SPRADD8
November 2024
F29H850TU
,
F29H859TU-Q1
1
Abstract
Trademarks
1
Introduction to Real-Time Control
2
C29 CPU and Key Features
2.1
Parallel Architecture and Compiler Entitlement
3
C29 Performance Benchmarks
3.1
Signal Chain Benchmark with ACI Motor Control
3.2
Real-time Control and DSP Performance
3.2.1
Examples and Factors Contributing to Results
3.2.1.1
Saturation (or Limiting) Example
3.2.1.2
Dead Zone Example
3.2.1.3
Space Vector Generation (SVGEN) Example
3.2.1.4
Software Pipelining
3.2.2
Customer Control and Math Benchmarks
3.3
General Purpose Processing (GPP) Performance
3.3.1
Examples and Factors Contributing to Results
3.3.1.1
Discontinuity Management
3.3.1.2
Switch() Example
3.4
Model-Based Design Benchmarks
3.5
Application Benchmarks
3.5.1
Single Phase 7kW OBC Description
3.5.2
Vienna Rectifier-Based Three Phase Power Factor Correction
3.5.3
Single-Phase Inverter
3.5.4
Machine Learning
3.6
Flash Memory Efficiency
3.7
Code-size Efficiency
4
Summary
5
References
5
References
Texas Instruments,
F29H85x and F29P58x Real-Time Microcontrollers data sheet
Texas Instruments,
F29H85x and F29P58x Real-Time Microcontrollers technical reference manual
Texas Instruments,
Application Software Migration to the C29 CPU user's guide
Texas Instruments,
Implementing Run-Time Safety and Security Protections With the C29x SSU application note
Texas Instruments,
TI C29x Clang Compiler Tools user’s guide
Texas Instruments,
Real-time Benchmarks Showcasing C2000 Control MCU's Optimized Signal Chain application note
Texas Instruments,
TMS320F2837x, TMS320F2838x, TMS320F28P65x Migration to TMS320F29H85x