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I’m not familiar with capacitor and resistor quality brands, looking at the crossover photo, you guys think the components are holding back the drivers? This speaker(Monitor Audio 500 7g) is behind my Klipsch Palladium in micro detail retrieval. Hoping a capacitor and resistor upgrade would up the speaker closer to the Palladiums. I’m thinking of replacing the capacitors with Sonicaps and mills resistors of the same value, and solder the replacement components back in the original board. I may replace and solder the speaker wires to the driver as well. I have done a few DIY amps, but have never modified a crossover before. Is it realistic to expect a noticeable bump in detail retrieval?
Is it realistic to expect a noticeable bump in detail retrieval?
Not at all, unless your expectations are very low. The only way to noticeable increase detail is removing the xover and use a full range driver>https://www.lii-audio.com/product/recommended-15-full-range-speaker-driver-for-music-loudspeaker-with-tube-amplifier-f-15-in-pair/The use of xovers remove the music harmonics, small details and the 3D ambience that are lost as heat, as well as decrease the speakers sensitivity.Dont fix what is not broken.
The problem with full range is that you move the distortion from the Xover to the drivers. Having one driver do all frequencies causes doppler distortion. Complex music with a lot of things going on can also sound a tad blurred at least that is my experience with my previous Omega speakers.
The problem with full range is that you move the distortion from the Xover to the drivers. Having one driver do all frequencies causes doppler distortion. Complex music with a lot of things going on can also sound a tad blurred.
Also never heard about doppler in speakers.
Perhaps you've heard it referred to as 'IMD' (inter-modulation distortion)?
Not at all, unless your expectations are very low. The only way to noticeable increase detail is removing the xover and use a full range driver>The use of xovers remove the music harmonics, small details and the 3D ambience that are lost as heat, as well as decrease the speakers sensitivity.Dont fix what is not broken.
Then again ... some of us want to listen to "full range" music. There is no so-called "full range" - ie. single - driver that can faithfully deliver 20-20kHz.A second way your approach falls down is the issue of IMD; if a single driver is producing LFs ... then its delivery of HFs will be compromised.Andy
Tyson is right that the parts are pretty low quality, but replacing all of them is going to cost a fortune. I'd start with the caps and resistors in the tweeter circuit and see what you think. If you think it's worth the time and $, then replace everything in the midrange circuit, and the smaller coil (no iron cores) in the woofer circuit. And FullRangeMan hates crossovers of any kind, so judge accordingly. Oh, and yes, you can definitely get a bump in clarity.
Tyson is right that the parts are pretty low quality, but replacing all of them is going to cost a fortune.
I was being nice with my comments, so let me say what I really wanted to -- those speakers aren't worth upgrading. Sell them and buy or build some better speakers. They're another example in a long line of pricey ($3,200) speakers with $10 worth of crossover parts.
…This speaker(Monitor Audio 500 7g) is behind my Klipsch Palladium in micro detail retrieval. Hoping a capacitor and resistor upgrade would up the speaker closer to the Palladiums. …