Back to Course
Microelectronics Materials and Devices
0% Complete
0/0 Steps
-
Introduction3 Topics
-
Crystal Structure17 Topics
-
Semiconductor Devices in Microelectronics
-
Atom Arrangement (Carbon) vs Material Property
-
Crystal Structure and Ordering
-
Crystal Structure
-
Cubic Lattices
-
Derivatives of FCC Lattices
-
Hexagonal Lattices
-
Cubic Close Packing
-
Hexagonal Close Packing
-
Atomic Packing Factor
-
Planes and Directions
-
Directions in Crystal
-
Applications of Miller Indices: Si Wafers
-
Crystallographic Orientation
-
Crystal Plane and Crystal Direction
-
Experimental Determination of Crystal Structure & Properties
-
Summary and Learning Outcomes
-
Semiconductor Devices in Microelectronics
-
Energy Bands
-
Dielectrics and Other Non-semiconductor Materials
-
Semiconductors
-
P-N Junctions
-
MOS Capacitors
-
Metal Semiconductor Contacts
Lesson 2, Topic 2
In Progress
Atom Arrangement (Carbon) vs Material Property
Abdulaziz July 26, 2020
Lesson Progress
0% Complete
Graphite
- good electrical conductor, lubricant
Graphite in 2D sheet
Diamond
- Diamond-hardest material, electrical insulator, thermal conductor
3D-Diamond
Carbon nanotube
- Good conductivity, high tensile strength
- Similarity: contain only one kind of atom -carbon.
- Difference: how those atoms are arranged.
- Crystal structure –related to intrinsic electrical properties of material.