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LC/UPC Singlemode Fixed Fiber Optic Attenuator, Female To Female, 1~15dB Optional
The LC/UPC Singlemode Fixed Fiber Optic Attenuator (Female to Female, 1~15 dB Optional) is a high-quality optical attenuation device designed to reduce and control optical power levels in singlemode fiber networks. Featuring an LC/UPC female-to-female coupler-style design, it provides a simple and efficient solution for inline attenuation without requiring connector changes or fiber rewiring, making it ideal for both field deployment and laboratory testing.
$2.40
LC/UPC Singlemode Fixed Fiber Optic Attenuator, Female To Female, 1~15dB Optional
The LC/UPC Singlemode Fixed Fiber Optic Attenuator (Female to Female, 1~15 dB Optional) is a high-quality optical attenuation device designed to reduce and control optical power levels in singlemode fiber networks. Featuring an LC/UPC female-to-female coupler-style design, it provides a simple and efficient solution for inline attenuation without requiring connector changes or fiber rewiring, making it ideal for both field deployment and laboratory testing.
Engineered with high-precision ceramic alignment sleeves and low-reflectance UPC polishing, this fixed attenuator ensures stable attenuation, low insertion loss, and excellent return loss across standard telecommunications wavelengths. Available in 1 to 15 dB attenuation options, it offers precise optical power management for applications such as DWDM/CWDM systems, FTTH/FTTx networks, OLT/ONT links, optical amplifiers, and test equipment setups.
Its compact, robust design guarantees long-term reliability, maintaining attenuation accuracy even under temperature fluctuations and repeated connections.
Specifications
| Fiber Connector | LC/UPC | Connector Gender | Female to Female |
| Fiber Mode | OS2 Singlemode 9/125μm | Operating Wavelength | 1260 ~ 1620nm |
| Attenuation Range | 1 ~ 15dB | Attenuation Accuracy | 1 ~ 5dB ± 0.5dB, 5 ~ 15dB ± 10% |
| Return Loss | ≥50dB | Max Optical Input Power | 200mW |
| Operating Temperature | -40 ~ +80°C | Storage Temperature | -40 ~ +85°C |
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The LC/UPC Singlemode Fixed Fiber Optic Attenuator (Male To Female, 1~30 dB Optional) is a high-precision optical attenuation device designed to reduce optical power levels within singlemode fiber networks. Featuring an LC/UPC male-to-female inline design, it enables quick installation without disrupting existing cable layouts, making it ideal for power balancing, receiver protection, and optical testing applications.
The SC/APC Singlemode Fixed Fiber Optic Attenuator (Male to Female, 1~30 dB Optional) is a high-precision optical device designed to provide stable and accurate attenuation in singlemode fiber networks. Featuring a male-to-female SC/APC inline design, it enables effortless plug-in installation without modifying existing cabling, making it ideal for optical power balancing, receiver protection, and system performance optimization.
The SC/UPC Singlemode Fixed Fiber Optic Attenuator (Male to Female, 1~30 dB Optional) is a high-precision optical device designed to provide stable and accurate attenuation within singlemode fiber networks. Featuring an SC/UPC male-to-female inline structure, this attenuator allows effortless plug-in installation without altering existing cabling, making it an ideal choice for optical power control, link balancing, and receiver protection.
The SC/APC Singlemode Fixed Fiber Optic Attenuator (Male to Female, 1~30 dB Optional) is a high-precision optical device designed to provide stable and accurate attenuation in singlemode fiber networks. Featuring a male-to-female SC/APC inline design, it enables effortless plug-in installation without modifying existing cabling, making it ideal for optical power balancing, receiver protection, and system performance optimization.
The SC/APC Singlemode Fixed Fiber Optic Attenuator (Male to Female, 1~30 dB Optional) is a high-precision optical device designed to provide stable and accurate attenuation in singlemode fiber networks. Featuring a male-to-female SC/APC inline design, it enables effortless plug-in installation without modifying existing cabling, making it ideal for optical power balancing, receiver protection, and system performance optimization.
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