02-Klasifikasi-Teknologi-Mikroelektronika.pdf

Teknologi Mikroelektrik

1. KLASIFIKASI TEKNOLOGI
MIKROELEKTRONIKA
EkaMaulana, ST, MT, MEng.
TeknikElektro
UniversitasBrawijaya

2. PengantarPerkembanganTeknologi

3. PerkembanganBio-Microelectronic

4. KLASIFIKASI TEKNOLOGI MIKROELEKTRONIKA
MIKRO-ELEKTRONIKA
DevaisDiskrit TeknologiFilm IC Monolitik
Film Tebal Film TipisBipolarMOSPCB
HibridaIMT
SMT

5. Trend PerkembanganUkuranIC
Rambut
Serbuksari
Bakteri
Asap Rokok
1970
Virus
198019902000 2010
Tahun
1
10
100
10
-1Ukuran
Fitur
Devais
(um)
©2002 John Wiley & Sons, Inc. M. P. Groover, “Fundamentals of Modern Manufacturing 2/e”

7. Evolution of Electronic Devices
Simon D, Electronic Device for Nano-CMOS Era, Pan Stanford Publishing

8. ASPEK KLASIFIKASI DAN PERKEMBANGAN
TEKNOLOGI BAHAN
TEKNOLOGI PROSES
Silicon Processing, FabrikasidanPackagingIC
TEKNOLOGI DESAIN danSIMULASI
TEKNOLOGI SISTEM INTEGRASI
TEKNOLOGI APLIKASI
TEKNOLOGI UJI danVERIVIKASI
TEKNOLOGI KOMPUTASI DAN PEMODELAN

9. KajianElektronikaMolekul

10. CabangKonsep
Nanoteknologi

12. FenomenaDasarTeknologiNano
Photons
L > 10 nm
l=0.1-10 mm
Phonons
L=10-100 nm
l=1 nm
Electrons
L=10-100 nm
l=10-50 nm
L---Mean free path
l---wavelength
Molecules
L = 1-100 nm
l=1 nm
G Chan, MIT -Cambrige

13. Solar Cell: Applied Nanotech
Silicon-Based Material Solar Cell
Efficiency up to 14-25% (market)
High cost material
High cost processing
Long life time

14. DSSC (Dye-Sensitized Solar Cell)
Natural Dye-Sensitized
Efficiency under 5% (lab)
low cost materials
Low cost processing
Flexible substrates
BiomimicApproach
Energy Conversion to Electricity
DSSC
Sunlight
Electric
energy
chemical
energy
Photosynthesis

15. V
Chlorophyll extraction of papaya
and jatropha leaves in DSSC
SholehHP, EkaMaulana, et.al. Organic Solar Cell in DSSC 2013

16. NanomaterialProcessing

17. Future Technology:
Applied Science of Nanotechnology in Engineering, Dec 21
st
2013

19. PROSES FABRIKASI

20. References
M. P. Groover, 2002. “Fundamentals of Modern Manufacturing
2/e”, John Wiley & Sons, Inc.
EkaMaulana, Applied Science of Nanotechnology in
Engineering Seminar, Dec 21
st
2013
SholehHP, EkaMaulana, et.al. Organic Solar Cell in DSSC 2013
Simon D, Electronic Device for Nano-CMOS Era, Pan Stanford
Publishing
G Chan, MIT -Cambrige