the HF decoupling must be small and must be very close to the power pins.
If the caps are not small then they can't be fitted very close to the power pins.
The MF decoupling does not need to be quite so close because the HF decoupling fills out the gap between initial demand and the reaction time of the MF decoupling. But the MF stills need to be fairly close. Big caps prevent this closeness.
Most recommend MF decoupling of around 100uF to 220uF, 1mF is rather unusual for MF.
If you plan 1mF as well as 100uF and 100nF, then OK but do install them at the most appropriate locations so that they each can do their job well.
1mF of smoothing is unusually low. Even Peter uses more for his rather different implementation. 4m7F to 15mF is more usual for smoothing.
If the caps are not small then they can't be fitted very close to the power pins.
The MF decoupling does not need to be quite so close because the HF decoupling fills out the gap between initial demand and the reaction time of the MF decoupling. But the MF stills need to be fairly close. Big caps prevent this closeness.
Most recommend MF decoupling of around 100uF to 220uF, 1mF is rather unusual for MF.
If you plan 1mF as well as 100uF and 100nF, then OK but do install them at the most appropriate locations so that they each can do their job well.
1mF of smoothing is unusually low. Even Peter uses more for his rather different implementation. 4m7F to 15mF is more usual for smoothing.
@AndrewT, Normally I use speaker ground is powerground. Powerground and single/input ground connect with 1R 1/4 watt resistor. Just for try I used speaker ground from single/input ground it's sound good but 1R resistor running hot. If I use bigger 5 Watts resistor then should I think it would run for log ?
Best Regards.
Best Regards.
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