SC APC Fiber Optic Attenuator

Calibration Wavelength [Single-mode (S)]: 1310/1490/1550/1625 nm Calibration Wavelength [Multi-mode (M)]: 850/1300 nm Applicable Fiber Type [Single-mode (S)]: 9/125 μm

The JW3301 programmable optical attenuator is a classic single-channel mechanical attenuator. It adopts a stable and reliable mechanical adjustment scheme and can provide continuous precise attenuation of 0-65dB within the wide wavelength range of 1260-1650nm. With a mature design and extremely high stability, it has been widely used for many years in the R&D, production and on-site debugging of various fiber-optic communication systems, equipment and devices, and is an ideal solution for meeting basic attenuation and optical path on/off test requirements.

Wavelength Range [Single-mode (S)]: 1260~1650 nm Wavelength Range [Multi-mode (M)]: 850/1300 nm Calibration Wavelength [Single-mode (S)]: 1310/1490/1550/1625 nm

The JW8507A mechanical programmable optical attenuator is a mechanical attenuation solution developed by Shanghai JiaHui specifically for high-reliability, high-precision optical communication system testing. It adopts a precise mechanical tuning structure combined with an innovative circuit design, aiming to meet the stringent requirements of optical modules, fiber-optic equipment and systems for long-term stability, wide dynamic range and ultra-high precision in R&D verification and production testing. It is an ideal solution for performance verification and quality assurance of optical communication products.

Fiber optic connector: SC/UPC Attenuation Accuracy: ±0.5 dB Ferrule Material: Zirconia Ceramic

Wavelength Range [Single-mode (S)]: 1260~1650 nm Wavelength Range [Multi-mode (M)]: 850/1300 nm Calibration Wavelength [Single-mode (S)]: 1310/1490/1550/1625 nm

The JW8507A mechanical programmable optical attenuator is a mechanical attenuation solution developed by Shanghai JiaHui specifically for high-reliability, high-precision optical communication system testing. It adopts a precise mechanical tuning structure combined with an innovative circuit design, aiming to meet the stringent requirements of optical modules, fiber-optic equipment and systems for long-term stability, wide dynamic range and ultra-high precision in R&D verification and production testing. It is an ideal solution for performance verification and quality assurance of optical communication products.