se j'ai bien compris l'efficacité est moindre , a mes test mesure avec deux 211 a 1Kv et 65mA de 100Hz c'est linéaire et sans aucune distorsion même a +de50watts 150/32Khz
c'est des 20Kohm !
mais 30Hz/100hz distorsion de une dizaine de watts, je croix que l'inductance est faible, je ne connais rien en technologie des transfo , voir ce texte je ne sais plus les origines:
amorphous cores are considered to have sonic advantages, but the signal level capability with
amorphous core is about 30% less than with a conventional silicon-iron C-core.
From a purely engineering point of view, we cannot justify the fairly high price of our amorphous core OPTs.
But we have actually received a lot of praise for their sound quality, such as this report.
When considering testing an amorphous core transformer, please note that they are said to require
much longer break in time than what is normally required for silicon-iron cores.
c'est des 20Kohm !
mais 30Hz/100hz distorsion de une dizaine de watts, je croix que l'inductance est faible, je ne connais rien en technologie des transfo , voir ce texte je ne sais plus les origines:
amorphous cores are considered to have sonic advantages, but the signal level capability with
amorphous core is about 30% less than with a conventional silicon-iron C-core.
From a purely engineering point of view, we cannot justify the fairly high price of our amorphous core OPTs.
But we have actually received a lot of praise for their sound quality, such as this report.
When considering testing an amorphous core transformer, please note that they are said to require
much longer break in time than what is normally required for silicon-iron cores.