Design, Automation, and Test for Low-Power and Reliable Flexible Electronics

Design, analysis, and test of low-power and reliable flexible electronics

Flexible electronics are emerging as an alternative to conventional Si electronics for large-area lowcost applications such as e-paper, smart sensors, and disposable RFID tags. By utilizing inexpensive manufacturing methods such as ink-jet printing and roll-to-roll imprinting, flexible electronics can be made on low-cost plastics just like printing newspapers. However, the key elements of flexi...

Low Power Design Automation

‏‎design of an analog ram (aram)chip with 10-bit resolution and low-power for signal processing in 0/5m cmos process‎‏

برای پردازش سیگنال آنالوگ در شبکه های عصبی ، معمولا نیاز به یک واحد حافظه آنالوگ احساس میشود که بدون احتیاج به ‏‎a/d‎‏ و‏‎d/a‎‏ بتواند بطور قابل انعطاف و مطمئن اطلاعات آنالوگ را در خود ذخیره کند. این واحد حافظه باید دارای دقت کافی ، سرعت بالا ، توان تلفاتی کم و سایز کوچک باشد و همچنین اطلاعات را برای زمان کافی در خود نگهدارد. برای پیاده سازی سیستمی که همه این قابلیتها را در خود داشته باشد، کوشش...

Guest editorial: low-power electronics and design

I N THE last decade, power dissipation has become a critical design metric for an increasingly large number of VLSI circuits. The main driving factor for this trend is the exploding market of portable electronic appliances, which calls for complex integrated systems that can be powered by lightweight batteries with long periods between recharges. Additionally, system cost must be extremely low ...

Toward Reliable Power Electronics