![]() The current paper aims to put forward the arrangement of a new high speed, low power synchronously clocked NOR-based JK flip-flop embracing modified Gate Diffusion Input (GDI) procedure in 45nm technology. The propose counter design is base on CMOS base transmission gate logic to achieve higher operating frequencies, smaller delays and optimized area that can be used in program counter, frequency dividers use in digital integrated circuits.The proposed design is base on a pass transistor logic base counter, which counted through a fixed set of pre assigned count states, of which each next count state represents the next counter value in sequence. The design of conventional frequency divider requires the large number of flip-flops. The scaling down of feature size generally leads to improved performance and it is important to understand the effect of scaling. VLSI fabrication technology is still in the process of evolution which is leading to smaller line widths and feature size and to higher packing density of circuitry on a chip. Index Terms- Modified Gate Diffusion Input (MGDI) procedure, low power, high speed, power delay product (PDP), transistor count, area. This technique is able to reduce the power consumption, Propagation delay and area of the circuits with low complexity of logic design. Modified GDI (gate Diffusion Input) is a technique for low power combinational digital circuit in which logic gates are design by use low number of transistor. ![]() In which low number of transistors will use and power consumption will be also low. For further enhance the performance of the JK Flip Flop, we use M-GDI technique. In this paper, we are reducing the number of transistor with power consumption. We find the two types of issue, first is High power consumption and second is high number of transistor. We present two type of JK Flip Flop, NAND Gate based and NOR Gate based. By familiarizing yourself with the components and how to apply them, you can take your designs to the next level. Abstract-This paper is introduce a high speed, low power synchronously clocked NOR / NAND gate based JK flip-flop by modified Gate Diffusion Input (GDI) procedure in 130 nm technology. With its useful functionality, it can greatly benefit the performance of a system, providing greater control and flexibility. Understanding how to build and use the T flip-flop circuit is essential for anyone interested in designing digital logic circuits. The T flip-flop is also useful in programmable logic controllers (PLCs) as it can control state machines and complex systems. As each clock signal is inputted, the output is incremented and reset when the count reaches 9. A simple example would be to use the circuit to count from 0 to 9. The T flip-flop circuit is most useful in designing counter circuits. When the clock signal is received, the transistors switch the polarity which causes the output to either be low (a 0) or high (a 1). A clock signal is also necessary to generate the output. All of these components are organized into an integrated circuit that switches between two different states, a 0 or a 1. At its most basic level, the circuit consists of two transistors, two resistors, and a capacitor. The T flip-flop is composed of multiple components that make it function. Understanding how to use a T flip-flop schematic is essential in designing systems. When an input signal is applied, the set or reset will be triggered to change the output state. The device has two specific inputs, a set and a reset, which can be used to control the state of a output. It is an important part of computer design, allowing for the creation of complex systems. A T flip-flop is an important circuit used in digital logic and microcontroller programming.
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