SYSTEM SOLUTION FOR SPECIFIC APPLICATIONS / INSERTION LOSS MANUAL MEASUREMENT OF WAVEGUIDESynos

OPTICAL METHOD INSERTION LOSS MEASUREMENT SYSTEM (MANUAL ALIGNMENT TYPE)
Optical method insertion loss manual measurement system for optical waveguide modules, using optical measurement optics M-Scope type M

Optical method insertion loss measurement system is the optical method insertion lossmeasurement system using Synosʼ optical measurement optics M-Scope type M. By using acoaxial observation camera system of M-Scope type M, it becomes possible to perform directimage observation of input and output end faces of the measured optical waveguide. While
checking the observed core image of the optical waveguide, it is possible to directly introduce
the measurement beam into the core and receive the beam emitted from the waveguide formeasurement. In this way, insertion loss measurement similar to optical ﬁber alignment can beperformed easily and quickly even when combined with a manual precision positioning stage.
Best for manual insertion loss measurement of polymer waveguide module for OPCB substrate.
【Features】○M-Scope type M, compact-type optical measurement optics●It is possible to easily adjust the incident position of measuring beam and the detecting position of emitted beam while observing
the image of the object directly by equipped coaxial observation camera system.
●Observation magniﬁcation can be selected from 6× and 20×.
○Possible to measure insertion loss similar to conventional optical ﬁber alignment method●Input side: Irradiate the sample surface with a 1: 1 core diameter of the optical ﬁber connected to the optical ﬁber port.
●Output side: Light ﬂux, with the diameter equivalent to the core diameter of the optical ﬁber connected to the optical ﬁber port,
is relayed 1: 1 from the sample surface to the optical ﬁber.
●Optical ﬁbers of various types and core diameters can be used..
○In addition to loss measurement using optical power meter, spectral measurementby combining with optical spectrum analyzer, spectrometer is also available.
○Low cost system can be constructed in combination with a manual stage.
【Standard component】○Optics (input side/output side)● Compact type optical measurenet optics M-Scope type M○Measurement wavelength● Please specify the measurement wavelength.
○Available detectors selection● 400-1100nm︓Hi-resolution CMOS detector ISA071/ISA071GL● 950-1700nm︓InGaAs NIR detector ISA041M, ISA041H2●400~1700nm : InGaAs high resolution NIR detector ISA041HRA/HRVA○Stages (input side, output side, sample position adjustment)● Various manual stage system*Please contact us for stage conﬁguration and selection○ Support structure●Equipment support structures, bread board, brackets, etc.
○Accessories○Compact type optical measurement optics
M-Scope type M●Measurement instrument
・Optical powermeter, etc.
●Control & data analysis system
・PC, Image observation, data analysis software, etc.
●Measurement light source
・LED, SLD, LD light source, etc.
●Peripherals
・Vibration isolating table, breadboard, etc.

*We will propose system with various conﬁgurations and speciﬁcations depending on
the measurement sample, speciﬁcations, operating method, and budget.
○Optical method insertion loss measurement systemfor polymer waveguide【Component selection of optical method insertion loss measurement system manual alignment type】○Optics for input side

○Detector selection○Optics for output side●for visible~1100nm●M-Scope typeM6/M20

High resolution CMOS
detector ISA071●M-Scope typeM6/M20○measurement instruments& data analysis●Optical powermeter, etc.
(Optical measurement instruments)●for 950~1700nm○Manual stage system and equipment support structure(input side)(sample adjustment)(output side)

InGaAs high sensitivity NIR
detector ISA041H2●for 400~1700nm●High precision manual positioning stage system

InGaAs high resolution NIR
detector ISA041HRA/HRVA●Vibration isolation table, bread board, support structure, brackets, etc.

https://www.synos.jp

29●Measurement light source(LED, SLD, LD, etc.)●PC for data analysis& image observation●Insertion loss
measurement software

SYNERGY OPTOSYSTEMS CO., LTD