Fuses fuses fuses

georgehifi
"I talked with a software engineer who also had a masters degree in electrical engineering. He said, "Let me look at it.""

About an hour later he came to me and said, "I’ve found the problem, let me show you." He had found a 250 kHz signal modulated onto the power sine wave.
You said it all buckhorn_cortez

He as an engineer measured and he found.
There’s non of that going on here with the pro side of fuses can sound better, also when they are reversed.

Cheers George

Are you feeling a little groggy this morning, George? Of course engineers have measured fuses. Don't tell me you didn't get the memo. You can go back to sleep now.

Lee J. Cobb who played Juror #10 (the last holdout) was also great of course in On the Waterfront as mob boss Johnny Friendly. Also as Willy Loman in Death of a Salesman.

Of course engineers have measured fuses.

Not in the way you promote them, they wouldn't be stupid enough.

Cheers George

georgehifi
Of course engineers have measured fuses.

Not in the way you promote them, they wouldn’t be stupid enough.

Cheers George

>>>>>If you’re pretending to be dense you’re doing an excellent job. ( Juror #2 from 12 Angry Men)

Who do you think measured the directionality of fuses that are shown in the HiFi Tuning data sheets? Engineers. And they measured fuses in EXACTLY the way I promote them. I.e., conductivity is better in one direction than the other. Duh! 

Time for a fuse measurements recap. Interpretation of measurements. All aboard!

INTERPRETATION OF MEASUREMENTS (HiFi Tuning data sheets)

(verbatim)

There is a measurable difference in directivity of fuses. Mostly that will be due to the way the melting wire is manufactured. The difference is in the range of 5 % . That is in the range of variations due to the factoring process, but the difference is measurable with all types of fuses.

The resistance of the fuse itself is dependent on the length and thickness of the melting wire. At pure DC- resistance measurements, of the commercial available fuses, the solder type with leads gives the best results. Worst results gives the fuse with a glass tube and spiral shaped melting wire.

The high end fuses all give better results in conductivity, the cryogenically treated fuses from HiFi-Tuning give the best results, while the rhodium coated fuse from Padis gives the highest DC- resistance.

For DC applications it ́s recommended to use the solder type fuse or the cryogenically treated fuses from HiFi-Tuning Germany.

The drop in resistance up to the factor of 8 is clearly measurable and also could be detected in listening test.

Fuses with a glass tube and a spiral shaped melting wire are additionally by a factor of 20 more sensitive to micro phonic effects. Fuses with a glass tube and a straight wire still by a factor of 5.