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GUI using Tkinter and Figma

on October 30, 2021

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This GUI was created using a Figma to Tkinter Converter script (Python)

Link: Tkinter Designer

Python

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Design of 16 - bit Reversible Logic Carry Look Ahead Adder Circuit

RTL View of a single 4 - bit Reversible CLA RTL View of the Entire 16 - bit Reversible Logic CLA Logical Verification Using ModelSim - Altera Energy is dissipated whenever a bit of information is destroyed. Today's Digital Systems are based on irreversible logic wherein the input cannot be determined from the output. As a consequence there is a loss of information. This loss of information corresponds to dissipation of energy. Reversible Logic Gates Reversible Computers have a one-to-one and onto mapping between the input and output logic. This means that each of the input is mapped to a unique output. Therefore, the operations can be un-computed. In a reversible system, overwriting operations are avoided. In this Mini-Project I have designed and simulated a 16 - bit Logically Reversible Carry Look Ahead Adder using Intel Quartus Prime. Compilation Result Verilog HDL is used for the Design entry . ModelSim - Altera for the Logical Verification. Reversible Logic G...

Variable Mod - n Counter (Asynchronous)

Description: This counter uses a magnitude comparator to function as a variable mod - n counter. The user can feed a desired value to the comparator. When the flip-flop reaches that particular state, the multiplexer re-routes the clock input to the first flip flop. For detailed schematic, see this file: Variable Mod-n Counter

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GUI using Tkinter and Figma

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