tho...@tgohome.com wrote: >> Simply use the standard diode and give it whatever reverse breakdown >> potential you need. ;) > > Thanks, I'll try this. > > By the way, can components be destroyed in KTechLab? Obviously a > transistor isn't going to switch 1,000,000 volts, for example, so what > happens then? Is it the same for the diodes - once you bring them too far > past their reverse breakdown they kind of tend to explode in real life so > what happens in the simulation? And I assume that this would need to be > modified by zeners.
Nope, device limitations are not handled anywhere in the code. =P Right now there are several simulation bugs demonstrated by the latest version of my DAC schematic. (simplified considerably by boosting organization hints from a TDA1545A). These bugs include the resistor ladder producing insane voltages and the engine giving up on simulation after the output jfets are driven into a mode that just doesn't work. I'd like help charactorizing exactly which jfet modes cause the simulation to crash. Speaking of crashes, deleting components sometimes leave loose connectors on the board, when you try to connect something to them in an attempt to delete the parts, the program crashes!!! =0 -- New president: Here we go again... Chemistry.com: A total rip-off. Powers are not rights. ------------------------------------------------------------------------------ Stay on top of everything new and different, both inside and around Java (TM) technology - register by April 22, and save $200 on the JavaOne (SM) conference, June 2-5, 2009, San Francisco. 300 plus technical and hands-on sessions. Register today. Use priority code J9JMT32. http://p.sf.net/sfu/p _______________________________________________ Ktechlab-devel mailing list Ktechlab-devel@lists.sourceforge.net https://lists.sourceforge.net/lists/listinfo/ktechlab-devel
