Titlebook: VLSI Design and Test; 17th International S Manoj Singh Gaur,Mark Zwolinski,Adit D. Sing Conference proceedings 2013 Springer-Verlag Berlin

NEX

Performance Analysis of Subthreshold 32-Bit Kogge-Stone Adder for Worst-Case-Delay and Power in Submperature ranging from 0.C to 100.C are investigated. The 32-bit adder is simulated using Spectre Simulator in Cadence environment. Finally, Monte-Carlo Simulation was done to calculate the worst case delay for 180nm CMOS Technology.

淡紫色花

Characterization of Logical Effort for Improved Delay,wed gate, high and low skewed gates, whereas, an improvement of 20% - 25% when compared to skewed gates favoring a particular transition. All simulations are done using Spectre in Cadence environment in UMC90nm CMOS technology at 1V power supply.

auxiliary

An Ultra-Wideband Baseband Transmitter Design for Wireless Body Area Network,plexity transmitter controller and an efficient algorithm for determining the interleaver size has been implemented. Two different architectures have been implemented in 0.13 .m CMOS technology which are operated at 487.5 kHz system clock with 1.08 V supply.

Prostaglandins

Design and Simulation of Bulk Micromachined Accelerometer for Avionics Application,y calculated. For 10g acceleration the relative resistance change is 3.66 × 10. and output voltage is 18.29 mV. Sensitivity of this accelerometer is 0.366 mV/V/g. A comparison of the analytical and simulation results is also presented.

AMITY

maudtin

characteristic

Process Aware Ultra-High-Speed Hybrid Sensing Technique for Low Power Near-Threshold SRAM,e Amplifier (SA) stability deterioration is another problem in low-voltage operation. These phenomena occur because the random transistor variation becomes larger as the process scaling progresses. In this work a highly robust and novel Ultra-High-Speed (UHS) hybrid current/voltage sensing technique

bleach

增强

An Ultra-Wideband Baseband Transmitter Design for Wireless Body Area Network,architecture for UWB PHY is implemented according to the standard IEEE 802.15.6. Since WBAN is the network around the humanbody there are stringent requirements associated with it such as high security, low power consumption and reliable communication. To incorporate these features in baseband trans

Neonatal