@jemmer01 , flip through the values and you tell us.
The manufacturers usually know their own products best. I always stick with their recommendation. You will not notice much when you play around.
@jemmer01 , flip through the values and you tell us. The manufacturers usually know their own products best. I always stick with their recommendation. You will not notice much when you play around. |
Which means that you can take some bigs steps. Or try 50, 100 and 200 and see if there is much in it. |
When you go lower ohms - I hate saying lower load because technically that’s a tougher load for the cartridge - you can start to lose noticeable signal, like 1 dB and more as you slide down below a 10x coil-to-load ratio (about half a dB at a 20x ratio). This is because of the voltage divider formed between the cartridge coil and load. This only applies to voltage-amplification mode phono stages and SUTs, as intactaudio will point out (though current mode stages are still much less common). So you may need to adjust the volume slightly on different loads, to be fully fair in your comparisons. You can often notice the difference going from say 50 ohms to 200 ohms (e.g. adjust the volume up almost a dB for 50 ohms load) or vice versa. But at some point, throwing away too much signal (too low of a load resistance) is definitely bad - you’re lowering signal-to-noise ratio for one. |
The bottom line is you cannot hurt anything by experimenting with a wide range of different loads and selecting the one you like best. You could even start at 47K ohms and go down from there in logarithmic steps. But it is probably wise not to go lower than the manufacturers lowest recommendation. Ideally, you want to maintain a 1 to 10 ratio between the internal resistance of your cartridge and the load resistance. |