Hi!
ATXMEGA64A4T chip support possible?
New AVR controller
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Only feature requests will be considered here. General questions should not be posted in this forum.
Only feature requests will be considered here. General questions should not be posted in this forum.
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Benj
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Re: New AVR controller
Hello,
Looks like it will require a compiler upgrade to support this chip. Should be possible so I will add it to the list.
Have you used the ATXMEGA devices before? I had my first go with them a few months back and was not all that impressed. Fundamental things like ADC inputs just seem awful to work with. Might well be due to my misunderstanding of what Atmels intention was for these devices.
Looks like it will require a compiler upgrade to support this chip. Should be possible so I will add it to the list.
Have you used the ATXMEGA devices before? I had my first go with them a few months back and was not all that impressed. Fundamental things like ADC inputs just seem awful to work with. Might well be due to my misunderstanding of what Atmels intention was for these devices.
Regards Ben Rowland - MatrixTSL
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STibor
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Re: New AVR controller
Hi!
I did not use the Atxmega series.
I will no longer be used.
Pic kontrollerrrel also solved the problem.
Between AVR Analog VDD (VCC) and the VDD supply lines required inductance 10uH.
And put in all input voltage(Vcc Vdd) and GND(Vss) 100nF ceramic capacitor.
I did not use the Atxmega series.
I will no longer be used.
Pic kontrollerrrel also solved the problem.
Between AVR Analog VDD (VCC) and the VDD supply lines required inductance 10uH.
And put in all input voltage(Vcc Vdd) and GND(Vss) 100nF ceramic capacitor.