Hi Przemek: Thanks for the helpful response with the link to the pdf
document.
On Sunday, March 8, 2015 at 11:45:13 AM UTC-4, Przemek Klosowski wrote:
On Sun, Mar 8, 2015 at 11:07 AM, William Pretty Security
bill@xplornet.com javascript: wrote:
If you google “Beaglebone System
Hi cmbaker3: Thank you also for the additional advice on what the logic
levels can be affected by.
On Sunday, March 8, 2015 at 2:26:30 PM UTC-4, cmbaker3 wrote:
Grab a copy of the Device Characteristics, SPRS717, for the AM335x.
Chapter 5 has the electrical parameters. You can chase pins
Grab a copy of the Device Characteristics, SPRS717, for the AM335x.
Chapter 5 has the electrical parameters. You can chase pins from the ZCZ
ball
to the section of table 5.7 that looks at that pin. A short and
incorrect answer
is that logic 0 is less than .8VDC and a logic 1 is greater than
Hi:
I would like to know (preferably from a datasheet or similar) the *input
voltage ranges* that would equate to a '*logic low*' and a '*logic high*'
for the BBB?
Here is an example of what I am talking about:
See the sub topic *Arduino Logic Levels* on the page titled 'Logic Levels' (
On Sun, Mar 8, 2015 at 11:07 AM, William Pretty Security
bill.pre...@xplornet.com wrote:
If you google “Beaglebone System reference Manual” it will tell you
everything you need to know and more.
A/D Max input: 1.8V
Logic levels: 3.3V logic
COG was asking about the voltage levels. I believe
: Sunday, March 08, 2015 8:19 AM
To: beagleboard@googlegroups.com
Subject: [beagleboard] BeagleBone Black Input Voltage Range and corresponding
Logic Levels?
Hi:
I would like to know (preferably from a datasheet or similar) the input voltage
ranges that would equate to a 'logic low' and a 'logic
