21ECC101J
Electronic system and PCB design
Unit 1
Prepared by
Mrs. G.Annapoorani A.P/ECE
SRMIST
, Unit 1
Sl No. Topic References Page No.
Classifications of Semiconductor, Doping in
1 1 15-19
Semiconductors
Conductivity of semiconductors, Energy Distribution
2 1 28-33
and Fermi level
Carrier Concentration in intrinsic semiconductor and
3 1 29-34
Mass-Action Law, Problem Solving techniques
Drift and Diffusion Current, Einstein Relationship for
4 2 1.13-1.16
semiconductors
5 Basic PN junction and applications 2 1.30-1.34
4.1- 4.15 and
6 Bipolar junction transistor and MOSFETs 2 & Boylestad
396-407
7 Challenges for Nano MOSFETs (Scaling Issues) 1 195-199
SOI MOSFET and Double gate MOSFET (Working
8 1 & Internet 212-213
Principle)
2
9
21ECC101J FinFET and IGFET (Basic Concept) Internet
,Classifications of Semiconductors
• Materials having an electrical
conductivity value falling between
that of a conductor, such as metallic
copper, and an insulator, such as
glass.
, • The highest occupied energy
Electrical conductivity band is called the valence
band.
• Most electrons remain bound
to the atoms in this band.
• The conduction band is the
band of orbitals that are high
in energy and are generally
empty.
• It is the band that accepts the
electrons from the valence
band
• The “leap” required for
electrons from the Valence
Band to enter the Conduction
Band.
Electronic system and PCB design
Unit 1
Prepared by
Mrs. G.Annapoorani A.P/ECE
SRMIST
, Unit 1
Sl No. Topic References Page No.
Classifications of Semiconductor, Doping in
1 1 15-19
Semiconductors
Conductivity of semiconductors, Energy Distribution
2 1 28-33
and Fermi level
Carrier Concentration in intrinsic semiconductor and
3 1 29-34
Mass-Action Law, Problem Solving techniques
Drift and Diffusion Current, Einstein Relationship for
4 2 1.13-1.16
semiconductors
5 Basic PN junction and applications 2 1.30-1.34
4.1- 4.15 and
6 Bipolar junction transistor and MOSFETs 2 & Boylestad
396-407
7 Challenges for Nano MOSFETs (Scaling Issues) 1 195-199
SOI MOSFET and Double gate MOSFET (Working
8 1 & Internet 212-213
Principle)
2
9
21ECC101J FinFET and IGFET (Basic Concept) Internet
,Classifications of Semiconductors
• Materials having an electrical
conductivity value falling between
that of a conductor, such as metallic
copper, and an insulator, such as
glass.
, • The highest occupied energy
Electrical conductivity band is called the valence
band.
• Most electrons remain bound
to the atoms in this band.
• The conduction band is the
band of orbitals that are high
in energy and are generally
empty.
• It is the band that accepts the
electrons from the valence
band
• The “leap” required for
electrons from the Valence
Band to enter the Conduction
Band.
