One of a set of presentations describing the behavior of semiconductor devices. This applet shows how the base of a BJT behaves under a variable set of conditions. It provides EE students with the ability to interact with a working model of the BJT base behavior.
Type of Material:
Tutorial with simulation, visulaization, problem solving and review test.
Recommended Uses:
Supplement class lectures and text
Technical Requirements:
Java enabled browser
Identify Major Learning Goals:
Understanding one aspect of basic BJT behavior. The student should be able to describe the effect variations in the base electrical and semiconductor parameters.
Target Student Population:
2nd & 3rd year EE & ECE students
Prerequisite Knowledge or Skills:
Understanding of basic microelectronics behavior. Some circuit analysis.
Content Quality
Rating:
Strengths:
Provides visualization, simulation, exercises, etc. The material is generally part of the core curriculum in Electrical/Computer Engineering. The graphics are attractive and get the user's attention.
Concerns:
Some portions of the presentaion are incomplete, but the presentation is still very usable.
Potential Effectiveness as a Teaching Tool
Rating:
Strengths:
Good supplement to text & lecture; provides opportunities for students to explore. The material can be easily incorporated into homework assignments, group assignments, and in a tuterial fashion.
Concerns:
Students must review written material before they simply start clicking on applet. Initial guidance must be provided by an instructor.
Ease of Use for Both Students and Faculty
Rating:
Strengths:
Software is robust and easy to use.
Concerns:
A teacher's manual could assist instructors in choosing how to use the material effectively.
Other Issues and Comments:
This applet should help students better understand the topic. It offers opportunities for visual learners, drill and practice, explorations, and skill testing
Creative Commons:
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