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Brad, One of the frustrating things for me about this conversation, is that I don't think you have made clear what you are simulating, and what your problem or question is. You referred to a TIP142

Hello Teodor, Please run the examples you got wit LTspice. wavein.asc, waveout.asc, ring.wav C:\Program Files (x86)\LTC\LTspiceIV\examples\Educational Best regards, Helmut

Hello Brad, Ctrl left mouse click on the plot formula in the waveform viewer. LTspice will then show a small window with the average power. Best regards, Helmut PS: Second attempt to write an answer.

Hello, I do have a problem in using a .wav file as a input voltage source. I have followed the instructions of Spice Guru Simon Bramble in this video: LTspice: Voltage Sources (Importing and Exporting

Nit: "there is **no such thing** as 'RMS power'." Well, there is, but you wouldn't find it a useful thing to compute. As you said, it has no physical significance. So nobody ever calculates RMS power.

Hello Brad, Ctrl left mouse click on the power formula in the waveform window. Then you will get a single number which is the average power. Best regards, Helmut

Not an answer to your question, but there is **no such thing** as 'RMS power'. The product of RMS voltage and RMS current with zero phase difference is 'average power'. For pedants, one can calculate

Thanks Andy, I'm still working on fully understanding your post. Thanks Bordodynov, I added your 2 model.s The BS250P returned and error. "Error on line 602 : .model bs250p vdmos pchan rg=160

Hi there,Please, Please see an Idea I have posted in the Temp Folders of this group. (Photo Amplifier15.asc) Best regards,Michael P Kiwanuka To: LTspice@... From: LTspice@...

From the available data we have not seen Br depending temperature change from 25° C to 100° C. Bordodynov. 05.08.2016, 15:56, "hkafeman@... [LTspice]" <ltspice@...>:

Borodoynov Thank you that looks like a good typical material to use. My understanding is then that given that I am operating at only 50Hz with just some high frequency transients, that any core losses

Hello Henry Kafeman. See material N41 BS (25 °C)=490mT BS (100 °C)=390mT Hc (25 °C)=22A/m Hc (100 °C)=20A/m Br=0.1T Power Transformer (low loss) f<100 kHz N27 (?i = 2000 ) low cost, hi-power N41

analogspiceman and Andy Thank you for your replies. I appreciate that there are many different Ferrite materials. I do not know which specific material my CT is made of, so am looking to model a

Thanks for your response Jerry Lee Marcel.. But...I could see this noise everywhere in the circuit.. I mean power supply as well...

I design a lot of TIA type of amp. I don't know what kind of speed you are looking for. But your requirement is very easy, the lowest is 200nA. Any opamp with bias current of less than 10nA will work

I tried to answer a couple of days ago, but it didn't come through, so I'll write it again: The noise you observe compes from the fact that you have these big 100k resistors in the non-inverting

I am sorry. .MODEL BS250P .... Bordodynov. 05.08.2016, 09:35, "Александр Бордодынов BordodunovAlex@... [LTspice]" <ltspice@...>:

Hi. .model BS170 VDMOS VTO=1.824 RG=270 RS=1.572 RD=1.436 RB=.768 KP=.1233 Cgdmax=20p Cgdmin=3p CGS=28p Cjo=35p Rds=1.2E8 IS=5p Bv=60 Ibv=10u Tt=161.6n .MODEL BS250 VDMOS pchan Rg=160 VTO=-3.193

TRIGGER V(n003)>1 Without knowing what you have, if you're using the "trigger" keyword with current sources, it doesn't work, only for voltage sources. Vlad ______________________

Jeff wrote: "they look like they should work, but the don't, how can I add them to my CMP folder, that is what is the correct model layout." I just noticed you sent this question two days ago. It