Optical Telecommunication

$ 7,052.00

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Description
Recommended

Complete experiment system for quantitative investigation of transmission of signals via optical media, plus the processes of optical multiplexing and de-multiplexing. To build a two-dimensional optical system of high precision, a magnetic bench with a printed grid is provided, upon which it is possible to write.

Experiment topics:

Glass fibers and optical telecommunications
Acceptance cone and optimization of coupling to a fiber optic cable
Absorption, effect of the length of the transmission line
Coupling losses
Diffraction by an optical grating and optical multiplexing
Dichroic filters and optical de-multiplexing
Spectral composition of light sources
Spectral dispersion and recomposition
Color and interference filters
Signal shaping and matching
Band width and limiting frequency
Calculation of theoretical band width
Optical diaphony

Contents:

1 Optical bench, 600x480 mm, for attachment of magnetic components
8 Optical riders with magnetic base
2 Movable riders, l = 25 mm, with magnetic base
1 LED with collimating lens, in frame on stem, red
1 LED with collimating lens, in frame on stem, blue
1 Electronic signal transmitter, including power supply
1 Electronic signal receiver, including power supply
2 Phototransistors in housing on stem
1 Fiber-optic cable with SMA plugs, 1 m
1 Diffraction grating, 600 lines/mm
1 Dichroic filter in housing on stem, blue
1 Dichroic filter in housing on stem, yellow
2 Converging lenses in housing on stem, f = 50 mm, 40 mm dia.
1 Slide holder for gratings, on stem
Component holders and spring clips
Optical bench 600x480 mm²; Grid radials: 0°, 45°, 90°, 135°; Grid subdivisions: 5 cm, 1 cm
Weight: 12 kg approx.