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Electrical Attenuators

The attenuators are built in with wavelength independent optical filters and feature high power endurance and low PDL. These products are suitable for high speed transmission.

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Electrical Attenuators

The attenuators are built in with wavelength independent optical filters and feature high power endurance and low PDL. These products are suitable for high speed transmission. 1. Low back reflection. 2. High power endurance. 3. High confidence. 4. Precise control of attenuation range. 5. Easy installation.

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C Fiber Optic Attenuators

1. Low back reflection. 2. High power endurance. 3. Wavelength independent. 4. Low PDL. 5. Precise control of attenuation range. 6. Simple manipulation.

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C Fiber Optic Attenuators

1. Low back reflection. 2. High power endurance. 3. Wavelength independent. 4. Low PDL. 5. Precise control of attenuation range. 6. Simple manipulation.

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Hybrid Variable Optical Attenuators

1. GET Attenuators can be applied to adjust the power levels of signals in optical communications at the output of light sources, E/O converters and for testing the linearity or dynamic range of optical power meters. 2. GET Attenuators can also be used in optical amplifier systems to balance the gain across the different operating wavelengths. Cable options offered in 0.9mm, 2mm or 3mm with or without industry standard connectors. 3. Applications: (1) Telecommunications. (2) Subscriber loop. (3) LAN. (4) Power equalizers. (5) Dynamic gain flattening filter. (6) CATV. (7) FTTH. (8) Optical sensors. (9) Laboratory test. (10) Light transmission systems.

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C Attenuated Patch Cords

1. Simple structure. 2. High return loss. 3. Max. bearing power (1W). 4. Low PDL. 5. Compact structure.

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Variable Optical Attenuators

1. Cable options offered in 0.9mm, 2mm or 3mm. 2. With or without industry standard connectors.

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Hybrid Adapters/ Attenuators

1. LC-FC/SC male-female type. 2. FC-LC male-female type. 3. SC-ST/LC/FC male-female type are available.

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C Fiber Optic Attenuators

1. Low insertion loss. 2. High return loss. 3. Wide range of attenuation value. 4. Low PDL. 5. Compact structure. 6. High resolution.

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Variable Attenuators (Air Gap)

Female/female and male/female type.