11:19 <set_> Otay!

11:22 <set_> Big day on a Wed.

11:22 <set_> I hope everyone is ready. now, go and get 'em!

11:22 <set_> Sorry. A bit too overwhelming. Now, go out and get 'em.

11:22 <set_> There.

11:23 <set_> I have one hour to spare.

11:23 <set_> I hope someone can chat for a bit, not naming any names, GenTooMan.

11:27 <set_> Okay...forget the chat.

11:27 <set_> I will go.

11:58 <set_> I lied. I am here. I have been hiding and waiting.

11:58 <set_> Just kiddin'.

13:29 <Guest70> Hi, Can you provide me with CMRT 6.22 (Cnoflict Minerals) & REACh 223 SVHC. Part number BBB01-SC-505. I filled out a requet form on 7/8 but have not received docs.

14:47 <jfsimon1981_b> Hi, i remind the AM pins aren't 5V tolerant, is this right ?

15:06 <zmatt> jfsimon1981_b: nothing on any BeagleBone is 5V tolerant other than the 5V supply :P

15:07 <zmatt> jfsimon1981_b: in general, unless specified otherwise, the voltage on any I/O of any integrated circuit should never significantly exceed the supply voltage of that I/O domain (which is 0V whenever that supply is unpowered)

15:08 <zmatt> e.g. on the BeagleBone Black the digital I/Os use a 3.3V supply, while the analog inputs use an 1.8V supply

15:10 <zmatt> actually, there is one thing that's 5V tolerant on a BBB: the serial console uses a 5V-tolerant isolation buffer

15:15 <jfsimon1981_b> Hi Matt

15:15 <jfsimon1981_b> yes right

15:16 <jfsimon1981_b> I'm selecting a Maxim transciever

15:16 <jfsimon1981_b> but i need to change the part i have since it was a 5V one,

15:16 <jfsimon1981_b> All right

15:16 <zmatt> yup, use a transceiver with 3.3V I/O

15:17 <jfsimon1981_b> Yes it's not for for serial console

15:19 <jfsimon1981_b> Thanks for confirmation

15:21 <jfsimon1981_b> right didn't know what you mentionned just above about driving unenergized ci, i remind reading this mention in the manu

15:22 <jfsimon1981_b> Changing over the max device, all right

15:24 <zmatt> yes, for example making your own 3.3V supply (using an LDO) from the 5V supply of the BeagleBone is not necessarily safe, since e.g. during power-up there's a non-negligible delay between the 5V supply coming up and the BeagleBone's 3.3V supplies coming up

15:25 <zmatt> there are various ways of safely crossing signals between different power domains (consisting of some supply and everything powered from that supply) but it requires great care to ensure nothing bad happens during power-up/down sequencing

20:37 <amir36> I was finally able to run bare metal code on bbai from TI SDL! Yayyyyy

20:37 <amir36> SDK*

20:57 <zmatt> \o\ /o/

21:31 <set_> Whoots!