In the designing of power efficient and high performance circuits, a meticulous approach has to be adopted to reduce the power dissipation in a system. In this paper, various techniques have been adopted implementing with D flip-flop and are compared and analyzed. Keywords: low power integrated ...
Electrical component speed is a major constraint in high-speed communications.To overcome this constraint, electrical components are now being replaced by optical components.The application of optical switching phenomena has been used to construct the design of the D flip-flop and T flip-flop based ...
This paper presents a design o f D-Flip flop circuit using AVL techniques for low power operatio n. It reduces the value of total power dissipation of applying the adaptive voltage level at ground (AVLG) technol ogy in which the ground potential is raised and ada ptive voltage level of ...
Owing to larger increase in the demand of portable devices, low power device design technique has acquired a significant place. To backup this demand we propose a new Double Edge Triggered Flip Flop in order to ease the portability. The existing DET D Flip Flop design is subjected to different...
Design of 3-valued R-S & D type of flip-flops is described. A new clock is developed according to which circuit makes transition as well as retains present, past & former past information. The proposed flip-flops are constructed using clocked T-Gates that reduces the number of transistors ...
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This paper first presents a systematic procedure for designing double-edge-triggered D-flip-flops, instead of intuitive design, next, the double-edge-triggered D-flip-flops in the types of I2L and TTL are designed.Liu YingFang Zhenxian
High-Speed SET D Flip-Flop Design for Portable Applications For reliability of battery operated and portable applications, VLSI designers are being motivated by three basic goals, viz., minimizing the transistor count, minimizing the power consumption and minimizing them, nm and propagation delay......
Ultra Low Power Magnetic Flip-Flop Based on Checkpointing/Power Gating and Self-Enable Mechanisms. to validate its functional behaviors and evaluate its performance by using an accurate spice model of STT-MRAM and an industrial 40 nm CMOS design kit. ... Chabi,Djaafar,Zhao,... - 《IEEE Tra...
A new structure D Flip Flop and corresponding scan Flip Flop, namely Self Adaptive D Flip Flop (SA DFF) is proposed to reduce the power consumption of CMOS VLSI in normal operation mode and scan test mode simultaneously SA DFF compares the logic level of D port and Q port, automatically ...