Transistors

G

gkg

Guest
Transistors form the basic structure in every microchip.

Can we say that the transistor is able to differ between two states of
an electron?

Can it be said that a transistor is fundamentally a device that is
able to differentiate between two states of an electron?
 
gkg wrote:
Transistors form the basic structure in every microchip.

Can we say that the transistor is able to differ between two states of
an electron?

Can it be said that a transistor is fundamentally a device that is
able to differentiate between two states of an electron?
Click to expand...
I wouldn't.

--
John Popelish
 
"John Popelish" <jpopelish@rica.net> wrote in message
news:408E7D99.6E99B534@rica.net...
gkg wrote:

Transistors form the basic structure in every microchip.

Can we say that the transistor is able to differ between two states of
an electron?

Can it be said that a transistor is fundamentally a device that is
able to differentiate between two states of an electron?

I wouldn't.
Click to expand...
Eep! Watch out.. Sounds like homework to me! ;-)

--
Bullwinkle Jones
 
gkg wrote:
Transistors form the basic structure in every microchip.

Can we say that the transistor is able to differ between two states of
an electron?

Can it be said that a transistor is fundamentally a device that is
able to differentiate between two states of an electron?
------------------
Click to expand...
No.

-Steve
--
-Steve Walz rstevew@armory.com ftp://ftp.armory.com/pub/user/rstevew
Electronics Site!! 1000's of Files and Dirs!! With Schematics Galore!!
http://www.armory.com/~rstevew or http://www.armory.com/~rstevew/Public
 
gkg <gkishang@yahoo.com> wrote:
(Preamble)
Transistors form the basic structure in every microchip.
Click to expand...
(Q1, 25 points)
Can we say that the transistor is able to differ between two states of
an electron?
Click to expand...
(Q1a, for 10 bonus points)
Can it be said that a transistor is fundamentally a device that is
able to differentiate between two states of an electron?
Click to expand...
(Please explain all answers concisely, but with as much detail as
required. Writing in the margins or on the back will NOT be marked!)

OK, lets's see here.

Q1. Sure you can SAY that. You can say anything you want. It doesn't
make it correct, though.

Q1a. See above.
 
"Bullwinkle Jones" <bullwinkle_01_01@hotmail.com> wrote in message news:<Xnwjc.24109$en3.23917@edtnps89>...
"John Popelish" <jpopelish@rica.net> wrote in message
news:408E7D99.6E99B534@rica.net...
gkg wrote:

Transistors form the basic structure in every microchip.

Can we say that the transistor is able to differ between two states of
an electron?

Can it be said that a transistor is fundamentally a device that is
able to differentiate between two states of an electron?

I wouldn't.


Eep! Watch out.. Sounds like homework to me! ;-)
Click to expand...

:)
Believe me it is not Homework.
 
gkishang@yahoo.com (gkg) wrote:
"Bullwinkle Jones" <bullwinkle_01_01@hotmail.com> wrote:
"John Popelish" <jpopelish@rica.net> wrote:
gkg wrote:

Transistors form the basic structure in every microchip.

Can we say that the transistor is able to differ
between two states of an electron?

Can it be said that a transistor is fundamentally a device that is
able to differentiate between two states of an electron?

I wouldn't.


Eep! Watch out.. Sounds like homework to me! ;-)
:)
Believe me it is not Homework.
Click to expand...
Okay, I believe you. But I have never heard of or thought of
transistors in the terms you are using. Electrons in solids
(especially semiconductors) have many possible states. Which two do
you have in mind? I think of transistors as thermal devices because
their collector current depends on the random (thermal) drift of
charge carriers through the forward biased base region. Can any
junction transistor have gain at absolute zero temperature?

--
John Popelish
 
"John Popelish" <jpopelish@rica.net> wrote in message
news:855a1a14.0405060801.750c5b9d@posting.google.com...
gkishang@yahoo.com (gkg) wrote:
"Bullwinkle Jones" <bullwinkle_01_01@hotmail.com> wrote:
"John Popelish" <jpopelish@rica.net> wrote:
gkg wrote:

Transistors form the basic structure in every microchip.

Can we say that the transistor is able to differ
between two states of an electron?

Can it be said that a transistor is fundamentally a device that is
able to differentiate between two states of an electron?

I wouldn't.


Eep! Watch out.. Sounds like homework to me! ;-)
:)
Believe me it is not Homework.

Okay, I believe you. But I have never heard of or thought of
transistors in the terms you are using. Electrons in solids
(especially semiconductors) have many possible states. Which two do
you have in mind? I think of transistors as thermal devices because
their collector current depends on the random (thermal) drift of
charge carriers through the forward biased base region. Can any
junction transistor have gain at absolute zero temperature?
Click to expand...
This is a _very_ interesting question. Does anybody know if semiconductors
become superconductors at those temps? If they do, then it'd just be
a short. If not, it'd be a very interesting experiment.

Thanks,
Rich
 
Rich Grise <null@example.net> wrote:
"John Popelish" <jpopelish@rica.net> wrote in message
news:855a1a14.0405060801.750c5b9d@posting.google.com...

Okay, I believe you. But I have never heard of or thought of
transistors in the terms you are using. Electrons in solids
(especially semiconductors) have many possible states. Which two do
you have in mind? I think of transistors as thermal devices because
their collector current depends on the random (thermal) drift of
charge carriers through the forward biased base region. Can any
junction transistor have gain at absolute zero temperature?

This is a _very_ interesting question. Does anybody know if semiconductors
become superconductors at those temps? If they do, then it'd just be
a short. If not, it'd be a very interesting experiment.
Click to expand...
But at absolute zero, there's no electron movement at all. Wouldn't
this mean that there could be no charge transfer and hence no current?
You'd end up with an infinite resistance dead short. :)

Colin
 
"Colin B." <cbigam@somewhereelse.nucleus.com> wrote in message
news:409ba86c@news.nucleus.com...
Rich Grise <null@example.net> wrote:
"John Popelish" <jpopelish@rica.net> wrote in message
news:855a1a14.0405060801.750c5b9d@posting.google.com...

Okay, I believe you. But I have never heard of or thought of
transistors in the terms you are using. Electrons in solids
(especially semiconductors) have many possible states. Which two do
you have in mind? I think of transistors as thermal devices because
their collector current depends on the random (thermal) drift of
charge carriers through the forward biased base region. Can any
junction transistor have gain at absolute zero temperature?

This is a _very_ interesting question. Does anybody know if
semiconductors
become superconductors at those temps? If they do, then it'd just be
a short. If not, it'd be a very interesting experiment.

But at absolute zero, there's no electron movement at all. Wouldn't
this mean that there could be no charge transfer and hence no current?
You'd end up with an infinite resistance dead short. :)

Colin
Click to expand...
Then, is one of the difficulties in reaching real absolute zero,
the fact that everything would collapes into neutronium?

Thanks,
Rich
 
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