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Accurate Low Latency Linear Position Sense Reference Design With Quad 3D Hall-Sensors
TIDUF78
May 2024
CONTENTS
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Accurate Low Latency Linear Position Sense Reference Design With Quad 3D Hall-Sensors
1
Description
Resources
Features
Applications
Design Images
1
System Description
1.1
Key System Specifications
2
System Overview
2.1
Block Diagram
2.2
Design Considerations
2.3
Highlighted Products
3
System Design Theory
3.1
Hardware Design
3.2
Software Design
3.2.1
TMAG5170 SPI Frame
3.2.1.1
Serial Data In 32-Bit Frame
3.2.1.2
Serial Data Out 32-Bit Frame
3.2.2
TMAG5170 Register Configuration
3.2.3
SPI and Start-of-Conversion Timing
3.2.4
Linear Position Calculation
4
Hardware, Software, Testing Requirements, and Test Results
4.1
Hardware
4.1.1
PCB Overview
4.1.2
MCU Interface Connector
4.2
Test Setup
4.3
Test Results
4.3.1
Magnetic Z and X Field Measurement
4.3.2
Linear Position Measurement
4.3.3
SPI Signal Measurement
5
Design and Documentation Support
5.1
Design Files
5.1.1
Schematics
5.1.2
BOM
5.1.3
PCB Layout
5.1.3.1
Layout Prints
5.1.3.2
Layout Guidelines
5.2
Tools and Software
5.3
Documentation Support
5.4
Support Resources
5.5
Trademarks
6
About the Author
IMPORTANT NOTICE
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Design Guide
Accurate Low Latency Linear Position Sense Reference Design With Quad 3D Hall-Sensors
