Really????Painting with far too broad a brush imo. My products are both, thankyouverymuch!
You need to read some of Jim Brown's, Neil Muncy's and Henry Ott's papers.
Really????Painting with far too broad a brush imo. My products are both, thankyouverymuch!
It all makes a cumulative difference. This is also where the water analogy to electricity breaks down, resistance in an electric circuit is linearly additive but this isn't the case for restricting the flow of water, so a low quality part doesn't necessarily "bottleneck" the system in the way it would the flow of water. However, using too many parts that add their own sound characteristics can definitely mask changes in the system. If you go from source to driver using high quality wire and connectors throughout the system it makes a massive difference.
Really????
You need to read some of Jim Brown's, Neil Muncy's and Henry Ott's papers.
Really????
You need to read some of Jim Brown's, Neil Muncy's and Henry Ott's papers.
One of the benefits power cable manufacturers tout goes against this. Namely they talk about fast transient response to high current needs of the equipment. Well, anything with fast transients by definition filters less than another cable! You get fast transients because you reduced how much high frequency filtering is happening. That is the opposite of any kind of high frequency filter.
The argument some make is the other way around in that the mains cable can filter what the device generates. My point was regarding saying that in one breath and in the next saying it handles transients in power consumption well.Ok, a power supply would typically be stepped down in voltage by a transformer, rectified to DC, smoothed and bypassed with large caps, voltage regulated, smoothed, bypassed, filtered by further caps then maybe more next to critical components which often have high psrr in themselves.
Why would the fractional difference a funky mains cable could make to the incoming mains impedance have any bearing on the final output impedance of the power supply?
Yep, it's an oxymoron. You don't need both power line filters (power conditioners) and cables that deliver high speed transients.The argument some make is the other way around in that the mains cable can filter what the device generates. My point was regarding saying that in one breath and in the next saying it handles transients in power consumption well.
The argument some make is the other way around in that the mains cable can filter what the device generates. My point was regarding saying that in one breath and in the next saying it handles transients in power consumption well.
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