Bug#1065086: ITP: coil64 -- Coil64 is inductance coil calculator, that allows to calculate the single-layer and multi-layer air core inductors, the ferrite toroid inductors or chokes, flat square coils on PCB etc.

[Patrick Winnertz <patrick@winnertz.eu>]

Package: wnpp
Severity: wishlist
Owner: Patrick Winnertz <winnie@der-winnie.de>
X-Debbugs-Cc: debian-devel@lists.debian.org

* Package name    : coil64
  Version         : x.y.z
  Upstream Contact: Name <somebody@example.org>
* URL             : https://www.example.org/
* License         : (GPL, LGPL, BSD, MIT/X, etc.)
  Programming Lang: (C, C++, C#, Perl, Python, etc.)
  Description     : Coil64 is inductance coil calculator, that allows 
to calculate a variety of different coils.


This software allows to calculate the following species of inductors:
    Single layer close-winding air core solenoid
    Single layer RF solenoid with winding pitch
    Single layer RF solenoid winding with rectangular cross-section wire
    Single layer RF solenoid with pitch, but non-circular winding
    Multi-layer air core inductor
    Multi-layer air core inductor with insulating pads
    Multi-layer air core inductor on a rectangular coil-former
    Multi-layer foil-wound coil
    Coil or choke on a ferrite ring (only for low-current RF circuits)
    The planar PCB coil
    Tesla flat spiral coil
    The software has additional modules that allow to calculate:
        flat PCB coil with the meander form of turns;
        search coil for a metal detector;
        a single triangle, rectangle or round loop coil;
        air core toroid coil with round & rectangular cross-section;
        estimate influence of the shield on the value of coil inductance;
        ferrite rod core inductor;
        coil or choke in the pot core (ferrite or powder iron);
        coil on the ferrite E-core;
        coil on the ferrite U-core;
        coil on the ferrite RM-core;
        finding unknown permeability of a ferrite ring;
        recalculate any coil with ferrite or iron core by determining 
its AL factor;
        Amidon™ cores - iron powdered & ferrite toroids, Pot-shaped , 
E-shaped & multi-aperture ferrite cores;
        An optimal multilayer coil for the audio system filter (crossover);
        A ferrite toroid inductor at the radio frequencies with 
Q-factor & self-capacitance calculations;
        Bandspread capacitors calculation;