The design of VLSI systems with less power dissipation has become an area of intense research interest. The development for the design of such a low power systems undoubtedly requires the efficient designing methodology. Reversible Logics are one of the alternatives for removing the power dissipation problem in the VLSI systems at logical level implementation. In this regard, at the physical or...

VLSI technology scaling has caused interconnect delay to increasingly dominate the overall chip performance. A design that satisfies timing constraints after logic synthesis will not necessarily meet timing constraints after place-androute due to wire delays. Physical synthesis has been emerged as a necessary weapon for design closure. It is a core component of modern VLSI design methodologies ...

Placement is a key step in VLSI physical design cycle. With aggressive scaling if VLSI to Very Deep submicron level lead to higher power density which lead to generation on non uniform thermal map and hotspots. This scenario represent an important challenge in VLSI physical design to generate a layout that distribute temperature uniformly while optimizing traditional metrics like area, power an...

Results of designing the specialized RF elements library intended for use in CMOS 180 nm process are presented. The includes a set MOSFETs amplifiers and switches design, three types varactors based on MOS-structure, spiral inductors, MIM-capacitors other elements. is combination with CAD Cadence Virtuoso IC focused amplifiers, frequency oscillators convertors, controlled attenuators phase shif...