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Cellonics Technology(72)
Cam timer
Litz wire
Nanotechnology for Future Electronics(73)
The Ultra Battery
Soft lithography
Animatronics(74)
Low-density parity-check code
Field-programmable gate array
Artificial Neural Network Systems(75)
X Scale
Plastic electronics
Synthetic Aperture Radar System(76)
maser
Radio Frequency Identification
Project Oxygen(77)
Sputtering
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Genetic Engg., Image & speech Processing.
Latest Trends In process Automation.
Low Quiescent current regulators
Microfuel Cells
PMR ( Private Mobile Radio) Revolution
Smart Cameras in Embedded Systems
Cellular Digital Packet Data (Cdpd)
Solid State Lighting
Organic electronics
Oxygen User technology
Optical Coherence Tomography(OCT)
Microphotonics
Virtual retinal display (VRD) Technology
Remote energy mete ....etc

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i want stretchable electronics.please give the material
i want stretchable electronics ppt,so please give ppt ....etc

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Vacuum electronics technology is both old and new. It will continue to be enabling technology for entire classes of high power high frequency amplifiers with the most demanding specification for use in military and commercial systems. The report will give brief introduction on various vacuum electronic amplifiers such as helix TWT, gyro amplifiers, multiple beam-amplifiers, power modules along the basics and the advance in the past few decades with different performance curves.

The advantages and the future of these are mentioned in last pa ....etc

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Definition

Until recently, neurobiologists have used computers for simulation, data collection, and data analysis, but not to interact directly with nerve tissue in live, behaving animals. Although digital computers and nerve tissue both use voltage waveforms to transmit and process information, engineers and neurobiologists have yet to cohesively page link the electronic signaling of digital computers with the electronic signaling of nerve tissue in freely behaving animals.

Recent advances in microelectromechanical systems (MEMS), CMOS e ....etc

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Abstract
Organic electronics, (plastic electronics or polymer electronics), deals with conductive polymers, plastics, or small molecules. It is called 'organic' electronics because the polymers and small molecules are carbon-based, like the molecules of living things. This is as opposed to traditional electronics (or metal electronics) which relies on inorganic conductors such as copper or silicon. Polymer electronics are laminar electronics
applications
negative differential resistance(switches)
melanins. Historically, melanin is anoth ....etc

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Lin Xiao,§
Zhuo Chen,§
Chen Feng
Liang Liu
Zai-Qiao Bai
Yang Wang
Li Qian
Yuying Zhang
Qunqing Li
Kaili Jiang
Shoushan Fan


Abstract

We found that very thin carbon nanotube films, once fed by sound frequency electric currents, could emit loud sounds. This phenomenon
could be attributed to a thermoacoustic effect. The ultra small heat capacity per unit area of carbon nanotube thin films leads to a wide
frequency response range and a high sound pressure level. On the basis of this finding, we made practical ....etc

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Introduction

In power electronics, solid-state electronics is used for the control and conversion of electric power .The goal of power electronics is to realize power conversion from electrical source to an electrical load in a highly efficient, highly reliable and cost effective way. Power electronics modules are key units in a power electronics system. These modules contain integration of power switches and associated electronic circuitry for drive control and protection and other passive components.

During the past decades, power devi ....etc

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Fractal Robot
DNA Based Computing
Wearable Biosensors
Sziklai pair (configuration of two bipolar transistors)
Telestrator
MiliPede Technology
4G Wire less Systems
FireWire
Microvia Technology
Tele Immersion
Cellonics Technology
Gene Chips
LCoS Display
Hydrophones
Z-Wave
Genetic Programming
Mesotechnology
Free Space Optics
Global System for Mobiles
The Ultra Battery
Direct to Home Television (DTH)
Tagged Command Queuing
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Nanotechnology will help bring in strategically important driving force to future electronics. Intensive R & D on nanotechnology for chip applications is being driven from two distinct directions: 1) to sustain and enhance the great technology momentum established in decades by silicon ICs and 2) to explore revolutionary technologies in the ?beyond-silicon? era. Nanotechnology-enabled chip systems offer merits such as energy-efficiency, scalability, surface sensitivity, tunable properties, and low fabrication cost, all in tune with the futur ....etc

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