...well to answer that question and others that were not asked.
This is my investigation into the MRF300AN/BN devices.
Any similarity to the NXP MRFX1K80H is purely intentional
I figured it's good enough for the designers and manufacturers of the 65V 1600w+ device it's probably a good place to start for a pair of 300w devices from the same manufacturer.
Enter the above Sainsmart 3018. This is actually a whole subject unto it's own and will or will not be covered elsewhere depending on interest. What little CNC experience I acquired over the years did not in any significant way prepare me for this. It's been a steep learning curve accompanied by copious amounts of quality craft beer from ...
...and a variety of single malt Scotch's . (I prefer Laphroaig, hint, hint)
Back to the amplifier...
It starts out in Gimp, a cross-platform image editor available for GNU/Linux, OS X, Windows and more operating systems. Any image can be opened and manipulated to whatever you need and saved as a .bmp.
Inkscape is professional quality vector graphics software which runs on Linux, Mac OS X and Windows desktop computers. The .bmp is opened and scaled appropriately in Inkscape and a .svg file is saved.
http://jscut.org/
Not nearly self explanatory but for most of what I do it works. I have other tools from licensed software but I wanted this explanation to cover just what is freely available.
I'm using LinuxCNC to proof and edit my work after the gcode generation from jscut.
The unfortunate boggle to my process at the moment is having to switch to Micro$hit Winblow$ to control my router. However DrufelCNC just works. I've not yet seen an excuse or reason to fork over the $$ to Mach3 for additional support. What I really need is a real time LinuxOS and a parallel port driven controller for the router but with what I have it works for now .
Just another reason I want to dump Winblow$. It wouldn't let me take a screenshot so you get a crappy cellphone pic.
It all started with this
or
or
then
These being for the MRF101AN/BN for the uBitx mobile project covered elsewhere.
Schematics, artwork, gcode, Bill of materials and other parts sources, and even some support is freely available on request. As a consequence of the steep (for me anyway) learning curve I'm more than accepting any help or suggestions.
...and so it goes
This is my investigation into the MRF300AN/BN devices.
Any similarity to the NXP MRFX1K80H is purely intentional
I figured it's good enough for the designers and manufacturers of the 65V 1600w+ device it's probably a good place to start for a pair of 300w devices from the same manufacturer.
Enter the above Sainsmart 3018. This is actually a whole subject unto it's own and will or will not be covered elsewhere depending on interest. What little CNC experience I acquired over the years did not in any significant way prepare me for this. It's been a steep learning curve accompanied by copious amounts of quality craft beer from ...
...and a variety of single malt Scotch's . (I prefer Laphroaig, hint, hint)
Back to the amplifier...
It starts out in Gimp, a cross-platform image editor available for GNU/Linux, OS X, Windows and more operating systems. Any image can be opened and manipulated to whatever you need and saved as a .bmp.
Inkscape is professional quality vector graphics software which runs on Linux, Mac OS X and Windows desktop computers. The .bmp is opened and scaled appropriately in Inkscape and a .svg file is saved.
http://jscut.org/
Not nearly self explanatory but for most of what I do it works. I have other tools from licensed software but I wanted this explanation to cover just what is freely available.
I'm using LinuxCNC to proof and edit my work after the gcode generation from jscut.
The unfortunate boggle to my process at the moment is having to switch to Micro$hit Winblow$ to control my router. However DrufelCNC just works. I've not yet seen an excuse or reason to fork over the $$ to Mach3 for additional support. What I really need is a real time LinuxOS and a parallel port driven controller for the router but with what I have it works for now .
Just another reason I want to dump Winblow$. It wouldn't let me take a screenshot so you get a crappy cellphone pic.
It all started with this
or
or
then
These being for the MRF101AN/BN for the uBitx mobile project covered elsewhere.
Schematics, artwork, gcode, Bill of materials and other parts sources, and even some support is freely available on request. As a consequence of the steep (for me anyway) learning curve I'm more than accepting any help or suggestions.
...and so it goes
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