TIDUF78
May
2024
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1
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Description
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Resources
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Features
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Applications
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Design Images
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1System Description
- 1.1
Key System Specifications
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2System Overview
- 2.1
Block Diagram
- 2.2
Design Considerations
- 2.3
Highlighted Products
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3System 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
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4Hardware, 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
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5Design 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
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6About the Author
5.3 Documentation Support
- Texas Instruments, Multi-mover Position Sensing with Linear Motor
Transport Systems, Application Brief
- Texas Instruments, Designing
with 3D Hall-effect sensors: Linear position encoding,
Video
- Texas Instruments, Magnet Selection for Linear Position Applications
(Rev. A) , Application Report
- Texas Instruments, Achieving Highest System Angle Sensing
Accuracy, Application Report
- Texas Instruments, Introduction to TI Magnetic Sense Simulator
Features, Application Brief
- Texas Instruments, Robust interface
reference design for EnDat2.2 absolute encoders