>>Good luck and let us know how you get on.
Just some feedback on this Atmel ICE and Atmel Studio 7.
I loaded it up today and connected it to a Arduino Uno Clone ($10 off
Amazon).
Atmel Studio 7 is really nice!
I followed the example in the link here:
On Saturday 25 February 2017 16:13:23 bari wrote:
> On 02/25/2017 02:17 PM, Tomaz T. wrote:
> > I'm in doing a little research on replacing "low pitch" slow
> > ballscrews with faster R and found this anti backlash system:
> >
> >
> >
I am having some issues with genserkins running a robot arm (this is
the ST R-17 I brought with me to Wichita running LinuxCNC with
joints-axis running on Debian Wheezy with RTAI).
Coordinated moves in XYZ seem to work as expected. All the joints
working together to keep the end of the arm
Greetings all;
I note the encoder module does not specifically have a "direction"
output. Is it sufficient to run the velocity thru a wcomp, compare to
0., and use the over/under pins for multiswitche's direction to
count? Seems like it ought to work so I'll hack up some more hal code.
On 02/25/2017 02:17 PM, Tomaz T. wrote:
> I'm in doing a little research on replacing "low pitch" slow ballscrews with
> faster R and found this anti backlash system:
>
>
> https://www.damencnc.com/en/components/mechanical-parts/rack---pinion/320
>
>
>
> Does anyone here use it, and is it worth
I'm in doing a little research on replacing "low pitch" slow ballscrews with
faster R and found this anti backlash system:
https://www.damencnc.com/en/components/mechanical-parts/rack---pinion/320
Does anyone here use it, and is it worth of investment compared to single
pinion "standard"
Hi all;
Couple problems with multiswitch.
Default output for no input is 0001, not . Why?
Cannot be loadrt'd with the names= option. cfg=4,4 works fine. Why?
I would really like to use the state as the default, gain=1.0
position.
Cheers, Gene Heskett
--
"There are four boxes to be
That's really interesting. Thanks for the link.
I read some things before about the Arduino overhead impacting user
code. That is a glaring example.
I'm trying to stay as generic as possible.. if I need to dip into the
hardware specifics because of the overhead in the Arduino I will, but it
I vaguely recall the subject coming up in one of the Propeller columns in
""Nuts'nVolts"" Magazine. You may want to search there.
R.
- Original Message -
From:
To:
Sent: Friday, February 24, 2017 10:14 AM
Subject: Re: [Emc-users] OT
On 02/25/2017 09:22 AM, Erik Christiansen wrote:
> Once I've built familiarity with a chip family's peripherals, and a
> debugged library of routines to use them, then it is just dufus to rock
> up with "My cpu core is sexier than yours." They all execute code
> reliably, so the core is quite
On Sat, 25 Feb 2017 19:22:38 +1100
Erik Christiansen wrote:
> On 24.02.17 15:18, Stephen Dubovsky wrote:
> > If you have to use on chip peripherals such as DMA, ADC, or PWM you very
> > much have to "learn a chip" (some are part of the core, some are part of
> > the
On 24.02.17 15:18, Stephen Dubovsky wrote:
> If you have to use on chip peripherals such as DMA, ADC, or PWM you very
> much have to "learn a chip" (some are part of the core, some are part of
> the silicon manufacturer implementation.) An Arduino OS will sield you
> from much of that but if
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