Onhwy, if Raul says:
"Just play records, forget about break-in and enjoy the ride."
You should remember that is the "Gospel according to Raul", but not necessarily the gospel Truth!
Please remember that Raul and others have personal opinions which they have a habit of expressing as absolute facts. Do not misunderstand me, I have nothing against opinions -- I just think they should carry a proper disclaimer.
I have given you some verifiable information about the stress performance of modern polymers, and you can research this further, as I have, by using the modern miracle of Google.
Further, re cartridge loads, only a few manufacturers (like van den Hul, for instance) bother to state an optimum load for their products, even the very expensive ones. Most give a range that starts at the coil resistance (5 to 30 ohms or so) and goes to 47K ohms. That doesnt tell you a hell of a lot does it? However, there is a very definite electrical relationship (called impedance matching) between a cartridge's internal resistance and the load it is working into (just like between a preamp and amp). The customary starting point is usually a multiple of 25 times the cartridge's internal resistance. This has been arrived at through both experience and experiment. Using it will definitely get you in the ballpark, otherwise you'll be starting outside the stadium parking lot!
If you don't know the coil resistance of your cartridge, give me the make and model and I'll be happy to look it up for you. It may also be listed at www.cartridgedb.com
I hope this helps clarify some of the mystery.
"Just play records, forget about break-in and enjoy the ride."
You should remember that is the "Gospel according to Raul", but not necessarily the gospel Truth!
Please remember that Raul and others have personal opinions which they have a habit of expressing as absolute facts. Do not misunderstand me, I have nothing against opinions -- I just think they should carry a proper disclaimer.
I have given you some verifiable information about the stress performance of modern polymers, and you can research this further, as I have, by using the modern miracle of Google.
Further, re cartridge loads, only a few manufacturers (like van den Hul, for instance) bother to state an optimum load for their products, even the very expensive ones. Most give a range that starts at the coil resistance (5 to 30 ohms or so) and goes to 47K ohms. That doesnt tell you a hell of a lot does it? However, there is a very definite electrical relationship (called impedance matching) between a cartridge's internal resistance and the load it is working into (just like between a preamp and amp). The customary starting point is usually a multiple of 25 times the cartridge's internal resistance. This has been arrived at through both experience and experiment. Using it will definitely get you in the ballpark, otherwise you'll be starting outside the stadium parking lot!
If you don't know the coil resistance of your cartridge, give me the make and model and I'll be happy to look it up for you. It may also be listed at www.cartridgedb.com
I hope this helps clarify some of the mystery.