another small breakthrough on our NERD technology.

[Rosemary Ainslie]

So what polarity of voltage on the "Gate" lead (with respect to the "Source" lead) of an N-channel MOSFET is required in order to allow significant current through the MOSFET channel (not the body diode)?

.99

I think I'm beginning to see the THRUST of you question here Poynty point.  Well.  What can I say?  If I say that it's the applied voltage that determines the 'on' or 'off' condition of the MOSFET - then I'll have to also argue how it is that MOSFET can conduct a current from a positive voltage at all while it is open - or as you call it - OFF?  I've explained this in that second part of our 2-part paper.  And I've found the solution in the imposition of a 'charge property' to current itself.  That entirely resolves the issue.  Please feel free to read it.

Else - in the light of the experimental evidence there is no REASONABLE explanation how it can conduct - considering that both switches are 'open' or 'off' as you put it.

Again,
Regards,
Rosie Pose

[poynt99]

What's required to answer the question above, is a choice between two words:

a) POSITIVE

b) NEGATIVE

What is your choice?

.99

[Rosemary Ainslie]

My dear Poynty Point.

May I say, at the outset, and with the utmost respect, that I find your manners to be somewhat 'loutish' - I think is the best description.  You seem to think that you can dispense with any need to explain away that assemblage of incomprehensible 'argument' that I've summarised - by simply DEMANDING a REPLY to an elementary question.  And this - without any apparent requirement on your part to either address me or the arguments that you're so anxiously avoiding.  IF only ALL our problems could go away that easily.  If ONLY life could be that simple.  Indeed.  Because then we would all be able to forget that you ever put pen to that cascading slew of abused science, which is offered, as a sample of an utterly deluded mind.  OR.  Perhaps?  Were you depending on the fact that our own minds are that deluded that we'd readily engage in all that CONFUSION?  Were you trying MISDIRECT us?  Or have you, rather ponderously, assumed that you could USURP authority away from our GREATS and then simply rewrite science?

I think we'd all of us like to know.  IF, on the other hand you are trying, within the ambit of your rather poor aptitudes for either science or for any skills with some elementary social graces, you are simply trying to take the argument to another level - then that's a very good thing.  I would LOVE to engage in a discussion with you on the amount of negative voltage required to open or close a rather standard IRFPG50 MOSFET.  But ONLY in the context of our paper and my thesis.  And then too.  We'd need you to EXPLAIN the relevance of your question to this.  And with due respect, I would STRONGLY recommend that you apply some basic courtesies to this discussion.  Else everyone reading here will simply assume that you're a TROLL.  God forbid.

Kindest regards,
Rosie Pose

[poynt99]

Rosemary,

Is something distracting you from the question at hand, or are you simply trying to avoid answering it by indulging in such rhetoric? Here it is again, all in one nice package:

What polarity of voltage on the "Gate" lead (with respect to the "Source" lead) of an N-channel MOSFET is required in order to allow significant current through the MOSFET channel (not the body diode)?

Or put in a manner more conducive to your terminology: What polarity of voltage on the "Gate" lead (with respect to the "Source" lead) of an N-channel MOSFET is required in order to close the switch in the MOSFET ?

What is necessary to answer the above question, is a choice between two words:

a) POSITIVE

b) NEGATIVE

What is your choice?

.99

[Rosemary Ainslie]

Dear Poynty,

Can you read?  I've answered you.

Rosie

Rosemary,

Is something distracting you from the question at hand, or are you simply trying to avoid answering it by indulging in such rhetoric? Here it is again, all in one nice package:

What polarity of voltage on the "Gate" lead (with respect to the "Source" lead) of an N-channel MOSFET is required in order to allow significant current through the MOSFET channel (not the body diode)?

Or put in a manner more conducive to your terminology: What polarity of voltage on the "Gate" lead (with respect to the "Source" lead) of an N-channel MOSFET is required in order to close the switch in the MOSFET ?

What is necessary to answer the above question, is a choice between two words:

a) POSITIVE

b) NEGATIVE

What is your choice?

.99