<![CDATA[Read value from MAX6675 K-type probe for food from Onion2+]]>I say that they are the first weapons in the world of IoT.
I would like to use Onion2+ for a barbecue temperature control project.
I already have a MAX6675K module that communicates via SPI that can detect the temperature from a K-type probe for food.
The spi-tool utility to read the temperature value requires an address, how do i know what is the correct one to use.
Is there a way to understand on what address is the probe value read?

Whether on raspberry pi 3 or Arduino I can read the value of the world but do not need any address.

Thanks

]]>http://community.onion.io/topic/2044/read-value-from-max6675-k-type-probe-for-food-from-onion2RSS for NodeTue, 09 Jun 2026 03:18:04 GMTFri, 12 May 2017 13:09:19 GMT60<![CDATA[Reply to Read value from MAX6675 K-type probe for food from Onion2+ on Fri, 12 May 2017 13:09:19 GMT]]>I say that they are the first weapons in the world of IoT.
I would like to use Onion2+ for a barbecue temperature control project.
I already have a MAX6675K module that communicates via SPI that can detect the temperature from a K-type probe for food.
The spi-tool utility to read the temperature value requires an address, how do i know what is the correct one to use.
Is there a way to understand on what address is the probe value read?

Whether on raspberry pi 3 or Arduino I can read the value of the world but do not need any address.

Thanks

]]>http://community.onion.io/post/13056http://community.onion.io/post/13056Fri, 12 May 2017 13:09:19 GMT<![CDATA[Reply to Read value from MAX6675 K-type probe for food from Onion2+ on Fri, 12 May 2017 15:23:59 GMT]]>The address is the register address you are reading. You can usually find this in the part datasheet. There are some issues with Onion SPI still.

]]>http://community.onion.io/post/13059http://community.onion.io/post/13059Fri, 12 May 2017 15:23:59 GMT