My new idea application,only use two same irf610 to building amp,This prevents different components due to process differences caused by different,hope someone give me some advice,^_^
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My new idea application,...[/IMG]
very cool
go and build it!
Did you simulated it and the currents through 610's are correct?
very cool
go and build it!
Did you simulated it and the currents through 610's are correct?
Thans your encouragement,but I thought this can improve,focus on bias resistor,
,How did people feel interested in this circuit, Oh!
😀
add gate stoppers ~100 ohm
🙂
....sadly, no one seems interested in this circuit!
The forum is full of similar simulator-pipe-dream circuits.
If your goal is to make people interested go build it and report back the results...
No problem, some people might see it in one forum and not the other.
Typically amps in this forum are pretty simple class A amps . Just a quick observation. maybe a VAS/driver for the o/p transistors. There was a recent integrated front end with a discrete o/p just a few days ago. I had a quick look and did not find it there were some application notes with suggested direction and it used several different o/p transistors. I had it saved but i lost everything
in a recent computer crash. Thank god for a back up computer....
Regards, Elwood
Typically amps in this forum are pretty simple class A amps . Just a quick observation. maybe a VAS/driver for the o/p transistors. There was a recent integrated front end with a discrete o/p just a few days ago. I had a quick look and did not find it there were some application notes with suggested direction and it used several different o/p transistors. I had it saved but i lost everything
in a recent computer crash. Thank god for a back up computer....
Regards, Elwood
Interesting approach. It seems to be a simplefield version of this topology (post #1):![]()
This is an improved version of my,How did people feel interested in this circuit, Oh!
http://www.diyaudio.com/forums/soli...h-pull-pull-like-gamnut-whats-right-name.html
check out also this thread:
http://www.diyaudio.com/forums/solid-state/66334-gamut-d200-clone.html
perhaps there are any advices to additional improove your topology.
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Interesting approach. It seems to be a simplefield version of this topology (post #1):
http://www.diyaudio.com/forums/soli...h-pull-pull-like-gamnut-whats-right-name.html
check out also this thread:
http://www.diyaudio.com/forums/solid-state/66334-gamut-d200-clone.html
perhaps there are any advices to additional improove your topology.
I've been looking for a N-Channel using only a simple circuit, I see that you provide a little complicated, if it simpler, the design of my simulation is correct, but the actual application of a problem
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