Difference between revisions of "Colibri PID1"

From Stm32World Wiki
Jump to navigation Jump to search
(Created page with "Colibri PID is an expansion module with one Pt1000 temperature sensor input and one Analog 0-10 volt output, and an on-board STM32F030 that implements a PID regulator. File:...")
 
 
(4 intermediate revisions by the same user not shown)
Line 1: Line 1:
Colibri PID is an expansion module with one Pt1000 temperature sensor input and one Analog 0-10 volt output, and an on-board STM32F030 that implements a PID regulator. [[File:colibri_pid-RevA-front3d.png|180px]] [[File:colibri_pid-RevA-back3d.png|180px]]
+
[[Category:Colibri]]{{metadesc|Colibri PID1 module}}
 +
[[File:Colibri-pid1-revA-front.jpg|180px|thumb]]
 +
[[File:Colibri-pid1-revA-back.jpg|180px|thumb]]
 +
 
 +
[[Colibri]] PID is an expansion module with one Pt1000 temperature sensor input and one Analog 0-10 volt output, and an on-board STM32F030 that implements a PID regulator.  
  
 
MAX31865 is the resistor Whetstone bridge A/D converter. It uses SPI as the interface.
 
MAX31865 is the resistor Whetstone bridge A/D converter. It uses SPI as the interface.
Line 9: Line 13:
 
   STM32F030 = 0x10-0x1F
 
   STM32F030 = 0x10-0x1F
  
   MCP4725 = 0x60, 0x61    ; This is on a separate I2C bus, connected only to the on-board STM32F030
+
   MCP4725 = 0x60   ; This is on a separate I2C bus, connected only to the on-board STM32F030
  
 
= Documentation =
 
= Documentation =
 
* [[File:Colibri pid-RevA-schematics.pdf|thumb]]
 
* [[File:Colibri pid-RevA-schematics.pdf|thumb]]
 
* [[File:Colibri pid-RevA-pcb.pdf|thumb]]
 
* [[File:Colibri pid-RevA-pcb.pdf|thumb]]

Latest revision as of 10:49, 20 July 2023

Colibri-pid1-revA-front.jpg
Colibri-pid1-revA-back.jpg

Colibri PID is an expansion module with one Pt1000 temperature sensor input and one Analog 0-10 volt output, and an on-board STM32F030 that implements a PID regulator.

MAX31865 is the resistor Whetstone bridge A/D converter. It uses SPI as the interface.

MCP4725 is the 12 bit D/A converter used.

I2C Addresses

 24LC16    = 0x50-0x57
 STM32F030 = 0x10-0x1F
 MCP4725 = 0x60   ; This is on a separate I2C bus, connected only to the on-board STM32F030

Documentation