Less Is More On this Page : DNM Components Controlling Feedback Some designers believe that by putting more components into an amplifier, to reduce the distortion to vanishingly low levels, they can produce a better amplifier. This pursuit of impressive specifications rarely brings a musical benefit. In listening tests, we have found that whilst low distortion and good measured performance are important, they are not as crucial as some would suggest to the goal of producing the best possible sound. DNM designs avoid superfluous circuitry. |
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DNM continue to investigate new circuit layout systems, as exemplified by the very latest developments in the PA3 power amplifier with its three-dimensional circuit topology. Controlling Feedback The correct use of feedback systems is crucially important to the sound quality of any amplifier. Almost all amplifiers use some form of feedback loop in the circuit. Conventional feedback loops are rarely applied accurately enough to realise the true potential of the circuit. Such feedback systems are incapable of portraying the subtleties of music and dominate the sound of an amplifier.
This improvement in feedback performance allows full exploitation of the circuit design, giving greater accuracy and precision. Questioning Technology In a world where increasing technology is embraced, regardless of whether it performs a useful function, DNM must question its value in order to make real advances in sound quality. We will utilise more complex solutions to problems only if they genuinely improve the performance of our products. For many years DNM has defined 'holistic thinking' within the audio world, challenging preconceived ideas, formulating new theories regarding amplifier performance and proving the validity of such thinking. |
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