Electronic Materials
Training Provider: Singapore University of Social Sciences
Course Reference: TGS-2018509288
S$1,461
About This Course
Discuss the fundamentals of electronic / magnetic materials, for example, crystal structure, Fermi-level statistics, piezoelectric effect and etc.
Illustrate the optical absorption phenomenon in semiconductors and the concept of material polarization.
Appraise the characteristics of the dielectric phenomena and capacitor design methods.
Use qualitative and quantitative methods to study the characteristics of semiconductors.
Calculate the band gap, electron mobility, density, dielectric constant and various other parameters of electronic materials.
Assess the impact of temperature, doping concentration and other parameters on the characteristics of electronic materials.
What You'll Learn
This course introduces the fundamentals of semiconductors, dielectric and magnetic materials. Topics include the basic properties of semiconductor, carrier generation, transport and recombination, polarization in material, dielectric phenomena, properties of capacitors, piezoelectric effects, mechanism of magnetization, and the types of magnetic materials and their properties. You will also learn about the processes used in the selection of materials for capacitors and magnetic sensors and their applications.
Course Details
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Note: To apply for this course, visit the SkillsFuture website or contact the training provider directly.
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