Power Filter for Audio Dilemma

Im fairly certain I have power line noise coming through my speakers. At random, I get "pops" that seem to happen when the refrigerator turns off. I also get "static" which during one episode the only clue I could find was the dryer running downstairs. The pops and static only last about 2-3 seconds at a time and happen randomly throughout the day and night.

Questions re flash drive and volume leveling

We have acquired a quality receiver and speakers (Yamaha RXV3800 and DefTech speakers). My Yamaha is capable of playing MP3s from a flash drive (really cool not to have to burn!),however the ends of songs are sometimes cut off, and the shuffling is sometimes erratic. I would love to have more control over the playlist.
1. Would an IPOD type device attached to my receiver (it can do that) utilize the full capabilities of my receiver and speakers, or the IPOD's lesser quality?

The Science of Subwoofing Page 5

The Science of Subwoofing Page 5

There was a time, as recently as 40 years ago, when frequencies below 100Hz were considered extreme lows, and reproduction below 50Hz was about as common as the unicorn. From our present technological perch, it's too easy to smirk condescendingly at such primitive conditions. But just so you're able to sympathize with the plight of these disadvantaged audiophiles, I should tell you that there were two perfectly good reasons for this parlous state of affairs. First of all, program material at that time was devoid of deep bass; not because it was removed during disc mastering but simply because there wasn't any to begin with. The professional tape recorders of the day featured a frequency response of 50–15kHz, ±2dB—just about on a par with the frequency performance capability of a cheap 1988 cassette tape deck.

The Science of Subwoofing Page 4

The Science of Subwoofing Page 4

There was a time, as recently as 40 years ago, when frequencies below 100Hz were considered extreme lows, and reproduction below 50Hz was about as common as the unicorn. From our present technological perch, it's too easy to smirk condescendingly at such primitive conditions. But just so you're able to sympathize with the plight of these disadvantaged audiophiles, I should tell you that there were two perfectly good reasons for this parlous state of affairs. First of all, program material at that time was devoid of deep bass; not because it was removed during disc mastering but simply because there wasn't any to begin with. The professional tape recorders of the day featured a frequency response of 50–15kHz, ±2dB—just about on a par with the frequency performance capability of a cheap 1988 cassette tape deck.

The Science of Subwoofing Page 3

The Science of Subwoofing Page 3

There was a time, as recently as 40 years ago, when frequencies below 100Hz were considered extreme lows, and reproduction below 50Hz was about as common as the unicorn. From our present technological perch, it's too easy to smirk condescendingly at such primitive conditions. But just so you're able to sympathize with the plight of these disadvantaged audiophiles, I should tell you that there were two perfectly good reasons for this parlous state of affairs. First of all, program material at that time was devoid of deep bass; not because it was removed during disc mastering but simply because there wasn't any to begin with. The professional tape recorders of the day featured a frequency response of 50–15kHz, ±2dB—just about on a par with the frequency performance capability of a cheap 1988 cassette tape deck.

The Science of Subwoofing Page 2

The Science of Subwoofing Page 2

There was a time, as recently as 40 years ago, when frequencies below 100Hz were considered extreme lows, and reproduction below 50Hz was about as common as the unicorn. From our present technological perch, it's too easy to smirk condescendingly at such primitive conditions. But just so you're able to sympathize with the plight of these disadvantaged audiophiles, I should tell you that there were two perfectly good reasons for this parlous state of affairs. First of all, program material at that time was devoid of deep bass; not because it was removed during disc mastering but simply because there wasn't any to begin with. The professional tape recorders of the day featured a frequency response of 50–15kHz, ±2dB—just about on a par with the frequency performance capability of a cheap 1988 cassette tape deck.

The Science of Subwoofing

The Science of Subwoofing

There was a time, as recently as 40 years ago, when frequencies below 100Hz were considered extreme lows, and reproduction below 50Hz was about as common as the unicorn. From our present technological perch, it's too easy to smirk condescendingly at such primitive conditions. But just so you're able to sympathize with the plight of these disadvantaged audiophiles, I should tell you that there were two perfectly good reasons for this parlous state of affairs. First of all, program material at that time was devoid of deep bass; not because it was removed during disc mastering but simply because there wasn't any to begin with. The professional tape recorders of the day featured a frequency response of 50–15kHz, ±2dB—just about on a par with the frequency performance capability of a cheap 1988 cassette tape deck.

Buy Cheap Speakers—Have Fun!

Buy Cheap Speakers—Have Fun!

"Be like my friend Frank. He imagines that he's purchased certain products—right now he's imagining that he bought a pair of hard-to-get English speakers which he has read a review of but hasn't heard. This is ideal, since the speakers can sound better and better as Frank imagines more and more. When he tires of these speakers and gets excited about something else, he doesn't have to trade them in. He only needs to start imagining the next product." That was Sam Tellig's friend Frank, back in March of this year. No one could have said it better, but I have a followup.

Advertisement
Advertisement
Advertisement
Advertisement