620500 Search Results

fast speed mems switch

Contextual Info: DiCon’s Attenuator/On-Off Hybrid is based on a microelectromechanical system MEMS chip. The MEMS chip consists on a silicon support. A voltage of an electrically movable mirror r applied to the MEMS chip causes the mirror to rotate, which changes the coupling of light between the input and output

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,

uPC 1270

Contextual Info: ` Attenuators PM MEMS Attenuator DiCon’s PM MEMS Attenuator is based on a micro-electromechanical system MEMS chip. The MEMS chip consists of an electrically movable mirror on a silicon support. A voltage applied to the MEMS chip causes the mirror to rotate, which changes the

FBT coupler

Abstract: DiCon Fiberoptics 1x2
Contextual Info: DiCon’s Ultra Low PDL FBT Coupler is a compact low loss singlemode component designed for splitting power signals in the 1550 nm or 1310 nm windows. Specifications1 Ordering Information Premium 0.6 dB max. 0.05 dB max. 50 dB min. for 60 dB min. (for Grade

Contextual Info: Fused Fiber Couplers Single Window Narrowband Coupler Preliminary Datasheet DiCon’s Single Window Narrowband FBT Coupler is a compact low loss singlemode component designed for splitting power signals in the 1550 nm or 1310 nm windows. Features • • •

Variable Attenuator Plug-In

Abstract: GP700 DICON GP700 ATTENUATOR
Contextual Info: Modular GP700 Optical Performance Specifications1,4 DiCon’s Variable Attenuator Plug-In sets attenuation levels in the 0-to-60-dB range with better than 0.15-dB resolution. The Plug-In is designed for easy installation into DiCon’s GP700M Modular Mainframe.

0130E

Abstract: 1x24
Contextual Info: MEMS 1X24 OPTICAL SWITCH DiCon’s MEMS 1xN Switch Module provides channel selection between a single input fiber and N output fibers. The 1xN module allows up to five MEMS switch components to be configured to provide a compact 1x24 switch. At the core of each

0227A

Abstract: optical switch 50uM
Contextual Info: MEMS MULTI-MODE 1XN OPTICAL SWITCH DiCon’s MEMS Multi-Mode 1xN Optical Switch is an industry proven fiber optic switch with excellent durability and reliability. It allows channel selection between a single input fiber and N output fibers, and can be specified for any 1xN size from 1x2 up to 1x8. In addition, this optical switch is bi-directional and can be used in either

0135D

Abstract: Drop Optical Switch DiCon Fiberoptics WDM cwdm add drop
Contextual Info: MEMS WDM ADD/DROP OPTICAL SWITCH DiCon’s MEMS WDM Add/Drop 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

SMF-28 raman gain

Contextual Info: Attenuation • • • • Superior thermal wavelength stability Improved error function Excellent thermal loss stability 1.5 watt max. power rating Applications Gain Flattening Filters are used in broadband optical amplifiers which are optimized for multiple DWDM channels. Typical

VOA MEMS

Contextual Info: S W I T C H E S MULTI-CHANNEL MEMS DPE MODULE DiCon’s Dynamic Power Equalizer DPE maintains output optical power at a preset level for up to four fiber channels. The DPE continuously adjusts the attenuation through closed loop feedback from an output tap to our MEMS based

dicon 1x16 switch

Abstract: MEMS SWITCH fiber switch
Contextual Info: MEMS MULTI-MODE 1X16 OPTICAL SWITCH DiCon’s Multi-Mode MEMS 1xN Optical Switch provides channel selection betweeen a single input fiber and N output fibers. The 1xN module allows up to five multi-mode MEMS switch components to be configured to provide a compact 1x16 switch. At the core

c band

Contextual Info: DiCon’s C Band or L Band 1xN FBT Couplers are designed for splitting power signals in the C band or L band. DiCon’s C Band or L Band 1xN Couplers have excellent uniformity, low excess loss, and low PDL. Ordering Information Specifications1 CLTC - Directivity

Optical thin film bandpass filter

Abstract: optical tunable filters tunable filter dicon C9125
Contextual Info: F I L T E R S MANUALLY TUNABLE BANDPASS FILTER DiCon’s Manually Tunable Bandpass Filter is used to manually adjust the center wavelength of a narrow passband over a 30 nm range around the 1550 nm window. Manually Tunable Bandpass Filters use a hard-coated thin film interference filter which is mounted between two angled fiber collimators. Wavelength selection is made by adjusting the filter

Color Wheel

Contextual Info: Solid-State LED Lighting Outdoor Multi-Color FiberLamp DiCon’s FiberLamp™ family offers a reliable compact solution for the multi-color and dynamic lighting markets. State-of-the-art solid-state lighting technology enables FiberLampTM illuminators to couple a vast array of light combinations into a variety of

dicon 2x2 optical fiber switch

Contextual Info: Specifications1,2 Wavelength range MEMS Add/Drop 2x2 Switch L Band • • • Smallest 2x2 Switch package in the telecom industry Ultra-low current consumption Ultra-fast switching time -2- Transmission Band 15 1528 - 1563 nm 16 1570 - 1610 nm Connector Type

panda fiber

Contextual Info: Polarization Maintaining FC Jumpers PM Components Specifications1 Insertion loss DiCon’s Polarization Maintaining FC Jumpers are built using a proprietary termination process for polarization maintaining PM fiber types. With this process, DiCon is able to control the

MEMS Biomedical MxN Blocking Optical Switch

Abstract: Dicon optical switch MEMS SWITCH DICON diffuse optical
Contextual Info: MEMS BIOMEDICAL MXN BLOCKING SWITCH DiCon’s MEMS Biomedical MxN Blocking Optical Switch allows one of M input fibers to connect to one of N output fibers, and blocks all other inputs. This allows one source from many to be selected and to connect to one desired output fiber. Based on DiCon’s industry proven MEMS technology, DiCon uses proprietary

Optical thin film bandpass filter

Abstract: collimator
Contextual Info: Components Components Isolator/Bandpass Filter DiCon’s Isolator/Bandpass Filter transmits a narrow band of light at a customer specified center wavelength while rejecting adjacent and unwanted back reflected and back scattered signals. The component uses a thin film filter element mounted

X band attenuator

Contextual Info: Attenuators Optical Specifications1 C Band 1528 - 1563 nm L Band 1570 - 1610 nm Multi-Channel MEMS Attenuator Module Insertion loss Preliminary Datasheet DiCon’s Multi-Channel MEMS Attenuator Module consists of an array of 8 or 10 MEMS Attenuator components which are

Multi-Channel MEMS Attenuator Module

Abstract: 0048B X band attenuator
Contextual Info: Attenuators Multi-C Channel MEMS Attenuator Module DiCon’s Multi-Channel MEMS Attenuator Module consists of an array of 8 or less MEMS Attenuator components which are used for multi-channel attenuation. DiCon’s MEMS Attenuator is based on a micro-electro-mechanical system MEMS chip.

VOA MEMS

Abstract: MEMS VOA
Contextual Info: MULTI-CHANNEL MEMS DPE MODULE DiCon’s MEMS Dynamic Power Equalizer DPE compensates for deviations in input optical power and maintains output optical power at a preset level for up to eight fiber channels. The DPE continuously adjusts the attenuation through closed loop feedback

Contextual Info: Solid-State LED Lighting Fanless Multi-Color FiberLamp DiCon’s FiberLamp™ family offers a reliable compact solution for the multi-color and dynamic lighting markets. State-of-the-art solid-state lighting technology enables FiberLamp™ illuminators

Contextual Info: MEMS VIS/NUV 1X4 OPTICAL SWITCH DiCon’s MEMS 1x4 Switch provides channel selection between a single input fiber and four output fibers. At the core of the switch is DiCon’s proprietary MEMS chip; an electrostatically driven mirror implemented using single-crystalline silicon and a stiction-free