Silicon chips have reached the limit of their capacity to act as a semi-conductor of electricity. "Silicon Chips" according to MIT Professor of material science, Dr. Wuensch states" Will melt into a puddle" at this rate and diamond is the solution to that problem. A modern computer system in the office will generate heat at [100] degrees Celsius, enough to heat a small office on a cold day.This has prompted scientist to discover a replacement material that can handle more electricity with greater conductivity without over heating. This quest set off a world-wide race to take control of the computer and synthetic diamond industry. But it will come true with evolution of diamond or carbon chip. Now a days we are using silicon for manufacturing of electronic chips By using carbon as manufacturing material, we can achieve smaller, faster and stronger chips.

1. crystalline diamo nd film that co uld pro duce mo re resilient
semico nducto r chips than tho se made fro m silico n.
Diamond Chips
ASHIK.S.R
ashikask@live.com
Electronics Engineering
Central Polytechnic College
03/17/14 1tangibility by ask™

2. •B
ut it will come true with evolution of diamond or carbon chip.
•N
ow a days we are using silicon for manufacturing of electronic chips.
•I
t has many disadvantages when it is used in power electronics applications
– Bulky sixe
– Slow operating speed
•B
y using carbon as manufacturing material, we can achieve smaller, faster
Electronics without Silicon is unbelievable.
Silicon chips have reached the limit of their capacity to act as a semi-conductor of
electricity. "Silicon Chips" according to MIT Professor of material science, Dr. Wuensch
states" Will melt into a puddle" at this rate and diamond is the solution to that problem. A
modern computer system in the office will generate heat at [100] degrees Celsius, enough
to heat a small office on a cold day.
This has prompted scientist to discover a replacement material that can handle more
electricity with greater conductivity without over heating. This quest set off a world-wide
race to take control of the computer and synthetic diamond industry.
03/17/14 2tangibility by ask™

3. In a single definition, Diamond Chip or Carbon Chip is an
Electronic Chip manufactured on a diamond structure Carbon
wafer
What is diamond
chip?
Apollo is owned by a first rate scientist whose dream was to create a better computer
power chip..He knew that the ultimate conductor is the diamond itself. Diamond can
conduct more electricity without over heating than any material on earth.. He also knew
that even the world's best De Beer mine diamonds do not have consistent properties that
you can depend on to make computer chips.
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4. How is it possible ?
Diamond structural carbon is non conducting in
nature. To make it conducting, doping process
is performed.
Boron-- as the p-type.
Nitrogen--as the n-type.
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5. What is carbon
nano tube?
oJust fold the graphene sheet into a tube like structure
oIt is a nano size cylinder of carbon atoms.
oIt has less than
one nanometer diameter.
Fig: Carbon nanotubes
made step by step.
Fig :View of
CNT.
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6. o Move charge around much faster before thing stop
working
o Diamond transistors can operate at much higher
temperature
o Larger(wider) band gap
o Thermal conductivity
Diamond excels in its
electronic properties
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7. In the addressable field emitter array concept,
electron beams from amorphous diamond cathodes
"write" circuit patterns onto a computer chip wafer.
The technology could help chip makers attain the
degrees of chip density that designers are
approaching.
New computer chip technology
could fill production gap
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8. Why the name DIAMOND CHIP?
Lonsdaleite is an sp3 bondage allotropic
form of carbon i.e. 3-dimentional CNT.
Crystal structure of Lonsdaleite
looks exactly like diamond.
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9. Properties of CNT
o Strength
oHardness
o Electrical
o Thermal
o One-dimensional transport
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11. Carbon nano tube
applications
oInformation and Communications,
oMaterials and Manufacturing,
oBiomedical,
oEnergy and Environmental,
oTransportation
oConsumer goods.
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12. Thus diamond chip replaces the need of silicon in every
aspect in future generations. The chips would be most useful
in devices located near hot-burning engines, such as those
used in automobiles or airplanes.
Let me conclude
thank you
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