Size:5dB
The optical attenuators mainly used in fiber optic to debug optical power performance & optical instrument calibration correction & fiber signal attenuation to ensure the optical power in a stable and desired level in the link without any changes on its original transmission wave.
Application:
The optical attenuator is widely used in fiber optic communication systems, fiber optic CATV, high power optical device measurement.
Parameters:
Fiber Connector: LC/UPC
Mold type:Single Mode
Attenuator db:5dB
Attenuation Tolerance: ±0.5dB
Return Loss :≥55dB
Polarization Dependent Loss:≤0.2dB
Core material: Ceramic
Using dustproof cap to protect the end-face
Operating Temp Range -40~80°C
Storage Temp Range -40~85°C
📡High precision attenuation: LC attenuators offer precise control over signal attenuation, allowing for accurate reduction of optical signal intensity. This feature is crucial in applications such as fiber optic communications and optical networks, where precise power control is required.
📡Low insertion loss: LC attenuators exhibit low insertion loss, ensuring minimal energy loss when the optical signal passes through the attenuator. LC/UPC singlemode fixed fiber optic attenuator 5dB,Polarization dependent loss ≤0.2dB and return loss ≥50dB.
📡Wide wavelength range: LC attenuators are designed to operate across a wide range of wavelengths, making them suitable for different optical signals. They can effectively work with various wavelengths, from visible light to infrared, catering to the needs of diverse optical systems.
📡Reliable connection interface: LC attenuators utilize the standard LC connector interface, which offers reliability and stability. This interface allows for easy plug-and-play operations, excellent compatibility, and long-lasting performance, ensuring a consistent and reliable connection.
📡Wide range of applications: LC attenuators are widely used in fiber optic communications, data centers, optical testing, and measurement fields. They provide essential signal control and adjustment functions for optical devices and systems in these applications.
