operation mode: the operation mode of the wide wavelength 1x2 mechanical optical switch includes manual control, electric control and computer control. It is necessary to select the appropriate operation mode according to the actual situation.

3. Connect the controller: If you choose electric control or computer control, you need to connect the corresponding controller, and follow the instructions for setting and operation.

4. Perform optical path switching: perform optical path switching according to actual needs. The specific operation methods include manual rotary switch, electric control or computer control.

5. Monitoring signal quality: After optical path switching, signal quality needs to be monitored, including parameters such as insertion loss, channel isolation, repeat positioning accuracy, etc., to ensure the stability and reliability of the optical system.

6. End operation: After use, you need to operate according to the instructions, turn off the power or disconnect to ensure the safety and stability of the device.

1. Avoid using beyond the wavelength range: the wavelength range of the wide wavelength 1x2 mechanical optical switch is 1260~1650nm. When using, it is necessary to avoid the use beyond the wavelength range, so as not to affect the performance and stability of the device.

2. Avoid excessive insertion and removal: When using a wide-wavelength 1x2 mechanical optical switch, it is necessary to avoid excessive insertion and removal of optical fiber connections, so as not to affect the insertion loss and repeat positioning accuracy of the device.

3. Avoid excessive force impact: When operating the wide-wavelength 1x2 mechanical optical switch, it is necessary to avoid excessive force impacting the device, so as not to affect the channel isolation and repeat positioning accuracy of the device.

4. Avoid using improper controllers: If you choose electric control or computer control, you need to use officially recommended controllers, and set up and operate according to the instructions to avoid using improper controllers that affect the performance and stability of the equipment.

5. Avoid improper use of the environment: When using the wide-wavelength 1x2 mechanical optical switch, it is necessary to avoid using it in adverse environments such as high temperature, high humidity, high dust, and strong electromagnetic interference, so as not to affect the performance and stability of the device.

6. Regular maintenance and cleaning: When using the wide-wavelength 1x2 mechanical optical switch for a long time, regular maintenance and cleaning are required to maintain the performance and stability of the device and prolong the service life of the device.