I would think that shunting the input should negate all but the highest levels of crosstalk. After all, the input is where the "leakage" would have the most chance to be picked up and amplified as that is where the circuitry would offer the most gain. Shorting the input jack to ground would in effect shunt the "leakage" to ground at the same time, making the test far less realistic in terms of real world operating conditions. That is why i thought a Cardas Cap might be worthwhile, as you would only hear the "internal leakage" within the amp itself with minimal influence from outside sources.
One other thing just came to mind. I would guess that someone with HIGHLY sensitive speakers might hear more "crosstalk" simply due to the fact that the speakers allow more to be heard with less amplitude signal sent to them. As such, someone with K-Horns, K.A.R's, etc... may think that their otherwise "excellent" amp is "leakier" than someone with an amp that is actually much poorer with a pair of 86 db speakers. I guess that is why it is "good" to have test equipment and dummy loads to document such things. You at least end up with consistent and repeatable conditions that can be used from component to component. This allows one to have a specific baseline to work from. Sean
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One other thing just came to mind. I would guess that someone with HIGHLY sensitive speakers might hear more "crosstalk" simply due to the fact that the speakers allow more to be heard with less amplitude signal sent to them. As such, someone with K-Horns, K.A.R's, etc... may think that their otherwise "excellent" amp is "leakier" than someone with an amp that is actually much poorer with a pair of 86 db speakers. I guess that is why it is "good" to have test equipment and dummy loads to document such things. You at least end up with consistent and repeatable conditions that can be used from component to component. This allows one to have a specific baseline to work from. Sean
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