Designed a 4-bit counter using a J-K flip-flop that has a clocked input with reset. Performed simulations of various output parameters like rise time and fall time. The design is done using cadence ...

After a long experience with digital circuits, I wanted to build a 4-bit counter using only tubes and display the counter values on a Nixie tube. The knowledge about digital circuits based on tubes is ...

This project demonstrates several digital design concepts using Verilog. Each module is developed and tested with the aim of enhancing understanding of sequential and combinational circuits. Utilized ...

A binary ripple counter consists of a series connection of complementing flip-flops (T or JK type), with the output of each flip-flop connected to the Clock Pulse input of the next higher-order ...

The circuit was constructed to produce a frequency divider with the use of flip flops which are the basic building blocks of sequential logic circuits while forming a T flip-flop configuration. Toggle ...

Abstract: Power optimization in a 4-bit counter is an important area of research that aims to reduce the power consumption of digital circuits while maintaining their performance and functionality.

Abstract: This paper undertakes a comprehensive comparative analysis of Serial-In-Parallel-Out (SIPO) shift register circuit design constructed using Master-Slave JK flip-flops employing five distinct ...