This is an idea to mix two concepts. And the result is not to bad. But this Amp is definitely not for capacity load, then it tends to oscillate. A output filter is recommended.
Because of the last voltage amplification the amp can power up from rail to rail.
The simulated THD is about 0.000015%
Because of the last voltage amplification the amp can power up from rail to rail.
The simulated THD is about 0.000015%
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Hi Pawel,
It's just a spontaneous idea, I will not further pursue this
At the time I am developing a module for an active Box. It should have:
-low Bias
-soft clipping
-short circuit protection
-rail to rail
-and, of course, acceptable performance
There must be an alternative to the LM ... and TDA ...
It's just a spontaneous idea, I will not further pursue this
At the time I am developing a module for an active Box. It should have:
-low Bias
-soft clipping
-short circuit protection
-rail to rail
-and, of course, acceptable performance
There must be an alternative to the LM ... and TDA ...
like what?
like vssa?
Hi Pawel,
It's just a spontaneous idea, I will not further pursue this
At the time I am developing a module for an active Box. It should have:
-low Bias
-soft clipping
-short circuit protection
-rail to rail
-and, of course, acceptable performance
There must be an alternative to the LM ... and TDA ...
like vssa?
If you connect the LTP cascode reference voltage V1 to the current source (collector of Q2) rather than ground, I believe it will reduce the common-mode distortion produced in the non-inverting configuration by modulation of the C-E voltage of the input pair, despite their cascode.
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