yes 2x 3,3uf/75V i think for voltage-doubling and sound (r) ..Nice capsule!
Are these two tantalum capacitors in series in front of the transformer? How many uF? What is the purpose of this?
Okay, I see. I wouldn't do that, 2 capacitors are no better than one in the signal path. The capacitance is halved (which is still sufficient) and the voltage is distributed across both capacitors, with luck almost equally.yes 2x 3,3uf/75V i think for voltage-doubling and sound (r) ..
yes 2x 3,3uf/75V i think for voltage-doubling and sound (r) ..Nice capsule!
Are these two tantalum capacitors in series in front of the transformer? How many uF? What is the purpose of this?
this comes from manufator NOS audio..Okay, I see. I wouldn't do that, 2 capacitors are no better than one in the signal path. The capacitance is halved (which is still sufficient) and the voltage is distributed across both capacitors, with luck almost equally.
I would prefer to use one suitable capacitor, but YMMV.
Really? A strange solution for a microphone manufacturer. It's probably because they couldn't find wet tantalum capacitors with the right voltage, but still strange.this comes from manufator NOS audio..
if it sounds right - it is right ;-)Really? A strange solution for a microphone manufacturer. It's probably because they couldn't find wet tantalum capacitors with the right voltage, but still strange.
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