Roger,
As you know there is a big benefit in hard coupling any power transformer to the chassis with brass instead of the ferrous steel and rubber materials usually the defaults in audio. With the inductors coated in Cascade I plan on the outboard crossover components hard mounted with insulating washers made of mypingo the same wood that clarinets are made and then direct coupled with brass fasteners and audiopoints to either a panel of mypingo or brass. I plan on using the same method with the Clarity D Tact caps which maybe by accidental design are perfect for the same mechanical grounding methods as will be applied to the inductors. The same mechanical tuning methods that you and I know work so well with speaker drivers and cabinets can also be applied and tuned easily to the components of an outboard speaker crossover or power supply. Perhaps non potted components will react more musically to outboard tuning than ones that are damped or overdamped by potting methods alone? Tom
As you know there is a big benefit in hard coupling any power transformer to the chassis with brass instead of the ferrous steel and rubber materials usually the defaults in audio. With the inductors coated in Cascade I plan on the outboard crossover components hard mounted with insulating washers made of mypingo the same wood that clarinets are made and then direct coupled with brass fasteners and audiopoints to either a panel of mypingo or brass. I plan on using the same method with the Clarity D Tact caps which maybe by accidental design are perfect for the same mechanical grounding methods as will be applied to the inductors. The same mechanical tuning methods that you and I know work so well with speaker drivers and cabinets can also be applied and tuned easily to the components of an outboard speaker crossover or power supply. Perhaps non potted components will react more musically to outboard tuning than ones that are damped or overdamped by potting methods alone? Tom