i have a more technical explanation.
there are three conditions for synergy:
1)components must perform within the limits of manufacturers specifications
2) a component cannot prevent another component from realizing its potential
3) a stereo system is in balance, i.e., no emphasis upon an part of the frequency spectrum
system synergy does not assure that you will like the sound of a stereo system.
here are 2 examples of the absence of synergy due to component interactions.
consider a tube preamp and solid state amp. if the output impedance of preamp is high and amplifier input impedance is less than say 50,000 ohms, there will be an imbalance in the stereo system.
consider a speaker producing a 2 ohm load driven by an amplifier which requires at least a 4 ohm load. again, the stereo system will be out of balance and the amplifier may not function properly because of the demand it is incapable of handling.
there are three conditions for synergy:
1)components must perform within the limits of manufacturers specifications
2) a component cannot prevent another component from realizing its potential
3) a stereo system is in balance, i.e., no emphasis upon an part of the frequency spectrum
system synergy does not assure that you will like the sound of a stereo system.
here are 2 examples of the absence of synergy due to component interactions.
consider a tube preamp and solid state amp. if the output impedance of preamp is high and amplifier input impedance is less than say 50,000 ohms, there will be an imbalance in the stereo system.
consider a speaker producing a 2 ohm load driven by an amplifier which requires at least a 4 ohm load. again, the stereo system will be out of balance and the amplifier may not function properly because of the demand it is incapable of handling.