Your right.
Lets stay there then. Any comments on what's simulated ?
I think you biased it too much to the left, which means it will distort unevenly, and produce harmonics with very small input signals. Make it "colder"? (Less mA)
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Would you consider adding:
6AH4: http://frank.pocnet.net/sheets/093/6/6AH4GT.pdf
2A3-40:http://www.jj-electronic.com/pdf/2A3.pdf
Thanks!
JM
6AH4: http://frank.pocnet.net/sheets/093/6/6AH4GT.pdf
2A3-40:http://www.jj-electronic.com/pdf/2A3.pdf
Thanks!
JM
hi, please what are calculation formulas for trafo inductances?
I'm sorry, but I missed your question. Calculation are based on formulas included in this book:
Transformatory wyj?ciowe
I translated this book from Russian to Polish some time ago.
At this point I would like to apologize all whose proposals of tubes have not yet been added to the simulator. I recently have no time to extend the tube list but all proposals will be addressed as soon as possible.
Once again, please be patient and by the way I wish you all a Merry Christmas
Just use regular, and go beyond 15w Pa
Hallo!
Thank you very much for this outstanding tool.
Would it possible for you to add the EF80 connected as triode?
Here are the curves:
Kind regards, Frank
+1
But such extended version of the program already exists I wrote about it:
Tube Loadline Simulator v.1.0 (20140909 [url]www.trioda.com)[/url]
Moreover it allows to calculate Korens' model parameters using the measurement results of a specific tube.
Tube Loadline Simulator v.1.0 (20140909 [url]www.trioda.com)[/url]
Moreover it allows to calculate Korens' model parameters using the measurement results of a specific tube.
Sorry about that, I must have missed it. Thanks for the great program again.But such extended version of the program already exists I wrote about it:
Tube Loadline Simulator v.1.0 (20140909 [url]www.trioda.com)[/url]
Moreover it allows to calculate Korens' model parameters using the measurement results of a specific tube.
Hi,
Thanks for your remarks
Yes, you are right, and tube parameters of the models fo ECC83 and E(C)L86 are similar (see the S and mu values). There is big difference of allowed maximum power dissipated by anodes. According do data I've found the Wa for each section of ECC83 is 1W and Wa for the triode section of ECL86 is only 0.5W. So, you can see the different Wa curves when you select ECC83 and ECL86 from the list.
I'll add the EF80 as soon as possible.
Thanks for your remarks
Yes, you are right, and tube parameters of the models fo ECC83 and E(C)L86 are similar (see the S and mu values). There is big difference of allowed maximum power dissipated by anodes. According do data I've found the Wa for each section of ECC83 is 1W and Wa for the triode section of ECL86 is only 0.5W. So, you can see the different Wa curves when you select ECC83 and ECL86 from the list.
I'll add the EF80 as soon as possible.
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I don't see the tubes on the drop down on the simulator... am I using the correct link?
www.trioda.com/tools/triode.html
www.trioda.com/tools/triode.html
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Hello,
I have a request about the output tube EL519 (6P45S russian analog) in triode mode:
http://www.audiofil.net/data/upload/20100604_233039_PL519_as_triode.gif
http://forum.gtlab.net/yabbfiles/Attachments/6p45s_triod.gif
Best regards,
Alexander.
I have a request about the output tube EL519 (6P45S russian analog) in triode mode:
http://www.audiofil.net/data/upload/20100604_233039_PL519_as_triode.gif
http://forum.gtlab.net/yabbfiles/Attachments/6p45s_triod.gif
Best regards,
Alexander.
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