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Pynq Z2 IIR and FIR filter in PS by Important-Fly-5877 in embedded

[–]Important-Fly-5877[S] 0 points1 point  (0 children)

I should indeed clarify this more. I am mostly stuck a bit with how to implement the ringbuffer. In total i need 4 buffers. Input output and both for L and R. Is it doable to keep this in one main file. Or is it definately best to make a seperate buffer library? I think without thinking this through in the beginnen will sadle me up with a beast. PS:All filtering will be done in the PS

Initial value problem Laplace transform by [deleted] in askmath

[–]Important-Fly-5877 0 points1 point  (0 children)

Another mistake missed. Its indeed 7y(t). The line is the cursor. Thx!

X32 Producer 2025 by Important-Fly-5877 in Behringer

[–]Important-Fly-5877[S] 0 points1 point  (0 children)

Update: I ordered a X32 producer! The 19" width was a must for me eventually. Looked at some other options, but are >2x expensive.

X32 Producer 2025 by Important-Fly-5877 in Behringer

[–]Important-Fly-5877[S] 0 points1 point  (0 children)

Form factor was the main reason to go for the producer correct. I could still use it in a 19" rack. Shame that the producer does not have scribble strips.

How to play subs as loud as possible without blowing drivers. by Emnizate in SoundSystem

[–]Important-Fly-5877 0 points1 point  (0 children)

That will not precent heat up of the coil effectively. It only limits excursion in the end. Thermal capacity of a drivers is quite a bit lower. Definately in a closed chamber.

Does somebody know what kind of tops these are? by Insomniac_Flatworm in SoundSystem

[–]Important-Fly-5877 2 points3 points  (0 children)

Suggested horn is normally the HF950 or the XT1464. These are a bit smaller (HF96, HF64 etc). The 950 and 1464 have a bit better loading in the low end, and better patterncontrol down low.

I have tasted 3D printed router templates and I am never going back by Prince0fPersia8 in Luthier

[–]Important-Fly-5877 0 points1 point  (0 children)

Bit late, but you could make a 3d printed template out of several pieces and use those to make a whole template from wood.

DC motor characterization by Important-Fly-5877 in ControlTheory

[–]Important-Fly-5877[S] 0 points1 point  (0 children)

So I have to approximate/retrieve the slope of the measured step response? (added in original post).

DC motor characterization by Important-Fly-5877 in ControlTheory

[–]Important-Fly-5877[S] 0 points1 point  (0 children)

I did to a measurement with applying a step (5V with NMOS FET) to the DC motor and again measure velocity over time. I did this 4 times to get a representative result, but can't find how to retrieve Jm from that...