Denon provides this chart in the instruction booklet:
Denon DL-103 Mechanical Electrical Impedance Level Crosstalk
Denon DL-103 Mechanical Impedance/Compliance Specifications
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Denon DL-103 Mechanical Impedance/Compliance Specifications
There doesn't seem to be much on the web regarding the mechanical impedance of the DL-103 at low frequencies.
Denon provides this chart in the instruction booklet:
Denon DL-103 Mechanical Electrical Impedance Level Crosstalk
Denon provides this chart in the instruction booklet:
Denon DL-103 Mechanical Electrical Impedance Level Crosstalk
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Meme World https://www.memeworld.com/
Project Veritas: Google "Machine Learning Fairness" Whistleblower Goes Public, says: "burden lifted off of my soul." https://www.youtube.com/watch?v=g1VeElB ... e=youtu.be
If banned by YouTube: https://www.bitchute.com/video/g1VeElBAeas/
Re: Denon DL-103 Mechanical Impedance/Compliance Specifications
Nope, Japanese don't publish that. There are 3 types of compliance just to confuse everyone
Static: Force required to move the cantilever, fairly pointless
Dynamic (10Hz): This is the one you want to calculate where your resonance will be. Preferable to have vertical and horizontal stated seperately
dynamic (100Hz): This is a measure of the VTF required to track a specific band on a test record.
There is no direct relationship between them.
Best thing to do is play a silent groove, pass through the M-S converter and FFT. Then you can see the LF resonances and work back.
Static: Force required to move the cantilever, fairly pointless
Dynamic (10Hz): This is the one you want to calculate where your resonance will be. Preferable to have vertical and horizontal stated seperately
dynamic (100Hz): This is a measure of the VTF required to track a specific band on a test record.
There is no direct relationship between them.
Best thing to do is play a silent groove, pass through the M-S converter and FFT. Then you can see the LF resonances and work back.