Fiber optic conversion adapter ST/APC female to SC/APC male simplex single mode hybrid adapter
The embedded optical fiber and the appropriate matching technology of connecting the core and sleeve can It provides users with a simple and reliable solution when two or more different optical fiber transmission joints are connected, Users can choose 9 / 125, 50 / 125, 62.5/125 and other fiber core modes and corresponding connector types as needed.
Technical parameter Insertion loss Single mode (sm-9 / 25) ≤ 0.3dB Multimode (mm-50 / 125, mm-62.5 / 125) ≤ 0.3dB Return loss: PC ≥ 45dB; UPC≥50dB; APC≥60dB Consistency: 0.1dB Operating temperature: - 40 ℃ ~ + 75 ℃ Usage times: ≥ 1000 times Product
features
1. Convert SC optical fiber connector into SC type optical fiber connector
2. Convert LC type optical fiber interface to LC type optical fiber interface.
3. The male and female terminals shall comply with their corresponding IEC international standards.
4. Embedded optical fiber types such as 9 / 125, 62.5/125 and 50 / 125 can be selected.
5. It can solve the butt joint scheme between UPC and APC with two different shape end faces.
6. The adapter structure is convenient for connection and use.
7. Good interchangeability and reliability.
8. Low insertion loss and high return loss.
User Instructions
1. Communication optical fiber is made of quartz glass, which is easy to break, fragile, and sensitive to dirt. It must be
waterproof, drop-proof, and stain-resistant.
2. When connecting the optical fiber end faces, be careful not to use excessive force.
3. When cleaning the optical fiber end face, you must use a soft cloth or a dedicated optical fiber cleaning tool.
4. High-quality products also require professional and skilled operators to use them reasonably to ensure that the products can be used longer and more times.
Product Applications:
1. Interface conversion for fiber optic instruments, fiber optic communication equipment, red light pens, etc.
2. Fiber optic connector conversion.
3. Fiber optic data testing.
4. Fiber optic data transmission.
5. Telecommunications access, broadcast and television engineering, and network engineering.
