Evening David,
At 08:33 PM 6/27/04, you wrote:
At that point the transistors are saturated and cannot change any further.
You found the lower limit of that particular transistor.
I follow what you are saying.
At 05:23 PM 6/27/04, you wrote:
Strangely, the voltage levels off at around 4vdc and conductivity keeps
rising at a more or less linear rate while current stays rock steady.
If ...... it cannot change any further, please explain how the
current remains "Rock Steady" while the
conductivity is increasing for the rest of the cycle.
Where is the energy coming from to force the same current thru the
changing load?
That seems like a physical impossibility to me. If anything was
saturated, and could not change, then the current could not remain constant
thru a changing load.
What am I missing? There must be something.
Frankly, I don't see how the current could remain constant, and the
volts remain constant, while the conductivity is changing.
Someone is confused here, and I don't think it is me. That does in
fact defy Ohms law, and every other law and formula I have ever studied.
Let me repeat what I though I heard........
The volts remains constant at 4.0 volts. The current remains
constant at 2 ma or so,
( no matter what the value )
while the conductivity keeps changing. ( conductivity increases
while resistance decreases )
Again, this does defy ohms law is why I don't think this is what is
actually happening.
I always though there was something magic about this CS. Now I think
you guys have found it. <grin>
Likely the instrumentation is not fully compatible with the
application. Response time of instruments often produce errors.
Wayne
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