Maxim Integrated 71M6534 Energy Meter IC Family Software User Manual
Energy meter ic family, Software user’s guide
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Table of contents
Document Outline
- 1 INTRODUCTION
- 2 DESIGN GUIDE
- DESIGN REFERENCE
- TOOL INSTALLATION GUIDE
- 4.1 INSTALLING THE PROGRAMS FOR THE ADM51 EMULATOR
- 4.2 INSTALLING THE WEMU PROGRAM (CHAMELEON DEBUGGER)
- 4.3 INSTALLING THE ADM51 USB DRIVER
- 4.4 INSTALLING UPDATES TO THE EMULATOR PROGRAM AND HARDWARE
- 4.5 CREATING A PROJECT
- 4.6 INSTALLING THE KEIL COMPILER
- 4.7 CREATING A PROJECT FOR THE KEIL COMPILER
- 4.8 OUTPUT FILE FORMAT
- 4.9 WRITING BANK-SWITCHED CODE
- 4.9.1 Hardware Overview
- 4.9.2 Software Overview
- 4.9.3 Software Tool Versions
- 4.9.4 Setup of the Compiler Project
- 4.9.5 Startup
- 4.9.6 Bank-Switching Code
- 4.9.7 Page Table Setup and Debug
- 4.9.8 Producing a Banked Hex File
- 4.9.9 Placing Interrupts in Banked Code
- 4.9.10 Calling Banked Functions via Function Pointers
- 4.9.11 Putting Constants in Banks
- 4.9.12 Write-Protecting Flash in the 653X
- 4.10 PROJECT MANAGEMENT TOOLS
- 4.11 ALTERNATIVE COMPILERS
- 4.12 ALTERNATIVE EDITORS
- 4.13 ALTERNATIVE LINKERS
- DEMO CODE DESCRIPTION
- 5.1 80515 DATA TYPES AND COMPILER-SPECIFIC INFORMATION
- 5.2 DEMO CODE OPTIONS AND PROGRAM SIZE
- 5.3 PROGRAM FLOW
- 5.4 BASIC CODE ARCHITECTURE
- 5.5 MANAGING MISSION AND BATTERY MODES
- 5.6 DATA FLOW
- 5.7 CE/MPU INTERFACE
- 5.8 BOOT LOADER
- 5.9 SOURCE FILES
- 5.10 AUXILIARY FILES
- 5.11 INCLUDE/HEADER FILES
- 5.12 CE IMAGE FILES
- 5.13 COMMON MPU ADDRESSES
- 5.14 FIRMWARE APPLICATION INFORMATION
- 5.14.1 General Design Considerations
- 5.14.1.1 Multitasking
- 5.14.1.2 Synchronization
- 5.14.1.3 Bank Switching
- 5.14.1.4 Economic Usage of RAM
- 5.14.1.5 Trading Space for Speed
- 5.14.1.6 Object-Oriented Design
- 5.14.1.7 Reconfiguring “Glue Logic”
- 5.14.1.8 DSP Operations
- 5.14.1.9 Coping with Various Current Sensors
- 5.14.1.10 User Interface
- 5.14.1.11 Operating without User Interface
- 5.14.1.12 Communication with a Computer
- 5.14.1.13 Support of Automatic Meter Reading
- 5.14.1.14 Communication between MPU and CE
- 5.14.1.15 Timing Control
- 5.14.1.16 6531: Calculation of max(VA*IA, VA*IB) Option, Equation 0
- 5.14.1.17 6534: Calculation of VA*IA+VB*IB+VC*IC Option, Equation 5
- 5.14.1.18 How Register Data is Stored
- 5.14.1.19 Managing Power Failures
- 5.14.1.20 Pulse Counting
- 5.14.1.21 Battery Modes
- 5.14.1.22 Real-Time Performance
- 5.14.2 Firmware Application: Selected Tasks
- 5.14.1 General Design Considerations
- 5.15 ALPHABETICAL FUNCTION REFERENCE
- 5.16 ERRATA
- 5.17 PORTING 71M6511/6513 CODE TO THE 71M653X
- 5.17.1 Flash Use
- 5.17.2 Extra RAM
- 5.17.3 CE Data Location is at XDATA 0x0000
- 5.17.4 CE Data Access is Transparent to the MPU
- 5.17.5 Read-only areas in MPU RAM
- 5.17.6 CE Code Location
- 5.17.7 CE Causes Flash Write-Protection
- 5.17.8 Watchdog Location
- 5.17.9 Software Watchdog Now Deprecated
- 5.17.10 Real Time Clock Compensation
- 5.17.11 Battery Modes
- 5.18 PORTING 71M6521 CODE TO THE 71M653X
- 5.18.1 Flash Use
- 5.18.2 Extra RAM
- 5.18.3 CE Data Location is at XDATA 0x0000
- 5.18.4 CE Data Access is Transparent to the MPU
- 5.18.5 Read-only areas in MPU RAM
- 5.18.6 CE Code Location
- 5.18.7 CE Causes Flash Write-Protection
- 5.18.8 Watchdog Location
- 5.18.9 Software Watchdog Now Deprecated
- 5.18.10 Real Time Clock Compensation
- 5.18.11 Battery Modes
- 5.18.12 Watchdog Reset
- 5.18.13 Temperature Compensation
- 80515 MPU REFERENCE
- APPENDIX