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Three-Phase Shunt-Based Energy Metrology Reference Design
TIDUF27A
February 2025 – March 2025
AMC131M03
,
MSPM0G1507
CONTENTS
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Three-Phase Shunt-Based Energy Metrology Reference Design
1
Description
Resources
Features
Applications
6
1
System Description
1.1
Key System Specifications
1.2
End Equipment
1.3
Electricity Meter
1.4
Power Quality Meter, Power Quality Analyzer
2
System Overview
2.1
Block Diagram
2.2
Design Considerations
2.2.1
Voltage Measurement Analog Front End
2.2.2
Analog Front End for Current Measurement
2.2.3
XDS110 Emulator
2.2.4
Bluetooth® Data Transmission
2.2.5
Bluetooth® Connection Between Two Modules
2.2.6
Bluetooth® to UART Connection
2.2.7
Magnetic Tamper Detection With TMAG5273 Linear 3D Hall-Effect Sensor
2.3
Highlighted Products
2.3.1
MSPM0G3507
2.3.2
AMC131M03
2.3.3
CDC6C
2.3.4
RES60A-Q1
2.3.5
TPS3702
2.3.6
TPD4E05U06
2.3.7
ISOUSB111
2.3.8
LMK1C1104
2.3.9
MSP432E401Y
2.3.10
TPS709
2.3.11
TMAG5273
3
Hardware, Software, Testing Requirements, and Test Results
3.1
Hardware Requirements
3.1.1
Clocking System
3.1.1.1
BAW Oscillator
3.1.1.2
Crystal Oscillator
3.1.1.3
PWM
3.1.1.4
Clock Buffers
3.1.2
SPI Bus Configuration
3.1.3
Jumper Settings for LED and UART
3.2
Software Requirements
3.2.1
UART for PC GUI Communication
3.2.2
Direct Memory Access (DMA)
3.2.3
ADC Setup
3.2.4
Calibration
3.3
Test Setup
3.3.1
Connections to the Test Setup
3.3.2
Power Supply Options and Jumper Settings
51
3.3.3
Cautions and Warnings
3.4
Test Results
3.4.1
Electricity Meter Metrology Accuracy Results
3.4.2
Radiated Emissions Performance
4
Design and Documentation Support
4.1
Design Files
4.1.1
Schematics
4.1.2
BOM
4.1.3
PCB Layout Recommendations
4.1.3.1
Layout Prints
4.2
Tools and Software
4.3
Documentation Support
4.4
Support Resources
4.5
Trademarks
5
About the Author
6
Revision History
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Design Guide
Three-Phase Shunt-Based Energy Metrology Reference Design