The first step to problem solution is problem Identification
Here are 10 common conditions that can effect your power delivery and skew the sound of your system
By applying the right type of filter application for the electrical anomalies you can correct the problem
Not knowing what your problem is and just adding some ones recommendation for a power conditioner or power cord that works for someone else can be a catastrophe as their problems may not be the same as yours
I'm sure Elizabeth has different issues in her down town Midwest condo vs Albert's issue in suburban Texas
Knowledge with out understand can be a sure fire receipt for disaster
Here are probably the top ten problems issues in power delivery
1. Blackouts: A total loss of utility power
2. Frequency variation: A change in frequency stability
3. Transients: Instantaneous high voltage increase in the range of nanoseconds
4. Harmonics: Distortion of the normal waveform, generally transmitted by non-linear loads
5. Over Voltage:Increased line voltage for extended periods of a few minutes to a few days
6. Brownouts: Reduced line voltage for extended periods of a few minutes to a few days
7. Sags: Short term low voltage
8. EMI (Electro Magnetic Interference): High Frequency waveform - often referred to as noise
9. RFI (Radio Frequency Interference): Also a High Frequency waveform - often referred to as noise
10. Surges: Short term high voltage
Here are 3 that can be equally as deliberating but get little to no consideration on this and other boards
1 Power Correction Factor ... when current and voltage are out of phase efficiency is reduced ...
2 DC offset ... this is a silent killer that attacks transformers reducing their efficiency limiting dynamic and head room
3 Noise (RF/EMI) traveling on the third wire / safety ground ... main reasons systems sound better when ground is lifted ... but not a recommended solution
Tell me how a power cord can remedy these situation and a properly applied power conditioner can't or won't
One more thing ... dedicated lines ... will someone please show me how they isolate when all the neutrals in the house are bonded to a single bus bar and all the ground wires/3rd wire safety are bonded to a separate Bus and then these two Buses are tied together before going the the ground rod out side
Looks like noise on the safety can easily be coupled to the neutral at the main panel box through their bonding to the ground
Now noise on the safety plus any noise you pick up on the neutral will work it's way back into your equipment's power supplies degrading the sound on the AC's back side or return trip back through the power supply ... after all we are dealing with alternating current
So I guess a power cord can correct all these issues and can correct all this but a power conditioner is detrimental
Apply the right type of filtration to the specific problem usually works every time
"Insanity is doing the same thing over and over and expecting different results" ... Albert Einstein
Here are 10 common conditions that can effect your power delivery and skew the sound of your system
By applying the right type of filter application for the electrical anomalies you can correct the problem
Not knowing what your problem is and just adding some ones recommendation for a power conditioner or power cord that works for someone else can be a catastrophe as their problems may not be the same as yours
I'm sure Elizabeth has different issues in her down town Midwest condo vs Albert's issue in suburban Texas
Knowledge with out understand can be a sure fire receipt for disaster
Here are probably the top ten problems issues in power delivery
1. Blackouts: A total loss of utility power
2. Frequency variation: A change in frequency stability
3. Transients: Instantaneous high voltage increase in the range of nanoseconds
4. Harmonics: Distortion of the normal waveform, generally transmitted by non-linear loads
5. Over Voltage:Increased line voltage for extended periods of a few minutes to a few days
6. Brownouts: Reduced line voltage for extended periods of a few minutes to a few days
7. Sags: Short term low voltage
8. EMI (Electro Magnetic Interference): High Frequency waveform - often referred to as noise
9. RFI (Radio Frequency Interference): Also a High Frequency waveform - often referred to as noise
10. Surges: Short term high voltage
Here are 3 that can be equally as deliberating but get little to no consideration on this and other boards
1 Power Correction Factor ... when current and voltage are out of phase efficiency is reduced ...
2 DC offset ... this is a silent killer that attacks transformers reducing their efficiency limiting dynamic and head room
3 Noise (RF/EMI) traveling on the third wire / safety ground ... main reasons systems sound better when ground is lifted ... but not a recommended solution
Tell me how a power cord can remedy these situation and a properly applied power conditioner can't or won't
One more thing ... dedicated lines ... will someone please show me how they isolate when all the neutrals in the house are bonded to a single bus bar and all the ground wires/3rd wire safety are bonded to a separate Bus and then these two Buses are tied together before going the the ground rod out side
Looks like noise on the safety can easily be coupled to the neutral at the main panel box through their bonding to the ground
Now noise on the safety plus any noise you pick up on the neutral will work it's way back into your equipment's power supplies degrading the sound on the AC's back side or return trip back through the power supply ... after all we are dealing with alternating current
So I guess a power cord can correct all these issues and can correct all this but a power conditioner is detrimental
Apply the right type of filtration to the specific problem usually works every time
"Insanity is doing the same thing over and over and expecting different results" ... Albert Einstein