Multi-Channel Single-Mode Optical Attenuator 0-40dB Attenuation Range

Multi-Channel Single-Mode Optical Attenuator 0-40dB Attenuation Range

The multi-channel single-mode 0~40dB optical attenuator is an important optical communication instrument, which has multiple channels and can achieve accurate attenuation of optical signals in the range of 0 to 40dB. Here is a detailed description of the product:

Product characteristics
Multi-channel design: Support multi-channel optical signal attenuation, the number of channels can be customized according to customer needs, up to 32 channels.

Single-mode fiber support: Designed for single-mode fiber, it is suitable for optical signals with wavelength lengths of 1260-1650nm (including the commonly used 1310nm and 1550nm).

Attenuation range and accuracy: the attenuation range can reach 0-40dB, the attenuation step is usually 0.1dB, and the attenuation stability is within ±0.04dB, ensuring high-precision optical signal regulation.

High performance indicators: with low insertion loss, high return loss (usually greater than 55dB), high stability and optical power balance, etc., to ensure the quality and efficiency of optical signal transmission.

Flexible customization: The connector type and tail length can be customized according to customer requirements to meet the requirements of different application scenarios.
 

Specification

Working principle
The working principle of the multi-channel single-mode 0~40dB optical attenuator is mainly based on the attenuation mechanism of the optical signal in the transmission process, including light absorption, light scattering, light reflection and attenuation technology based on optical fiber dislocation or displacement. By controlling these mechanisms, the optical signal intensity can be precisely adjusted.

Application field
Telecommunications industry: Used in optical fiber communication networks to regulate the power of optical fiber signals, prevent excessive signal strength from causing damage to the optical fiber system, and protect the normal operation of the system.

Network industry: In the network signal transmission, by adjusting the signal power, improve the stability of network equipment and transmission quality.

Television broadcasting industry: In the transmission of broadcast signals, the signal power is adjusted to protect the broadcast system from interference caused by excessive signal strength.

Safety industry: In the safety equipment, by adjusting the signal power, to prevent the system from generating noise due to too strong signals, improve the safety and stability of the system.