ZAT489 - STRUKTUR SEMIKONDUKTOR DIMENSI RENDAH
(LOW DIMENSIONAL SEMICONDUCTOR STRUCTURES)
[ 3 Unit ]
*** Sumber data : SMUP
📖 Sinopsis Kursus / Course Synopsis ▼
Kursus ini memperkenalkan struktur semikonduktor dimensi rendah termasuk ciri-ciri, bahan, teknik fabrikasi dan aplikasi optoelektronik. Ia membincangkan kekisi sebenar dan resiprokal heterostruktur, jurang tenaga AlGaAs, pembentukan perigi dan sawar, paras tenaga terikat, pergerakan dua dimensi, penyerapan optik secara klasik dan kuantum menggunakan Peraturan Emas Fermi serta peralihan elektron antara jalur.
This course introduces low-dimensional semiconductor structures, covering characteristics, materials, fabrication techniques, and optoelectronic applications. It discusses reciprocal lattices of heterostructures, energy gaps at AlGaAs interfaces, and formation of wells and barriers. Bound states in quantum wells, two-dimensional energy, optical absorption via Fermi’s Golden Rule, and interband electron transitions are examined.
*** Sumber data : SPBPK
📋 Hasil Pembelajaran Kursus / Course Learning Outcomes (HPK / CLO) ▼
| HPK / CLO | Penerangan HPK / CLO Description | Kaedah Pengajaran / Teaching Method | Pemetaan / Mapping: PLO USM |
Pemetaan / Mapping: LT |
|---|---|---|---|---|
| CLO1 | Explain the characteristics and problems related to low dimensional systems. | Kuliah dan lain F2F | PLO1 | C4 |
| CLO2 | Analyse problems in low dimensional systems involving quantum heterostructures and quantum wells. | Kuliah dan lain F2F | PLO2 | C4 |
| CLO3 | Report on the role of low-dimensional semiconductors in optoelectronic devices, including a literature review and writing | F2F Lain | PLO8 | A3 |
*** Sumber data : SPBPK
📊 Penilaian / Assessment ▼
| Komponen Penilaian / Assessment Component | Peratusan / Percentage |
|---|---|
| Kerja Kursus / Course Work | 40% |
| Peperiksaan Akhir (PA) / Exam Work | 60% |
*** Sumber data : SMUP