Answer to Question #241896 in Electrical Engineering for abhishek

Question

To prove your knowledge as transmission planning engineer in AIT telecom Unit, you are show that values of U which approaches one (1) brings about delay. Analyze this by a delay curve or graph. Choose values of U from 0.0 to 1.0 and D from 1 to 10.

please read and answer correctly , also help with the sketch of the graph, thanks

Answer 1

Undersanding the concept or thereom behind that occur tov alues of U which approaches one brings about delay., we need to begin by defining network transmission:

Transmission mode refers to the mechanism of transferring of data between two devices connected over a network. It is also called Communication Mode. These modes direct the direction of flow of information.

Analysis:

Material dispersion is caused by the variation of the refractive index with wavelength and the spectral width of the system source. Waveguide dispersion occurs because light travels in both the core and cladding of a single-mode fiber at an effective velocity between that of the core and cladding materials. The waveguide dispersion arises because the effective velocity, the waveguide dispersion, changes with wavelength. Material dispersion is caused by the variation of the refractive index of the glass with wavelength and the spectral width of the system source. Waveguide dispersion occurs because light travels in both the core and cladding of a single-mode fiber at an effective velocity between that of the core and cladding materials. The waveguide dispersion arises because the effective velocity, the waveguide dispersion, changes with wavelength.  The selected values of U from 0.0 to 1.0 and D from 1 to 10. The graph below proves the above analysis: