> Current mirrors work just fine in ktechlab. They basically use the first > transistor as a current sensing diode and use that to control the > second. The problem is that the working voltage swing is on the order of > microvolts so it utterly destroys your dynamic range and makes truly > detailed reproduction impossible. The only way to achieve acceptable > reproduction is to use the transistor in its most natural configuration, > as a current amplifier. The only way to make it usable in that > configuration is to select a part with a reasonable forward current > gain. By running it at fairly high current, the inherent quantum noise > of the device will be nulled out and you should be able to achieve > pretty good amplification. =) > You're using h parameters to model a transistor? If my memory is not playing wrong at me ebers molls is the only one you can use to get the most accurate model of a transistor: http://en.wikipedia.org/wiki/Bipolar_junction_transistor#Ebers.E2.80.93Moll_model
But as I'm not an expert on computer modelling, I will shout my mouth and trust you :D. BTW about git svn check this post: quirkygba.blogspot.com/2007/10/using-*git*-with-*google*-*code*-hosting.html I use it daily and it rocks. Because you commit your changes to your local branch, and then when you think it's ready you do svn commit from git. ------------------------------------------------------------------------------ The NEW KODAK i700 Series Scanners deliver under ANY circumstances! Your production scanning environment may not be a perfect world - but thanks to Kodak, there's a perfect scanner to get the job done! With the NEW KODAK i700 Series Scanner you'll get full speed at 300 dpi even with all image processing features enabled. http://p.sf.net/sfu/kodak-com _______________________________________________ Ktechlab-devel mailing list Ktechlab-devel@lists.sourceforge.net https://lists.sourceforge.net/lists/listinfo/ktechlab-devel
