5 Methods to use a transistor as Diode.

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Transistors can be utilized as diodes through various configurations, including Collector-Emitter Short, Collector-Base Short, and Base-Emitter Short. Two additional methods identified are using the Collector-Base with the Emitter open and the Emitter-Base with the Collector open. The discussion highlights the ambiguity of the term "methods," suggesting it could refer to different circuit applications where a transistor functions similarly to a diode. Participants emphasize the importance of consulting detailed transistor data sheets to explore potential applications. Ultimately, five configurations are confirmed as valid methods for using a transistor as a diode.
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Homework Statement


List at least five methods by which a transistor can be used as a diode.


Homework Equations



N/A

The Attempt at a Solution


I know three configurations viz. Collector Emitter Short, Collector Base short and Base emitter Short..
What would be the remaining two configurations.
 
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For me the word methods is ambiguous and I'm not sure your interpretation of it as configurations is correct either. Perhaps by methods they mean ways as in 5 ways by which a transistor can be used as a diode. This would suggest at least 5 different circuits in which a transistor functions as a diode in different ways. Can you think of 5 different functions of a diode and how a transistor might be substituted?

It seems to me a good place to start would be reading a detailed data sheet of a transistor and trying to think of all the different ways those parameters might apply to a diode.
 
skeptic2 said:
For me the word methods is ambiguous and I'm not sure your interpretation of it as configurations is correct either. Perhaps by methods they mean ways as in 5 ways by which a transistor can be used as a diode. This would suggest at least 5 different circuits in which a transistor functions as a diode in different ways. Can you think of 5 different functions of a diode and how a transistor might be substituted?

It seems to me a good place to start would be reading a detailed data sheet of a transistor and trying to think of all the different ways those parameters might apply to a diode.
http://picasaweb.google.com/lh/photo/WvcXS-9MEtIxp8zYh6Hpew?authkey=Gv1sRgCIzu-ov979TfqQE&feat=directlink

I got the answer on IEEE...thanks anyways
 
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skeptic2 said:
For me the word methods is ambiguous and I'm not sure your interpretation of it as configurations is correct either. Perhaps by methods they mean ways as in 5 ways by which a transistor can be used as a diode. This would suggest at least 5 different circuits in which a transistor functions as a diode in different ways. Can you think of 5 different functions of a diode and how a transistor might be substituted?

It seems to me a good place to start would be reading a detailed data sheet of a transistor and trying to think of all the different ways those parameters might apply to a diode.

I got the other two also...
Use only 2 pins...i.e. Collector Base with emitter open
and
Emitter Base with collector open...thanks anyway
 
yes, and the 5 methods?
 
Collector Base with emitter open

Emitter Base with collector open

Collector Emitter Short

Collector Base short

Base emitter Short

And yes you may call them 5 ways if not methods!
 

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