Hi Guys
Look forward to your impressions of the Allnic John. Harry would love to check out the Nashville music scene one day ...
Of note on the loading discussions. Taken from Lyra website
Kleos
Recommended load directly into MC phono input: 95.3ohm ~ 816ohm (determine by listening, or follow detailed guidelines in user manual)
Recommended load via step-up transformer: 5 ~ 15ohm (step-up transformer’s output must be connected to 10kohm ~ 47kohm MM-level RIAA input, preferably via short, low-capacitance cable)
Delos
Recommended load directly into MC phono input: 97.6ohm ~ 806ohm (determine by listening, or follow detailed guidelines in instruction manual)
Recommended load via step-up transformer: 5 ~ 15ohm (step-up transformer’s output must be connected to 10kohm ~ 47kohm MM-level RIAA input, preferably via short, low-capacitance cable)
***********
My XV1 has a recommended loading of > 30. I have run it full out 47k with no issues.
From this thread..
There were good takeaways for me from J. Carr on that thread, from quite a while ago.
J Carr
^^^
It highlighted for me also, how important a role the direct shot wiring plays. I am sure it plays a big part, along with my phono stage, for the reason I am able to run with no load.
Cheers Chris
Look forward to your impressions of the Allnic John. Harry would love to check out the Nashville music scene one day ...
Of note on the loading discussions. Taken from Lyra website
Kleos
Recommended load directly into MC phono input: 95.3ohm ~ 816ohm (determine by listening, or follow detailed guidelines in user manual)
Recommended load via step-up transformer: 5 ~ 15ohm (step-up transformer’s output must be connected to 10kohm ~ 47kohm MM-level RIAA input, preferably via short, low-capacitance cable)
Delos
Recommended load directly into MC phono input: 97.6ohm ~ 806ohm (determine by listening, or follow detailed guidelines in instruction manual)
Recommended load via step-up transformer: 5 ~ 15ohm (step-up transformer’s output must be connected to 10kohm ~ 47kohm MM-level RIAA input, preferably via short, low-capacitance cable)
***********
My XV1 has a recommended loading of > 30. I have run it full out 47k with no issues.
From this thread..
There were good takeaways for me from J. Carr on that thread, from quite a while ago.
J Carr
Generally speaking, the greater the capacitance across the plus and minus cartridge outputs, the heavier the resistive loading needs to be to control the resulting high-frequency spike. Conversely, less capacitance allows the resistive load on the cartridge to be reduced, which will benefit dynamic range, resolution and transient impact.
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PS. The possible frequency range occupied by the high-frequency resonant spike also includes the frequency range encompassed by LP pops and ticks, and these can likewise be of quite large magnitude (larger than any music signal inside the groove). Just as with the high-frequency resonant spike, controlling pop and tick energy is the task of the phono stage (although it is a big help if the cartridge has a low-mass moving assembly). The phono stage and cartridge can have an immense influence on how "noisy" your LPs appear to be.
^^^
It highlighted for me also, how important a role the direct shot wiring plays. I am sure it plays a big part, along with my phono stage, for the reason I am able to run with no load.
Cheers Chris