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MPLAB® Harmony Smart Energy Metrology
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MPLAB® Harmony Smart Energy Metrology
1.2
Demo Meter Application
1.2.7
Understanding the Metering Demo Application
1.2.7.3
Demo Meter Application Command Console
1.2.7.3.5
Meter Demo Commands Description and Examples
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1
MPLAB® Harmony Smart Energy Metrology
1.1
Metrology Driver
1.2
Demo Meter Application
1.2.1
Abbreviations and Acronyms
1.2.2
Metrology Library - Core 1
1.2.3
Adjust Demo Meter Board for Testing
1.2.4
Prepare the Board for the Meter Tester
1.2.5
Metering Demo MCC Project Graph
1.2.6
Metering Demo Hardware Configuration
1.2.7
Understanding the Metering Demo Application
1.2.7.1
Calibrate the Demo Board Using the Demo Meter Application
1.2.7.2
Power Modes
1.2.7.3
Demo Meter Application Command Console
1.2.7.3.1
Description
1.2.7.3.2
Terminal Interpreter Interface Notes
1.2.7.3.3
Application Commands: Learning by Doing
1.2.7.3.4
Commands List
1.2.7.3.5
Meter Demo Commands Description and Examples
1.2.7.3.5.1
Commands for Accessing the Metrology Registers
1.2.7.3.5.2
Harmonic Analysis Command
1.2.7.3.5.3
Meter ID Configuration Command
1.2.7.3.5.4
RTC Control Command
1.2.7.3.5.5
TOU Control Command
1.2.7.3.5.6
Energy Commands
1.2.7.3.5.7
Event Check Commands
1.2.7.3.5.8
Maximum Demand Command
1.2.7.3.5.9
Metrology Measurements Read Command
1.2.7.3.5.10
Metrology Per-Cycle Measurements Read Command
1.2.7.3.5.11
Calibration Command
1.2.7.3.5.12
Waveform Capture Commands
1.2.7.4
Demo LCD Display
1.2.7.5
Event Record
1.2.7.6
TOU and Energy Registering
1.2.7.7
Maximum Demand
1.2.7.8
Application (Core 0) Reset With Metrology (Core 1) Running Application Example
1.2.7.9
Metrology (Core 1) Reload With Application (Core 0) Running Application Example
1.2.7.10
Waveform Capture Function Usage Example
1.2.8
Running Demonstration Example
2
MPLAB Harmony Smart Energy Multi-Channel Metrology
3
MPLAB Harmony Smart Energy Peripheral Libraries
Microchip Information
1.2.7.3.5 Meter Demo Commands Description and Examples
