Course Convenor

• Dr. Mohammad Abdur Rashid
• Room # 520
• Bangabandhu Sheikh Mujib Academic Building
• Email: rashid@just.edu.bd
• Phone: +880-421-62030 Ext: 310

Lecture Schedule

Pre-recorded Lectures

• SCP01: Crystal structure [Video 36 min] [Slides 2.0 MB]
• SCP02: Intrinsic and extrinsic semiconductors [Video 18 min] [Slides 1.6 MB]
• SCP03: Formation of energy band in silicon crystal [Video 27 min] [Slides 2.2 MB]
• SCP04: Current in semiconductor [Video 16 min] [Slides 771 KB]
• SCP05: Density of states [Video 11 min] [Slides 1.4 MB]
• SCP06: Effective mass of charge carrier [Video 10 min] [Slides 1.4 MB]
• SCP07: Carrier concentration in intrinsic semiconductor [Video 20.5 min] [Slides 1.7 MB]
• SCP08: Hall effect — Hall voltage [Video 11.5 min] [Slides 1.4 MB]

Lecture Notes

• SCPLN01: Carrier concentration in intrinsic semiconductor [pdf 769 KB]
• SCPLN02: Half wave rectifier and Full wave rectifier [pdf 458 KB]

Lectures Slides

• SCPLS01: Crystal structure [Slides 2.0 MB]
• SCPLS02: Intrinsic extrinsic semiconductors [Slides 1.5 MB]
• SCPLS03: Formation of energy band [Slides 2.0 MB]
• SCPLS04: Current in semiconductor [Slides 765 KB]
• SCPLS05: Density of states [Slides 1.3 MB]
• SCPLS06: Effective mass of charge carrier [Slides 1.3 MB]
• SCPLS07: Carrier concentration in intrinsic semiconductor [Slides 1.6 MB]
• SCPLS08: Motion and recombination of electrons and holes [Slides 1.3 MB]
• SCPLS09: Hall effect [Slides 1.3 MB]
• SCPLS10: Semiconductor diode (p-n junction) [Slides 2.6 MB]
• SCPLS11: Diode application [Slides 1.1 MB]
• SCPLS12: Rectifier [Slides 2.2 MB]
• SCPLS13: Silicon wafer production [Slides 554 KB]
• SCPLS14: Bipolar Junction Transistor (BJT) [Slides 2.5 MB]
• SCPLS15: Field-effect transistor (FET) [Slides 1.6 MB]

Recordings (Session: 2018 - 2019)

• SCP_OC01: Crystal structure, Miller indices, Intrinsic & Extrinsic Semiconductors, etc [Video 71.5 min]
• SCP_OC02: Formation of energy band, current in semiconductor [Video 50 min]
• SCP_OC03: DOS, effective mass, carrier concentration [Video 55.5 min]
• SCP_OC04: Motion and Recombination of Electrons and Holes [Video 58.5 min] [Slides 601 KB]
• SCP_OC05: Diffusion current and Hall effect [Video 57 min]
• SCP_OC06: p-n junction, depletion region, potential barrier [Video 35 min]
• SCP_OC07: p-n junction, forward bias and reverse bias [Video 38.5 min] [Slides 2.7 MB]
• SCP_OC08: LED, Solar cell [Video 42 min]
• SCP_OC09: Load line analysis, half-wave rectifier [Video 54 min] [Slides 1.2 MB]
• SCP_OC10: Half-wave rectifier, full-wave rectifier [Video 49.5 min]
• SCP_OC11: Efficiency, ripple factor of half wave rectifier [Video 47 min]
• SCP_OC12: Efficiency, ripple factor of full wave rectifier [Video 39.5 min]
• SCP_OC13: Si wafer production, MBE [Video 56 min]
• SCP_OC15: Bipolar junction transistor (BJT) [Video 62 min] [Slides 2.6 MB]
• SCP_OC16: Junction field-effect transistor (JFET) [Video 55 min] [Slides 1.6 MB]
• SCP_OC17: Metal-oxide field-effect transistor (MOSFET) [Video 52.5 min]

Related Materials from Web

• Modern Semiconductor Devices for Integrated Circuits – Chenming Hu [website]
• Silicon wafer production [Video 4 min]
• Hall Effect - Sixty Symbols [Video 6 min]
• How does a diode work - the PN Junction (with animation) [Video 5 min]
• PN junction Diode Explained | Forward Bias and Reverse Bias [Video 15 min]
• How do solar cells work? [Video 5 min]
• Half wave Rectifier Explained [Video 15 min]
• Full wave Rectifier Explained [Video 18.5 min]

Quizes/Assignment

• Archived: October 27, 2022

References

• Electronic Devices and Circuit Theory – Robert L. Boylestad and Louis Nashelsky
• Grob's Basic Electronics – Mitchel E. Schultz [pdf 59.1 MB]
• Microelectronic Circuits – Adel S. Sedra and Kenneth C. Smith [pdf 52.5 MB]
• Elementary Solid State Physics – M. Ali Omar
• Fundamentals of Semiconductor Fabrication – Gary S. May and Simon M. Sze