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Comparative Analysis of D-Latch using Self Voltage Level Techniques
Comparative Analysis of D-Latch using Self Voltage Level Techniques
Supervisor: Mr. S. M. Ishraqul Huq | Email: ishraqulhuq.eee@aust.edu
Here we have used three different D-latch circuits using transistors for Self Voltage Level Techniques to find out average power, propagation delay, area and observes their corresponding outputs. Then the outputs are analyzed to check which circuit provides the least propagation delay, consume least power and least area.
Line Follower Robot Using Proteus
Line Follower Robot Using Proteus
Supervisor: Mr. Hasib Md. Abid Bin Farid | Email: hasib.eee@aust.edu
The objective of the line following robot is to follow alien on its given path which is obtained for which it uses IR sensors which detects the line and sends the information to L293D comparator and then to motor which controls the working of the wheel’s.
Line Follower Robot Using microcontroller
Line Follower Robot Using microcontroller
Supervisor: Ms. Silvia Tasnim | Email: silvia.eee@aust.edu
The objective of the line following robot is to follow alien on its given path which is obtained for which it uses IR sensors which detects the line and sends the information to L293D comparator and then to motor which controls the working of the wheel’s.
Micro-Controller Based Step Down Cyclo-converter
Micro-Controller Based Step Down Cyclo-converter
Supervisor: Mr. Nahyan Al Mahmud | Email: nahyan.eee@aust.edu
The goal of this experiment is to create a cycloconverter using thyristors which can change the frequency of an input of 220VAC 50 Hz.Thethyristors, also known as SCR’s need to have a switching technique controlled by a microcontroller. The MCU must be programmed to follow the switching technique. The load used is an AC fan rated at 220-240VAC 50Hz. This circuit is meant to be an independent circuit, therefore the only input allowed is from the 220VAC electrical outlet.
2-channel FDM systems carrying 2 DSB-Am voice signals using MATLAB
2-channel FDM systems carrying 2 DSB-Am voice signals using MATLAB
Supervisor: Mr. Muhammad Jakaria Rahimi | Email: mjrahimi.eee@aust.edu
Two voice signals were given. The signals are amplified using Fourier transform then in the receiver end the signal is unmodulated again to get the desired voice signals.
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