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new arrivals @ perpustakaan kejuruteraan - books - UiTM Library

new arrivals @ perpustakaan kejuruteraan - books - UiTM Library

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90 TK<br />

7874<br />

.M35<br />

2012<br />

(Level 6)<br />

91 TK<br />

7874.84<br />

.I54<br />

2011<br />

(Level 6)<br />

92 TK<br />

7875<br />

.I54<br />

2011<br />

(Level 6)<br />

Understanding microelectronics<br />

/ F. Maloberti<br />

Technology Evolution for<br />

Silicon Nano-Electronics /<br />

edited by S. Miyazaki & H.<br />

Tabata<br />

NEMS/MEMS Technology and<br />

Devices / edited by<br />

L. Khine & J. M. Tsai<br />

1st ed.<br />

_<br />

1<br />

1<br />

1<br />

1<br />

The microelectronics evolution has given rise to<br />

many modern benefits but has also changed<br />

design methods and attitudes to learning.<br />

Technology advancements shifted focus from<br />

simple circuits to complex systems with major<br />

attention to high-level descriptions. The design<br />

methods moved from a bottom-up to a top-down<br />

approach.<br />

For today’s students, the most beneficial<br />

approach to learning is this top-down method<br />

that demonstrates a global view of electronics<br />

before going into specifics. Franco Maloberti<br />

uses this approach to explain the fundamentals<br />

of Silicon electronics, ultra-large such scale as processing integrated circuits functions,<br />

(ULSIs) are now faced with various physical<br />

limits to further scaling. Therefore, it is very<br />

important to establish the fundamental science<br />

and technology required to produce nano-scale<br />

complementary metal-oxide-semiconductor<br />

devices (Nano-CMOS) having high performance,<br />

<strong>new</strong> functionalities and larger-scale integration.<br />

The scope of this book covers: - Nano-scale<br />

complementary metal-oxide-semiconductor<br />

devices (Nano-CMOS), - Novel functional<br />

devices, materials, and nanoprocessing<br />

technologies, - Nano-bio physics and<br />

_ 1 1 technologies The emphasis for of future this special nano devices, collection - Variability of 55<br />

peer-reviewed papers was on NEMS/MEMS and<br />

microTAS. Particular attention was paid to<br />

applications that involve MEMS design,<br />

modelling, fabrication processes, lab-on-a-chip<br />

and biophotonic medical devices. The volume<br />

also explores <strong>new</strong> devices and processes,<br />

innovations and engineering applications;<br />

especially those related to NEMS/MEMS<br />

technologies and devices. A very useful guide to<br />

this highly specialized topic.<br />

FKJM<br />

FKJM<br />

FKJM

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