Hi Dave,
this is getting us somewhere, I think.
I have no issue with what you say, so let's put this down to a number of 'crossed wires' on my side -- let peace be with us, it that is fine by you.
I stated somewhere, that you get 20 times the output voltage for FREE! (in that given example 30 dB SUT), and I think it was you, and some other contributor that took issue with this.
Well, you do get it for FREE. Since there is NO additional power input required such as in a gain-stage, to get just that. Never mind ohms law right now... You do get the additional ~ 30 dB gain for free! And that without added tube or SS derived noise. Seems I am selling your own stuff to you, itÂ’s my pleasure (-:
Now please tell me where this statement is factually incorrect, Dave.
Jolly good, now how about the cart damping by increased current through the cart coil?
Tell me it this is correct? If not, how is the cart being damped then?!
Next, let us hear what is the difference in current when the cart goes into 47k impedance, and when it goes into an SUT with per example 10 ohm impedance?
More current? Well lots more, unless we want to argue about THAT some more.
If we do agree that it is more --- does it make sense to use the term "current mode"?
Since we are still with ohms law. If a cart works into a 47k impedance and then into a 10ohm impedance, in which situation do we expect the higher Voltage?
Will it be the same? Not according to the "First Law of Thermodynamics" as you quoted, since more current = less voltage, so the let's agree we have the higher Voltage at 47K impedance (i.e. into a phono-pre straight, no SUT) does the cart operate at a higher Voltage?
You said so, thereby what we have, "Voltage mode".
Maybe, just maybe, we can get it together...
Thank you for still being with us.
Greetings,
Axel
this is getting us somewhere, I think.
I have no issue with what you say, so let's put this down to a number of 'crossed wires' on my side -- let peace be with us, it that is fine by you.
I stated somewhere, that you get 20 times the output voltage for FREE! (in that given example 30 dB SUT), and I think it was you, and some other contributor that took issue with this.
Well, you do get it for FREE. Since there is NO additional power input required such as in a gain-stage, to get just that. Never mind ohms law right now... You do get the additional ~ 30 dB gain for free! And that without added tube or SS derived noise. Seems I am selling your own stuff to you, itÂ’s my pleasure (-:
Now please tell me where this statement is factually incorrect, Dave.
Jolly good, now how about the cart damping by increased current through the cart coil?
Tell me it this is correct? If not, how is the cart being damped then?!
Next, let us hear what is the difference in current when the cart goes into 47k impedance, and when it goes into an SUT with per example 10 ohm impedance?
More current? Well lots more, unless we want to argue about THAT some more.
If we do agree that it is more --- does it make sense to use the term "current mode"?
Since we are still with ohms law. If a cart works into a 47k impedance and then into a 10ohm impedance, in which situation do we expect the higher Voltage?
Will it be the same? Not according to the "First Law of Thermodynamics" as you quoted, since more current = less voltage, so the let's agree we have the higher Voltage at 47K impedance (i.e. into a phono-pre straight, no SUT) does the cart operate at a higher Voltage?
You said so, thereby what we have, "Voltage mode".
Maybe, just maybe, we can get it together...
Thank you for still being with us.
Greetings,
Axel