DICON OPTICAL SWITCH Search Results

TTL RS232 buffer

Abstract: smf-28 corning
Contextual Info: MEMS 2X2 OPTICAL MATRIX SWITCH DiCon’s MEMS 2x2 Optical Matrix Switch is a true 2x2 optical switch. It has two fiber inputs and two fiber outputs and can be switched to one of two configurations, shown below. This optical switch utilizes DiCon’s proprietary MEMS technology to achieve reliable optical performance and excellent durability; DiCon’s Optical

Contextual Info: MEMS 8X8 MATRIX SWITCH DiCon’s MEMS 8x8 is an integrated switch module based on DiCon’s MEMS 1x8 Optical Switch components. Sixteen MEMS 1x8 switches, eight for inputs and the other eight for outputs, are interconnected to form a fully non-blocking, two stage, optical

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Contextual Info: MEMS 3-CH FLEXPORT OPTICAL SWITCH DiCon’s MEMS 3-Channel Flexport Switch provides an optical connection between any two of three 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

"Optical Switch"

Abstract: side mirror control
Contextual Info: MEMS MULTI-MODE 1X8 OPTICAL SWITCH DiCon’s Multi-Mode MEMS 1x8 Optical Switch provides channel selection betweeen a single input fiber and 8 output fibers. At the core of the switch is DiCon’s proprietary MEMS chip; an electrostatically driven mirror implemented using single-crystalline silicon and

Contextual Info: MEMS 4x4 Multicast switch DiCon’s MEMS 4x4 Multicast Switch is based on DiCon’s proven MEMS 1xN Switch. Input signals are first broadcast via 1x4 optical splitters into four optical switches, which are then used to independently route network traffic from any input to any or all output

mems

Contextual Info: MEMS 1XN SWITCH MODULE CONFIGURABLE UP TO 1X36 DiCon’s MEMS 1xN Optical Switch Module is based on DiCon’s MEMS 1x8 and 1x4 Optical Switch components. Up to five of the MEMS 1x8 switch components can be configured to provide a compact 1x36 switch. Each MEMS component is based on a

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Abstract: dicon 1x16 switch fiber switch biomedical diffuse optical
Contextual Info: MEMS BIOMEDICAL 1XN OPTICAL SWITCH DiCon’s MEMS Biomedical 1xN Optical Switch allows one input fiber to connect to one of N output fibers. These can be used to either select from one of many input sources, or to select an output fiber from one of many. Based on DiCon’s industry proven MEMS

Contextual Info: MEMS 1XN Optical SWITCH cylindrical package DiCon’s MEMS 1xN Optical Switch allows channel selection between an input fiber and up to N output fibers. The switch is bi-directional and can also be used as a Nx1 selector switch. Built using DiCon’s industry proven MEMS fiber optic switch

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

Contextual Info: MEMS dual Nx16 Multicast switch DiCon’s MEMS Dual Nx16 Multicast Switch is based on DiCon’s proven MEMS 1xN Switch, and incorporates two Nx16 Multicast Switches for add/drop functionality in a single package. For the drop side, input signals are first broadcast via 1x16 optical splitters into 16 optical switches, which are then used to independently

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Contextual Info: MEMS MULTI-MODE 1X64 OPTICAL SWITCH DiCon’s Multi-Mode MEMS 1xN Optical Switch provides channel selection between a single input fiber and N output fibers. The 1xN module allows multiple MEMS multi-mode switch components to be configured to provide a compact switch with up to 64 channels. At the core of each switch component is DiCon’s proprietary

Contextual Info: MEMS MULTI-MODE 1XN OPTICAL SWITCH CYLINDRICAL PACKAGE DiCon’s MEMS Multi-mode 1xN Switch provides channel selection between a single input fiber and N output fibers. At the core of the switch is DiCon’s proprietary MEMS chip; an electrostatically driven

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

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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

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

Contextual Info: Multi-Channel Switch Plug-In GP750 Programmable Instrument Multi-Channel Attenuator Plug-In Module DiCon’s Attenuator Plug-In Module provides the capability to add a controlled amount of loss to an optical path. Each Plug-In Module is designed for easy integration into DiCon’s GP750 modular

dicon switch

Abstract: dicon 1X8 switch
Contextual Info: MEMS 1XN OPTICAL SWITCH WITH EXTERNAL PCB DiCon’s MEMS 1xN Switch provides channel selection between a single input fiber and N 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

Dicon optical switch

Contextual Info: MEMS REFLECTION ON/OFF OPTICAL SWITCH DiCon’s MEMS Reflection On/Off Switch provides an optical shutter that can return light through the input fiber. At the core of the switch is DiCon’s proprietary MEMS chip; an electrostatically driven mirror implemented using single-crystalline silicon and a stictionfree design. The mirror is capable of rotating along an axis, allowing

biomedical

Abstract: diffuse optical
Contextual Info: MEMS BIOMEDICAL 1XN SWITCH DiCon’s MEMS Biomedical 1xN optical Switch allows one input fiber to connect to one of N output fibers. These can be used to either select from one of many input sources, or to select an output fiber from one of many. Based on DiCon’s industry proven MEMS

Contextual Info: MULTI-CHANNEL SWITCH PLUG-IN GP750 PROGRAMMABLE INSTRUMENT MULTI-CHANNEL ATTENUATOR PLUG-IN MODULE DiCon’s Attenuator Plug-In Module provides the capability to add a controlled amount of loss to an optical path. Each Plug-In Module is designed for easy integration into DiCon’s GP750 modular

Switches

Abstract: GP700 Dicon optical switch
Contextual Info: Internal Components Switches DiCon’s GP700 switch modules offer complete fiberoptic switching solutions. The modules are high-precision, low-loss optical switches used for cable and component testing, remote fault locating, and optical signal routing. The GP700 provides accurate

VOA dicon

Contextual Info: MEMS DUAL Nx16 MULTICAST SWITCH WITH VOA DiCon’s MEMS Dual Nx16 Multicast Switch with VOA is based on DiCon’s proven MEMS 1xN Switch and MEMS VOA, and incorporates two Nx16 Multicast Switches for add/drop functionality in a single package. For the drop side, input signals are first broadcast via 1x16 optical splitters into

Dicon optical switch

Contextual Info: MEMS MULTI-MODE ON-OFF OPTICAL SWITCH DiCon’s MEMS Multi-mode On-Off Optical Switch has one input and one output fiber and provides the ability to turn on or off the optical signal passing through it. These fiber optic switches are compact cylindrical devices driven by a direct

Contextual Info: MEMS 1XN OPTICAL ARRAY SWITCH DiCon’s MEMS 1xN Optical Array Switch provides channel selection between sets of single input fibers and sets of N output fibers. The module allows up to five MEMS switch components to be co-packaged with the option of switching synchronously. At