Open-BLDC (openbldc) group
Notices
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As it seems there is no distributor for gradconn that would sell low quantity. 1500 seems to be the minimum. *sigh* !electronics !obldc
Monday, 23-May-11 22:25:21 UTC from web -
I think I found the connector used on Turingy dlux controllers. http://ur1.ca/49d3z They are even length .5mm pitch. :( !electronics !obldc
Monday, 23-May-11 22:14:11 UTC from web -
The Turingy dlux logic to powerstage connector is different then the one used on Castle. Need to source it somewhere. !electronics !obldc
Monday, 23-May-11 09:07:27 UTC from web -
Finally the Turingy dlux 55A arrived. They are very similar to Castle. http://ur1.ca/498jn !electronics !obldc
Monday, 23-May-11 09:06:22 UTC from web -
New !obldc blog article: "Open-BLDC and the CLogic story" http://ur1.ca/46peq !electronics #openhardware
Sunday, 15-May-11 23:15:59 UTC from web -
Since !libopenstm32 now has CAN support I can finally port !obldc to it! !stm32 !opensource
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Great news, we have regenerative braking in !obldc time for a milestone party! :)
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Some pictures of the new !obldc logic board clogic v0.1 that mounts on Castle Creations ESC power stages http://ur1.ca/2d4cw !electronics
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New !openbldc prototype logic mountsing on Castle powerstages sent out for prod., now we have a big choice of configs. http://ur1.ca/2778w
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Got hardware based commutation detection and closed loop control running in !obldc http://ur1.ca/1oa75
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An important new doc page for !obldc how to build the firmware yourself https://open-bldc.org/wiki/Developer_getting_started
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Documentation pages for !obldc what PWM schemes are there https://open-bldc.org/wiki/PWM_Schemes
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Documentation pages for !obldc how ignition works https://open-bldc.org/wiki/Ignition_Strategies
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So after finishing the first stab at documenting !obldc source using doxygen now it is available online http://doc.open-bldc.org
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Finally added doxygen to !openbldc firmware build system. I should have done that ages ago. So many things that need to be documented. >_<
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Added sys tick based general purpose timer system to !obldc codebase. That was easier then I expected. Let's use it for motor "ignition" :)
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New blogpost on !obldc v0.3 hardware http://www.esden.net/blog/2010/08/05/open-bldc-v0-3/ and some pictures of it http://ur1.ca/119ud
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The full !obldc v0.3 stack works electrically, now bringing up the subsystems one by one. ;)
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Working on !obldc v0.3 boards. It is really funky when the external clock works the jtag interface fails and the other way around >_<
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Sweet I managed to connect !obldc v0.2 logic board to the v0.1 powerstage, since there is no v0.2 pstage and the new v0.3 is in development