1. ECE 4006 CAPSTONE DESIGN R.Y.M.M.Y Georgia Institute of Technology
Electrical Engineering
Spring 2003

2. Parameter Values of the Components
TRANSIMPEDENCE AMPLIFIER -MAX3266
PARAMETERS
MIN
TYP
MAX
UNITS
Supply Voltage
3.00
5.50 V
Input Overload
1.00 mA
IN Current
-4.00
4.00
Filter Current
-8.00
8.00
Input Bias Voltage
0.69
0.83
0.91
Linear range
30.00
µAp-p
Jitter
19.00
76.00 ps
Low freq. cut off
44.00
KHz
LIMITING AMPLIFIER - MAX3264
PARAMETERS
MIN
TYP
MAX
UNITS
Supply Voltage
3.00
5.50 V
Jitter
14.00
30.00 ps
Edge Speed
80.00
175.00
300.00
Low freq. cut off
2.00
KHz
LAN LASER DRIVERS - MAX3287
PARAMETERS
MIN
TYP
MAX
UNITS
Supply Voltage
3.00
5.50 V
Supply Current
52.00
75.00 mA
Data Input Voltage Swing
200.00
175.00 mV
Current into OUT+ OUT -
60.00

3. Parameter Values of the Components (Contd.)
VCSEL
PARAMETERS
MIN
TYP
MAX
UNITS
Laser Reverse Breakdown
5.00 V
Peak Operating Current
12.00
20.00 mV
Optical Power Output
0.90
3.60
Relative Intensity Noise
dB/Hz
Beam Divergence
15.00
deg
Slope Efficiency
0.10
0.40
mW/mA
PHOTODIODE (Requirements)
Excellent Responsivity
Low Impedence
Low Dark Current
Capacitance
Smaller Chip Dimensions
Linearity Over a Wide Dynamic Range
Broad Spectral Response

4. Gantt Chart

5. Task Management Webmaster – Michael
Budget Analysis & Ordering – Yeonshin, Mustansir
Testing Reciever board – Group
Design – Ragad, Mustansir, Michael
Building/Soldering – Yoon, Ragad
Testing – Mustansir, Yoon
Alignment Tolerance & Analysis - Yeonshin

6. Planned Itinerary Components Research Budget Analysis
Building & Testing Maxim Receiver Boards