Have you tried shorting out the 1R yet?
If it is now working "exactly as it should", then the problem is in how we are defining "normal volume". Are you talking about conversation levels? How loud would you define someone playing an acoustic guitar hard?
As Chuck said, "If you can raise your voice to talk with someone in another room, you should be able to crank your DR into this attenuator". Is this the type of volume we are talking about?
Look at the numbers Dave H used "Are you trying to be really quiet? With the 1R resistor in the attenuator the DR will be attenuated to about 0.35W which will be about half as loud as an unattenuated Champ (assuming 1/10 power is half as loud)."
.35W doesn't sound like much does it? Well, consider that guys who build 1/4W micro-amps for apartment use say they are too loud, probably half that power would be good. I think this is the type of volume you are calling normal, conversation level that won't wake the baby in the next room maybe?
Anyway, what is the result with the 1R bypassed?
If it is now working "exactly as it should", then the problem is in how we are defining "normal volume". Are you talking about conversation levels? How loud would you define someone playing an acoustic guitar hard?
As Chuck said, "If you can raise your voice to talk with someone in another room, you should be able to crank your DR into this attenuator". Is this the type of volume we are talking about?
Look at the numbers Dave H used "Are you trying to be really quiet? With the 1R resistor in the attenuator the DR will be attenuated to about 0.35W which will be about half as loud as an unattenuated Champ (assuming 1/10 power is half as loud)."
.35W doesn't sound like much does it? Well, consider that guys who build 1/4W micro-amps for apartment use say they are too loud, probably half that power would be good. I think this is the type of volume you are calling normal, conversation level that won't wake the baby in the next room maybe?
Anyway, what is the result with the 1R bypassed?
Comment