Fiber Coupled Detectors

Fiber Tap Single/Array Monitors

High Speed Fiber Coupled InGaAs PIN Photodiode 10GHz, 25GHz

The Fiber Coupled High-Speed InGaAs PIN Photodiode is based on a unique package featuring a high-speed, fast rise and fall response. The component integrates a fiber with a high-sensitivity photodiode for signal detection. The response is analog without TIAC. Our design minimizes component assembly costs and module footprint while increasing stability over wide temperature and wavelength ranges. We offer three analog response speeds of 10GHz, 20GHz, and 32GHz. Detector integrated with bias and SMA RF connector is also available online.

In-line Optical Power Tap Monitor (Straight Version) (Copy)

Our ILPM Series Fiber Optic Tap Power Monitors are used for in-line power measurement and precision power control. It is based on a patent-pending design that taps light without bending and grooving fiber, or using lenses and optical coatings. This novel power monitor provides exceptional industrial performance in ultra-low loss, low polarization and wavelength dependence, high directivity, variable tap ratios, as well as low cost and high reliability. The continuous fiber device is particularly suited for adapting to various types of fiber and for high power handling. This power monitor has a miniature ceramic package that houses a stable optical tap and PIN photodiode, as well as GR-1209 and GR-1201 compliance qualification.

Inline No-Gap Tap Power Monitor

Our ILPM Series Fiber Optic Tap Power Monitors deliver unmatched performance for in-line optical power measurement and precision power control. They feature ultra-low insertion loss, high directivity, high power handling capability, minimal polarization and wavelength dependence, and low cost. The ILPM Series is based on a patented design that taps a portion of light through a groove formed along the side of a continuous optical fiber. This approach eliminates the need for lenses and optical coatings typically used in conventional fiber tap monitors, resulting in superior performance and reliability. The continuous-fiber structure is particularly well suited for compatibility with various fiber types, ultra-broad operating wavelengths, and high-power applications.

Mini Single Mode Inline Tap Power Monitor

The Tap Optical Power Monitor is a hybrid fiber optical passive component that integrates a thin-film tap of flat spectral response with a high sensitivity PIN photodiode for power monitoring applications. The Power Monitor minimizes component assembly costs and module footprint while increasing module design efficiency by facilitating fiber Management. The Power Monitor combines the functionality of an optical coupler and a photodiode while delivering low insertion loss and low dark current with high temperature stability over a wide wavelength range. Our directional version works well from 1260nm to 1620nm band.

Multi-Mode Inline Tap Power Monitor

The Tap Optical Power Monitor is a hybrid fiber optical passive component that integrates a thin-film tap of flat spectral response with a high sensitivity PIN photodiode for power monitoring applications. The Power Monitor minimizes component assembly costs and module footprint while increasing module design efficiency by facilitating fiber management. The Power Monitor combines the functionality of an optical coupler and a photodiode while delivering low insertion loss and low dark current with high-temperature stability over a wide wavelength range. Our directional version works well from 1260nm to 1620nm band.

Single Mode and PM Inline Tap Power Monitor

The Tap Optical Power Monitor is a hybrid fiber optical passive component that integrates a thin-film tap of flat spectral response with a high sensitivity PIN photodiode for power monitoring applications. The Power Monitor minimizes component assembly costs and module footprint while increasing module design efficiency by facilitating fiber Management. The Power Monitor combines the functionality of an optical coupler and a photodiode while delivering low insertion loss and low dark current with high temperature stability over a wide wavelength range. Our directional version works well from 1260nm to 1620nm band.