The 10-90% rise times for components used in D-IM analog optical link – McqOptions

MCQOPTIONS

1.	The 10-90% rise times for components used in D-IM analog optical link is given. (LED=10ns, Intermodal=9ns/km, Chromatic=2ns/km, APD = 3ns). Link is of 5km. Determine the total rise time.
A.	62ns
B.	53ns
C.	50ns
D.	52ns
Answer» E.

Discussion

No Comment Found

Related MCQs

The 10-90% rise times for components used in D-IM analog optical link is given. (LED=10ns, Intermodal=9ns/km, Chromatic=2ns/km, APD = 3ns). Link is of 5km. It has an optical bandwidth of 6MHz. Determine maximum permitted system rise time.
The 10-90% rise times for components used in D-IM analog optical link is given. (LED=10ns, Intermodal=9ns/km, Chromatic=2ns/km, APD = 3ns). Link is of 5km. Determine the total rise time.
Determine the impedance of a coaxial cable system operating at temperature 17 degree Celsius at output voltage of 5V, 0.85 mwavelength, optical power of 1mW, 70% quantum efficiency and SNR ratio of 1.04 * 104.
Determine the wavelength of a coaxial cable system operating at temperature 17 degree Celsius at output voltage of 5V, 100 impedance, optical power of 1mW, 70% quantum efficiency.
Determine the efficiency of a coaxial cable system at 17 degree Celsius with peak output voltage 5V, 0.85 m wavelength and SNR ratio of 1.04 * 104.
Determine the peak output voltage if efficiency is 70%, wavelength is 0.85 m and output power is 1mW.
Determine ratio of SNR of coaxial system to SNR of fiber system if peak output voltage is 5V, quantum efficiency of 70%, optical power is 1mW, wavelength of 0.85 m.
Determine dispersion equalization penalty without mode coupling if BT is 150 Mbits/s and total rms pulse broadening is 4.8ns.