DICON FIBEROPTICS WDM Search Results

collimator

Abstract: WDM Filter GR-1209
Contextual Info: Components Components Specifications1 Ordering Information1 Bandsplitter Filter WDM DiCon's Bandsplitter Filter WDM is designed to multiplex and demultiplex bands of channels signals in multi-wavelength systems. The component uses a thin film filter element

collimator

Abstract: BTW 27
Contextual Info: WDM Components Specifications1 DiCon's Wideband Filter transmits a narrow band of light at a customer specified center wavelength. The component uses an environmentally stable thin film filter element mounted between a pair of GRIN lens collimators. DiCon's Wideband

corning smf

Abstract: corning smf corning smf-28 corning corning smf-21 collimator fc st coupler SMF 28 SMF-28 fiber
Contextual Info: Components Filter Tap Coupler Insertion loss C - P1 Improved Specifications DiCon's Filter Tap Coupler is constructed using DiCon Cylindrical Filter WDM packaging technology. The component uses a thin film filter mounted between a pair of GRIN lens collimators. DiCon's Filter Tap Coupler is housed in a compact,

DiCon Fiberoptics WDM

Abstract: collimator WDM Filter GR-1209
Contextual Info: Specifications1 Wideband WDM DiCon's Wideband WDM is designed to multiplex or demultiplex signals in multi-wavelength systems. The component uses a thin film filter mounted between a pair of GRIN lens collimators. DiCon's Wideband WDM is housed in a compact, environmentally stable package that offers superior

SMF-28 refractive index

Abstract: lenses DG-18-24-15-N-N-0-6 DG-18-24-15-N-N-15-8
Contextual Info: GRIN Lens DiCon’s GRIN GRadient INdex lens is an oxide glass lens that features a radial variation of refractive index obtained through a patented ion exchange process. The ion exchange process is designed to minimize √A variations within each ion exchange

DiCon Fiberoptics WDM

Abstract: DiCon Fiberoptics WDM itu
Contextual Info: WDM Components Specifications1 100 GHz 4 Channel WDM DiCon’s 100 GHz 4 Channel WDM is designed to multiplex and demultiplex signals in multi-wavelength systems based on the ITU 100 GHz grids. Each component uses a thin film filter mounted between a pair of GRIN lens collimators. The 100

WDM 8 channel

Abstract: Corning SMF-29 DiCon Fiberoptics WDM Wdm 8 channel 100 ghz collimator DiCon Fiberoptics WDM itu
Contextual Info: Specifications1 100 GHz 8 Channel WDM DiCon’s 100 GHz 8 Channel WDMs multiplex and demultiplex signals in multi-wavelength systems based on the ITU 100 GHz grid. Each components uses a thin film filter mounted between a pair of GRIN lens collimators. The 100 GHz 8 Channel WDM

DiCon Fiberoptics WDM

Contextual Info: WDM Components BAND SKIP WDM Band Skip WDMs are designed to reduce the losses and costs of DWDM modules by combining groups of 4 - 8 adjacent ITU channels. Band Skip WDMs use a thin film filter mounted between a pair of GRIN lens collimators. DiCon’s Band Skip WDM is housed in a compact, environmentally stable package that offers superior resistance to humidity and

Contextual Info: WDM Components Specifications1 DiCon’s 200 GHz 4 Channel WDM is designed to multiplex and demultiplex signals in dense WDM systems with four channels. The 200 GHz 4 Channel WDM provides high isolation without the need for active temperature control. 2 Channel passband

collimator

Abstract: WDM Filter
Contextual Info: WDM Components Optical Specifications1 50 GHz Filter DiCon’s 50 GHz Filter is designed to select and isolate a 50 GHz channel in DWDM transmission systems. The component uses a thin film filter mounted between a pair of GRIN lens collimators. The 50 GHz Filter is housed in a compact,

Contextual Info: Erbium Amplifier Components Components Ordering Information1 Specifications1 Tap/WDM TW - Ȟ - Ȟ - Ȟ - Ȟ - Ȟ - Ȟ - Ȟ 0.7 dB typ., 2% tap ,1.0 dB max. 0.9 dB typ.,(5% tap),1.2 dB max. Tap Ratio Insertion loss C - P2 0.6 dB max. Insertion loss P1 - P3

Contextual Info: Coarse 8 Channel WDM Channel spacing Channel passband 13 nm min. Insertion loss C - P1 1.0 dB max. Insertion loss C - P8 3.9 dB max. mux; 4.4 dB max. demux Adjacent channel isolation 25 dB min. Directivity 50 dB min. Back-reflection -45 dB max. PDL 0.2 dB max.

SMF-28 fiber

Contextual Info: Specifications1 Ordering Information Coarse 4 Channel WDM Channel spacing 20 nm Channel passband2 13 nm min. Insertion loss C - P1 1.0 dB max. Insertion loss C - P4 3.0 dB max. Adjacent channel Isolation 25 dB min. Non-adjacent channel Isolation 45 dB min.

collimator

Abstract: 50 GHz dwdm
Contextual Info: 50 GHz Filter WDM Components Specifications1 2 DiCon’s 50 GHz Filter is designed to select and isolate a 50 GHz channel in DWDM transmission systems. The component uses a thin film filter mounted between a pair of GRIN lens collimators. The 50 GHz Filter is housed in a compact,

Corning SMF-29

Abstract: SMF-29 wdm Mux DiCon Fiberoptics WDM itu
Contextual Info: WDM Components Specifications1 200 GHz 8 Channel WDM DiCon’s 200 GHz 8 Channel WDM is designed to multiplex and demultiplex signals in dense WDM systems with eight channels. The 200 GHz 8 Channel WDM provides high isolation without the need for active temperature control.

wdm Mux 32 channel

Contextual Info: WDM Components Specifications1 200 GHz 4 Channel WDM Channel passband 0.5 nm min. 0.4 nm min. Insertion loss C - P1 1.2 dB typ. at CWL 1.6 dB max. over passband 1.8 dB typ. at CWL 2.2 dB max. over passband Insertion loss C - P4 2.5 dB typ. at CWL 3.2 dB max.

Off Optical Switch

Abstract: 0184A MEMS Filter DiCon Fiberoptics WDM
Contextual Info: MEMS WDM ON/OFF OPTICAL SWITCH DiCon’s MEMS WDM On/Off Switch provides single channel MUX and DEMUX functionality in a compact package. The switch combines DiCon’s proprietary thin film coating and MEMS technologies. The thin film filter is used to DEMUX a single channel

Contextual Info: WDM Components 100 GHz WDM DiCon’s 100 GHz WDM is designed to multiplex and demultiplex signals in multi-wavelength systems based on the ITU 100 GHz grid. The component uses a thin film filter mounted between a pair of GRIN lens collimators. The 100 GHz WDM is housed in a

DiCon Fiberoptics WDM

Abstract: 1603 collimator GR-1209 service channel
Contextual Info: Components Components Specifications1 Ordering Information Optical Service Channel WDM DiCon's Optical Service Channel WDM multiplexes 1310 nm, 1480 nm, 1510 nm, or 1625 nm telemetry signals in dense WDM networks. The component uses a thin film filter mounted

Fujikura

Abstract: pump laser 14xx combiners corning smf panda fiber polarization beam combiner DICON Fujikura panda fiber
Contextual Info: WDM Components Specifications1 Ordering Information Polarization Beam Combiner DiCon’s Polarization Beam Combiners are used to combine two 14xx nm pump laser modules with the same center wavelengths but orthogonal polarization states. Polarization Beam Combiners use a combination of polarizing crystals and

collimator

Contextual Info: WDM Components Specifications1 200 GHz WDM 2 Passband C - P1 DiCon’s 200 GHz WDM is designed to multiplex and demultiplex signals in multi-wavelength systems based on the ITU 200 GHz grid. The component uses a thin film filter mounted between a pair of GRIN lens collimators. The 200

collimator

Abstract: GR-1209 fiber pumping coupler
Contextual Info: Components Components Specifications1 Ordering Information1 1480/1550 Pump Coupler DiCon's 1480/1550 Pump Coupler is constructed using DiCon's Cylindrical Filter WDM packaging technology. The Pump Coupler uses a thin film filter mounted between a pair of GRIN

DiCon Fiberoptics WDM

Contextual Info: WDM Components Specifications1 Channel spacing 13 nm min. Insertion loss C - P1 0.6 dB typ., 1.0 dB max. Insertion loss C - P2 0.6 dB max. Isolation C - P1 25 dB min. Isolation C - P2 10 dB min. Directivity 55 dB min. Back-reflection -45 dB max. PDL 0.05 dB typ., 0.1 dB max.

PIN photodiode 510 nm

Abstract: Photodiode Array Detectors detector wdm
Contextual Info: Erbium Amplifier Components Components Ordering Information1 Specifications1 WDM/Detector 0.7 dB max. Isolation signal port 10 dB min. Back-reflection -45 dB max. PDL 0.1 dB max. PMD 0.1 ps max. Lower Reflection Band3 Responsivity 0.9 A/W min., 1.05 A/W max.