Kapanadze Cousin - DALLY FREE ENERGY

[verpies]

Translation:...

I'd like to give them something back.
Could you translate my Reply #191 and post it on the Russian forum together with Fig.1 and Fig.2 ?

P.S.
DSRD = Ð"рейÑ,,овый Ð"иод Резкое Ð'оссÑ,ановление (Ð"Ð"РÐ')

[Vortex1]

Here is the paper that mentions thyristors as DSRD's

[T-1000]

I'd like to give them something back.
Could you translate my Reply #191 and post it on the Russian forum together with Fig.1 and Fig.2 ?

Not sure if you ever get response in that forum, my posts was ignored completely there. Not best feeling to see.

You might ask in English in Dally blog comments and get answer if lucky.
http://www.liveinternet.ru/users/edward_lee/ -> http://www.liveinternet.ru/users/edward_lee/post241427460/ -> scroll down to text input box and when ready click on "ОпубликоваÑ,ÑŒ" button -> click on box "Ð"обавиÑ,ÑŒ без регисÑ,рации"and enter antispam code then click on "ОпубликоваÑ,ÑŒ" button.

[verpies]

Not sure if you ever get response in that forum, my posts was ignored completely there. Not best feeling to see.

I am not expecting a response.
I was only trying to contribute.

[verpies]

Here is the paper that mentions thyristors as DSRD's

This article does not mention thyristors functioning as DSRDs, but mentions thyristors functioning as switching elements for the DSRDs - just like the MOSFET Q1 in Reply #191.

"Earlier DSRD are used as a sharpener of the step voltage generated by power semiconductor switches (high power thyristor, for example). Thyristor is an optimal active element for step voltage generation if pulse duration is longer than its rise time. However thyristor has a very low efficiency if pulse duration and rise time have comparable times. Loss of energy is caused by thyristor's switching losses and energy dissipation into the DSRD. 
Thyristor low efficiency and comparatively slow relaxation time, limit the pulse repetition rate of the device."