Difference between revisions of "FRAM Model AIO"

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== Introduction ==
 
== Introduction ==
  
The AIO has an onboard FRAM connected via I2C to the DSPIC33E (The Master). This document describes the FRAM memory locations used.
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The AIO has an onboard FRAM connected via I2C to the DSPIC33E (The Master). FRAM is used to keep track of the real-time change, Eeprom is used to store the settings. This document describes the FRAM memory locations used.
  
 
== General Configuration Bytes ==
 
== General Configuration Bytes ==
 
; Page 0 -> General data
 
; Page 0 -> General data
 +
 +
== Data output modules ==
 +
;Page 1 – 10 -> Contains data of the output modules, 8 modules per page, 10 pages (80 modules maximum, 640 outputs -> 0-639)

Revision as of 14:07, 30 July 2019

Introduction

The AIO has an onboard FRAM connected via I2C to the DSPIC33E (The Master). FRAM is used to keep track of the real-time change, Eeprom is used to store the settings. This document describes the FRAM memory locations used.

General Configuration Bytes

Page 0 -> General data

Data output modules

Page 1 – 10 -> Contains data of the output modules, 8 modules per page, 10 pages (80 modules maximum, 640 outputs -> 0-639)