First Problem Assignment
EE606 - Fibre Optic Communication
Assigned on: August 3, 2015
Due on: August 10, 2015
Problem 1
(10 points)
The gure above considers the ray picture for propagation of rays launched in the plane containing a bre diameter (meridion

Fifth Problem Assignment
EE606 - Fibre Optic Communication
Assigned on: October 12, 2015
Due on: October 19, 2015
Problem 1
(10 points) A Germanium detector at 1.5 m has a dark current of 0.5 A. The responsivity of the
device is 0.6 A/W. The contribution

First Problem Assignment
EE606 - Fibre Optic Communication
Assigned on: August 3, 2015
Due on: August 10, 2015
Problem 1
(10 points)
The gure above considers the ray picture for propagation of rays launched in the plane containing a bre diameter (meridion

Second Problem Assignment
EE606 - Fibre Optic Communication
Assigned on: August 21, 2015
Due on: August 28, 2015
Problem 1
(10 points) A two-mode bre has normalized propagation constants b1 = 1 eV and b2 =
1 e(V2.4) respectively for two modes, where V is

Second Problem Assignment
EE606 - Fibre Optic Communication
Assigned on: August 21, 2015
Due on: August 28, 2015
Problem 1
(10 points) A two-mode bre has normalized propagation constants b1 = 1 eV and b2 =
1 e(V2.4) respectively for two modes, where V is

Fourth Problem Assignment
EE606 - Fibre Optic Communication
Assigned on: September 18, 2015
Due on: September 25, 2015
Problem 1
(10 points) In this homework, you will construct a simplied version of an eye diagram, by
following the steps below. Please at

Third Problem Assignment
EE606 - Fibre Optic Communication
Assigned on: August 28, 2015
Due on: September 4, 2015
Problem 1
(10 points) An LED made of Ga1x Alx emits a wavelength of 1.3 m. Find the aluminium mole
fraction if the band energy for the materi

Fibre Optic Communication
EE606, Fall 2015
1 Instructor
Kumar Appaiah, EE Bulding 232-D, akumar@ee.iitb.ac.in
2 Prerequisites
EE601 (Statistical Signal Analysis) or equivalent. Please talk to the instructor for details.
3 Outline
This course is intends to

RLC Circuit with Cobra3
Objective:
Determine the frequency dependence of the impedance of
1. A series tuned circuit with different damping resistors and different values of
capacitance.
2. A parallel tuned circuit with different damping resistors and diff

EE 608 : Adaptive Signal Processing
Assignment 3
Saiprasad Koturwar
12D070025
Problem 1:
(a) Load d[n] and x[n] from the files provided.
Ans.
The assignment is carried out using Python/Numpy/Scilab
Python code snippet for loading these signals:
iprupsn
m