Problem with phono stage

This from a German magazine, measurements on the MP150, a close cousin to the MP110, gave inductance of 630mH. Note also the frequency response graphs for the given load R and C. They also mentioned the MP300 in this test, and it gave near identical value for inductance, which suggests that the MP110 would measure similarly.
http://www.nagaoka-deutschland.de/pdf/TESTBERICHT%20AUDIO.pdf
This information is offered to help the OP, not to further or provoke any arguments with Raul. Other sites do quote >800mH for the MP110.


But this article may be of more help to the OP, since it does not involve understanding how inductance affects the high frequency peak that is characteristic of all MM or MI types. Here they show how the capacitance load affects the frequency response of the Nagaoka MP11, evidently a precursor to the MP110. Just know that the "capacitance load" must include the capacitance of the phono ICs + the capacitance of the phono input gain stage + any added capacitors for loading. After all this reading and researching, I am inclined to agree with Atma-sphere that the emphasis on ticks and pops which the OP experiences might be cured by changing load R or C. And this article is sort of a guide how he might do that. For sure, all these sources give high marks to the overall SQ afforded by the MP110. So high in fact that I am about to recommend it to my nephew, a budding audiophile.
http://www.tnt-audio.com/sorgenti/nagaoka_mp11_e.html

Dear @lewm  : "  I suspect Jose' has an EE background. "

Of course but not only that because he has studies ( 5 University years. ) too as: physicist and Mathematics. Additional he is an expert in digital systems/computers.

In the same way that the Essential was designed and builded to fulfill the cartridge needs and my self demanding targets in the same manner I was and am in the tonearm design and build process ( not with José. ).

As the Essential the tonearm is a true statement of audio item a true instrument level to satisfy any single cartridge needs and obviously my self needs.

Rigth now this unique tonearm ( it's copy of nothing. Is designed starting from Zero as the Essential. ) is finished and I have 3 samples working in my TTs with 3 way different cartridges. I can say it's fabulous, outstanding, unimaginable and a " dream come true " of quality level performance for say the least and again not because I did it again but .... 

In the other side, when we finished the Essential 3150 we write by hand the targets of an amplifier and the most important issue is that the amplifier is absed/founded in an all " new " output technology never used in the audio history. We don't go a head yet because my modified  monoblocks are stunning units.

I already has too ( my self with no other gentleman to my side. ) a cartridge targets design, I can mention two of those targets: output 0.05mv ( maybe even lower. ) and 30cu.

Btw, I don't know if you really know what you own in your 3160 when phonolinepreamps as: Dartzeel, Vitus, FM Acoustics, CH, D'angostino and the like can't overall beats/outperforms it.
I already listen the CH and can't do it but I don't listen the 4 chasis version of CH that could performs in different way due tha the power supply units were improved. The Vitus set you back over 70K ( phono stage plus line unit. ) and the CH 90+K and the 4 chasis over 140K prices ! !  That's what you own and nothing less.

Power supply design is critical, your 3160 unit has a more " hefty " PS than my 3180 that in reality is the same 3150 chasis and Power Supply with several improvements/up-grades in the main circuit boards.

@mijostyn , come on: is it so critical that issue? . I know is my fault.

Regards and enjoy the MUSIC NOT DISTORTIONS,
R.

That gives: 17khz, no problem at all.

R.

Even welcomed. !

R.

So the low capacitance cable as the first step is now, a page and a half later, shown to be correct.

You can easily hear a peak at 17KHz as it influences an envelope of frequencies about it, going down to about 10KHz.

A gentleman with deep knowledge levels way higher than you and ovbiously than me says about:
" Clicks don’t inherently have a frequency because there is no repetition in the signal. That would be like asking "what is the frequency of an impulse? ""

Raul made this comment earlier which is mysterious, as its obvious that whoever he’s referring to here has no idea of what he was talking about. Obviously you can hear ticks and pops in the tweeter of a speaker; so you want that resonance to be well above the audio band so it becomes inaudible and not acting as a treble control. This is why there are low capacitance cables meant for phonograph use :)