Hi Shyander:
My experience is that tonearm cables tend to be around 100pF per meter, while those specified as "low-capacitance" may be around 50pF per meter.
If your phono cable is 1.2 - 1.5m (common lengths) and isn't spelled out as being low-capacitance, I'd suggest that a "safe" value is 360-330 ohms, but you could go up to 390 or 410 if you want more dynamics and sparkle. If your system tends towards brightness, or you desire a sound which is closer to a "Row M" seat at a concert hall rather than "Row A", you could use heavier loading (smaller resistance values).
I believe that the SME3009 has a detachable tonearm cable, and if so you could use a capacitance meter to check the capacitance value (or perhaps ask a TV or electronics repair shop to measure for you).
But don't worry overly much about the numerical value of the load. There is no point is using a loading value that is numerically correct if the resulting sound makes you want to turn off your system.
I'd suggest that you eventually acquire some low-capacitance cable and then revisit your loading values. Chances are that you will be able to use less loading, which should give you more dynamic range, wider timbral range, and better resolution.
hth, jonathan
My experience is that tonearm cables tend to be around 100pF per meter, while those specified as "low-capacitance" may be around 50pF per meter.
If your phono cable is 1.2 - 1.5m (common lengths) and isn't spelled out as being low-capacitance, I'd suggest that a "safe" value is 360-330 ohms, but you could go up to 390 or 410 if you want more dynamics and sparkle. If your system tends towards brightness, or you desire a sound which is closer to a "Row M" seat at a concert hall rather than "Row A", you could use heavier loading (smaller resistance values).
I believe that the SME3009 has a detachable tonearm cable, and if so you could use a capacitance meter to check the capacitance value (or perhaps ask a TV or electronics repair shop to measure for you).
But don't worry overly much about the numerical value of the load. There is no point is using a loading value that is numerically correct if the resulting sound makes you want to turn off your system.
I'd suggest that you eventually acquire some low-capacitance cable and then revisit your loading values. Chances are that you will be able to use less loading, which should give you more dynamic range, wider timbral range, and better resolution.
hth, jonathan