Fiberswitches/Multiplexers
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Multimode switches – the switching principle by direct fiber movement types of optical fibers & interfaces Types of optical fibers Fiber optic connector types Control interfaces fiber switches Multimode fiber switch FSM 1x2 Important parameters to characterize an optical fiber switch Piezo electrically driven optical switches 2 Multimode fiber switch FSM 1x3 to 1x9 – fiber core diameter 50 up to 200 µm Multimode fiber switch FSM 1x3 to 1x9 – fiber core diameter 400 and 600 µm customized fiber switches Multimode fiber switch 2times FSM 1x9 with 200 µm fiber Multimode fiber switch 2times FSM 1x6 for 600 µm...

contents introduction contents, introduction technology, types of optical fibers & interfaces, fiber switches, customized fiber switches introduction 1 In 1999 piezosystem jena was introduced as one of the first companies in the world to provide fiberoptic switches for multiplexing of optical signals. piezosystem jena developed an unique principal of fiber surface coupling. The major advantage of this principal is the wavelength independence of the switch due to the fact that no optical components inside the switch are necessary. Furthermore the switching procedure is done by piezoelectric...

2 technology Piezo electrically driven optical switches Piezoelectric actuators are well suited to move optical fibers. This application is not only for adjusting these components in the laboratory; it can also be used to create special products in the fields of optical communication, optical data storage, spectroscopy, and metrology. Typical designs are: 1 x N switches for multimode fibers for optical measurements (especially spectroscopy) and multi-point sensor systems Custom made solutions (for example 2 by 2 or 2 by 9 configurations) Optical fiber switches using direct piezo electrical...

technology contents, introduction technology, types of optical fibers & interfaces, fiber switches, customized fiber switches Multimode switches – the switching principle by direct fiber movement The best way for switching optical fibers is the direct movement of the optical fiber ends with respect to each other. Piezoelectric actuators are ideal candidates for this purpose due to their typical movement ranges and actuation speed. In order to exclude the influences of hysteresis and creep on the accuracy of such a switch, the actuator end positions can be fixed by special stopping configurations. In...

Types of optical fibers Optical fibers are mainly classified with respect to the lateral dimensions of the light-guiding region, the so-called fiber core. The core diameter together with the refractive index distribution of the core-cladding assembly determines the number of modes the fiber carries. The following figure [Fig. 4] and table give a rough overview on the different fiber types. index profile index profile NA - numerical aperture when ordering please use the suffix: ST: -10, SMA: -20, FC/PC: -30, FC/APC: -50, E2000: -60 All fibers can be provided with anti-reflection option after...

types of optical fibers & interfaces contents, introduction technology, types of optical fibers & interfaces, fiber switches, customized fiber switches Fiber optic connector types SMA – Due to its stainless steel structure and low-precision, threaded fiber locking mechanism, this connector is used mainly in applications requiring the coupling of high-power laser beams into large-core, multimode fibers. The typical insertion loss of an SMA connector is greater than 1 dB. suffix for ordering: –20 FC/APC – The Angle FC (APC) polish, adds an 8 degree angle to the connector endface; equipped with an...

lezosyszemjena fast switching time low insertion loss high optical isolation compact design no additional wavelength dependence applications: ■ optical measurement systems ■ spectroscopy ■ optical engineering ■ telecommunications The fiber switches are ideally suited to combine up to 2 sensor points with just one spectrometer. Therefore, the end-user derives a cost benefit and is able to directly compare different optical channels using only one spectrometer/detector system. fiber switch part no. no. of input fibers no. of output fibers fiber core insertion loss typ. cross talk...

fiber switches contents, introduction technology, types of optical fibers & interfaces, fiber switches, customized fiber switches

Multimode fiber switch FSM 1x3 to FSM 1x9 fiber core diameter 50 up to 200 ym fast switching time low insertion loss high optical isolation compact design no additional wavelength dependence applications: ■ optical measurement systems ■ spectroscopy ■ optical engineering ■ telecommunications no. of input fibers no. of output fibers fiber core insertion loss typ. cross talk typ. repeatability typ. switching time typ. lifetime typ. operating temperature humidity operating voltage control signal* current fiber length housing l/w/h housing l/w/h** RS232 version upon request part no.: Z-950-95...

fiber switches contents, introduction technology, types of optical fibers & interfaces, fiber switches, customized fiber switches

Multimode fiber switch FSM 1x3 to FSM 1x9 fiber core diameter 400 and 600 ym fast switching time low insertion loss high optical isolation compact design no additional wavelength dependence integrated antireflection option applications: ■ spectroscopy ■ optical measurement system ■ optical engineering fiber switch part no. unit FSM 1x3 F-143-10 no. of input fibers no. of output fibers fiber core insertion loss typ. cross talk typ. repeatability typ. switching time typ. lifetime typ. operating temperature humidity operating voltage control signal* bulkhead connector housing l/w/h Option:...

fiber switches contents, introduction technology, types of optical fibers & interfaces, fiber switches, customized fiber switches

Multimode fiber switch 2times FSM 1x9 with 200 ym fiber Technical data: insertion loss: 1.5 dB operating voltage: 100-240 VAC control signal: BCD code Technical data: insertion loss: 3.0 dB connector: SMA bulkhead control signal: BCD, RS232, USB control: synchronously Technical data: insertion loss: switching time: fiber: connector: operating voltage: control signal: housing (l/w/h):