A
Allan Adler
Guest
The spec sheets for triodes usually show two of the parameters i_b, e_b, e_c
(plate current, plate voltage, grid voltage) on the x,y axes and then graph
a number of curves corresponding to different values of the third parameter.
That's kind of like a contour map. What I would like to know is whether anyone
ever published, for any triode, a 3d version of the surface that is supposed
to be described by that contour map. Alternatively, is there any repository
anywhere of numerical data for any triode that gives much more refined
information about its behavior, i.e. much higher resolution in the third
parameter as well as lots of explicit coordinates for points on the various
curves? That much data would allow one to make one's own 3d picture of the
surface. Simply using the spec sheets is too error prone since it is hard
to get good resolution of most of the points.
Ignorantly,
Allan Adler
ara@zurich.ai.mit.edu
****************************************************************************
* *
* Disclaimer: I am a guest and *not* a member of the MIT Artificial *
* Intelligence Lab. My actions and comments do not reflect *
* in any way on MIT. Moreover, I am nowhere near the Boston *
* metropolitan area. *
* *
****************************************************************************
(plate current, plate voltage, grid voltage) on the x,y axes and then graph
a number of curves corresponding to different values of the third parameter.
That's kind of like a contour map. What I would like to know is whether anyone
ever published, for any triode, a 3d version of the surface that is supposed
to be described by that contour map. Alternatively, is there any repository
anywhere of numerical data for any triode that gives much more refined
information about its behavior, i.e. much higher resolution in the third
parameter as well as lots of explicit coordinates for points on the various
curves? That much data would allow one to make one's own 3d picture of the
surface. Simply using the spec sheets is too error prone since it is hard
to get good resolution of most of the points.
Ignorantly,
Allan Adler
ara@zurich.ai.mit.edu
****************************************************************************
* *
* Disclaimer: I am a guest and *not* a member of the MIT Artificial *
* Intelligence Lab. My actions and comments do not reflect *
* in any way on MIT. Moreover, I am nowhere near the Boston *
* metropolitan area. *
* *
****************************************************************************