FRITZSPEAKERS.COM LOUDSPEAKERS ARE CUSTOM BUILT & SOLD DIRECTLY TO YOU. THEY COME WITH A 30 DAY MONEY BACK GUARANTEE (LESS SHIPPING) IF YOU AREN'T ABSOLUTELY DELIGHTED WITH THEM.
These demo models are a new less expensive version of my upgraded REV 5SE design with a ring radiator tweeter that has higher frequency extension with more air than the original SS 9500 tweeter and upgraded crossover parts. These same drivers were used in several major name brand models that cost 4-10 times $$ more!
Check out the impedance & phase curves on these. Google any other loudspeaker & see if they have a Stereophile review & look at the impedance curves on the measurements page. Most name brand speakers impedance curves look like a mountain range with large peaks & dips. Loudspeakers with Series crossovers sound more natural. My web site has more info on why Series crossovers work and sound much better than conventional crossovers.
Here's some copy and paste links to reviews of the original REV 5 model, this new version is now even better sounding!
Check my other ads for more models that are available & go to my web site for links to 40 reviews of my loudspeakers from- The Absolute Sound, Part Time Audiophile, Enjoy the Music, Positive Feedback, Stereo Mojo, 10 Audio, Sonic Flare, Stereo Times and many others.
Go to my web site for links to 40+ reviews of my loudspeakers and give me a call for more info on these & my other designs.
Thanks, Fritz Heiler FritzSpeakers.Com 310 379 8190
I currently have a RoseWood, Teakwood and Cherry wood pair available.
BTW- Series crossovers actually have variable crossover points. Conventional crossovers are basically mathematical equations that are separately calculated based on the impedance of the mid/bass driver and tweeter used in the speaker.
When music is playing through a loudspeaker, the drivers voice coils heat up and the impedance and other electrical parameters can change. A heated 8 ohm mid/bass driver coil may become 7 ohm, a 6 ohm tweeter coil may become 8 ohm (could be higher or lower depending on voltage & current), effectively changing the cross over frequencies of each driver. The mid/bass could now roll off sooner (lower) and the tweeter could come in later at a higher frequency... or vise versa. This can result in an overlap or suck out between them.
With series crossovers both of the drivers are in the same circuit and the crossover points fluctuate between the two drivers eliminating the peaks or suck outs of conventional crossovers.