Graphical User Interface (GUI) for Animation based learning of Semiconductor Devices

Citation Author(s):
Shubhankar
Majumdar
National Institute of Technology Meghalaya
Submitted by:
SHUBHANKAR MAJUMDAR
Last updated:
Fri, 08/18/2023 - 09:45
DOI:
10.21227/0kvn-b151
Data Format:
exe file
License:
Creative Commons Attribution
159 Views
Categories:
Education and Learning Technologies
Keywords:
Semiconductor Physics; Microelectronics
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Abstract 

We present a Graphical User Interface (GUI) for animated learning of semiconductor device operations. The GUI encompasses the following features:

Depletion Width Variation: Visualize the alteration of depletion width through reverse bias modulation.

Diode Characteristics: Explore diode behavior across different biases, revealing its distinctive characteristics.

Diode IV Characteristics: Gain insights into diode current-voltage characteristics via interactive graphs.

Fermi-Level Analysis: Delve into Fermi-level analysis, facilitating a deeper understanding of semiconductor behavior.

This GUI enhances semiconductor learning through dynamic animations, enabling users to grasp complex concepts intuitively. It serves as an invaluable tool for students and enthusiasts seeking to comprehend semiconductor device operations comprehensively.

Instructions: 

Simply click on it and select "Run Anyway" on Windows.

 

The window will open, aiding both teachers and students in comprehending semiconductor physics.

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