ALT X = flip horizontal ALT Y = flip vertical CTRL R = rotate 90 deg CW SHIFT CTRL R = rotate 90 deg CCW you can easily label meters etc by using their "Labels" or even "Ref Def" - double click and it's the first tab "Label" - which you then leave checked in the second tab "display" (you unchecked everything and then had to insert text to label them... ) the issue with this method is that spaces commas periods + / - etc aren't allowed in the Label or RefDef of parts.... which is a pain but underscores are so you could still get labels such as IB / VCE / IC etc (but not IE = IC +IB) - thanks for posting the videos btw always useful and informative
Good Question! It depends on the transistor type. Common NPN transistors like the 2N3904 or 2N2222 have a Beta range of 100 to 300. This parameter is unit-less because it is just a ratio of Amps/Amps.
Good video, some helpful criticism, don't zoom in and out all the time, it makes it very hard to watch. Just keep the viewing area your normal screen display (this point made it almost impossible for me to watch all the way through). Also the sound seems very quiet, but that may just be me.
Hi Professor Kleitz, how are you? Im a brazillian and looking for courses/ training books using Multisim in Analogics Electronics and Digital Electronics....can you help me please? Do you have books about that?
ALT X = flip horizontal
ALT Y = flip vertical
CTRL R = rotate 90 deg CW
SHIFT CTRL R = rotate 90 deg CCW
you can easily label meters etc by using their "Labels" or even "Ref Def" - double click and it's the first tab "Label" - which you then leave checked in the second tab "display" (you unchecked everything and then had to insert text to label them... ) the issue with this method is that spaces commas periods + / - etc aren't allowed in the Label or RefDef of parts.... which is a pain but underscores are so you could still get labels such as IB / VCE / IC etc (but not IE = IC +IB) - thanks for posting the videos btw always useful and informative
Good tip!
Thanks Professor Kleitz. I got an Idea!!!
Thank you very much for the tutorial, but how to generate the graph IC = β‧IB with Multisim !?
Professor Kleitz,
Could you explain the typical values of Beta? I really appreciate the clarity of your videos. Keep up the good work!
Good Question! It depends on the transistor type. Common NPN transistors like the 2N3904 or 2N2222 have a Beta range of 100 to 300. This parameter is unit-less because it is just a ratio of Amps/Amps.
Good video, some helpful criticism, don't zoom in and out all the time, it makes it very hard to watch. Just keep the viewing area your normal screen display (this point made it almost impossible for me to watch all the way through). Also the sound seems very quiet, but that may just be me.
Hi Professor Kleitz, how are you? Im a brazillian and looking for courses/ training books using Multisim in Analogics Electronics and Digital Electronics....can you help me please? Do you have books about that?
I would check Pearson Publishing textbooks, else there are plenty of RUclips videos. Good luck.
What is the software to simulate?
The simulation software is MultiSim by National Instruments
Thaking you Bill Kleitz
Can you name the application you used for simulation?
MultiSIM