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Optical Science Solutions

OptoSci's Photonics Educator Kits offer comprehensive and fully self-contained laboratory based educational kits for universities, colleges, education & training centres teaching: geometrical & physical optics, optical waveguiding, fiber optics, optical fibre components, fibre optic communications, BER, WDM systems, Bragg gratings, fibre amplifiers, lasers, OTDR, optical networks, fiber sensors, biophotonics, nanophotonics, etc.

Each OptoSci education kit saves the tutor significant course, literature and hardware development effort and includes:

- All optoelectronic hardware required to perform the experimental programme
- Manuals to guide the students through the background theory and experiments
- Instructor's manual with sample results and solutions for all experiments & exercises
- A comprehensive set of background / lecture notes (with tutorial examples, design exercises and case studies plus solutions)

This kit investigates the conditions under which optical waveguiding occurs in dielectric media, and then explores how these fundamental principles are applied by examining mode propogation and charac ...

FP0294

This kit covers the experimental characterisation of all the major components of a fibre optic communications link, (i.e. LED and laser diode transmitter, the optical fibre and the receiver) and then ...

FP4010

This extension kit allows the generation and evaluation of eye diagrams and investigation of the effects of noise, attenuation and dispersion on eye diagrams and BER in LED and laser optical communica ...

FP6269

This solution investigates the operation and characteristics of one of the key instruments used by optical communications engineers, the Optical Time Domain Reflectometer (OTDR) and examines how OTDR ...

FP0374

This solution allows full characterisation of the gain and noise performance of one of the key components in long distance optical fibre communication systems, the erbium doped fibre amplifier. Learn ...

FP5366

This solution allows detailed investigation of laser performance, output characteristics and dynamic response using a series of fibre ring lasers formed using an erbium doped fibre laser gain medium w ...

FP9068

This series is a modular and expandable range of kits investigating, analysing and characterising: Wavelength Division Multiplex (WDM) component Bragg Gratings 1310/1550nm WDM Systems Dense WDM ...

FP1748

The four modules in ED-OPTICS (polarisation, reflection and refraction, diffraction, interference & coherence) examine various topics in physical optics and provide a solid grounding in the fundam ...

FP4615

The polarisation module enables students to carry out the following experimental investigations: Malus' law Properties of half, quarter & arbitrary wave plates States of polarisation Strain ...

FP7280

The reflection and refraction module enables students to carry out the following experimental investigations: Snell's law Fresnel's Equations Brewster's Angle Critical angle TIR Refractive ind ...

FP8197

The diffraction module enables students to carry out the following experimental investigations: Fraunhofer & Fresnel diffraction at slits/apertures Reflection and transmission gratings Laser ...

FP8104

The interference and coherence module enables students to carry out the following experimental investigations: Michelson interferometer Optical surface quality Optical element measurements Laser ...

FP7948