Video Contents: 0:00 - Introduction to the topic: Tunneling in Semiconductor Materials 0:10 - Explanation of Tunneling 0:22 - Visual Representation of Tunneling in an Infinite Potential Well 0:57 - Example of Tunneling in Area 2 1:14 - Explanation of Insufficient Energy to Break the Potential Barrier 1:26 - Representation of Tunneling Using Energy Levels 1:43 - Description of Energy Levels Using Wave Functions 2:21 - Further Analysis of Energy Levels by Squaring the Wave Function 3:12 - Finding the Highest Probability of Finding an Electron Ready to master the Electrical FE Exam? Don't miss out on our expert-led online course, with video examples and practice problems. Best of all, it's 100% FREE! Enroll today at www.electricalfereview.com and take the first step toward passing the FE exam.
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Video Contents:
0:00 - Introduction to the topic: Tunneling in Semiconductor Materials
0:10 - Explanation of Tunneling
0:22 - Visual Representation of Tunneling in an Infinite Potential Well
0:57 - Example of Tunneling in Area 2
1:14 - Explanation of Insufficient Energy to Break the Potential Barrier
1:26 - Representation of Tunneling Using Energy Levels
1:43 - Description of Energy Levels Using Wave Functions
2:21 - Further Analysis of Energy Levels by Squaring the Wave Function
3:12 - Finding the Highest Probability of Finding an Electron
Ready to master the Electrical FE Exam? Don't miss out on our expert-led online course, with video examples and practice problems. Best of all, it's 100% FREE! Enroll today at www.electricalfereview.com and take the first step toward passing the FE exam.