SLVAF18
March 2021
TPSM5601R5H
Trademarks
1
Noise Origin
1.1
Parasitic Elements
1.2
High Frequency Noise and Low Frequency Ripple
2
Effective Construction of a Power Module
2.1
Noise Reduction
2.2
TPSM5601R5H Step-Down Power Module
3
Spread Spectrum
3.1
Concept
3.2
Tradeoffs
3.3
Other EMI Mitigation Techniques
3.4
EMI Results
4
Summary
5
References
5
References
Texas Instruments,
Enhanced HotRod QFN Package: Achieving Low EMI Performance in Industry's Smallest 4-A Converter
application report.
Texas Instruments,
EMI Mitigation Techniques Using the LMZM23601
application report.
Texas Instruments,
EMI Reduction Technique, Dual Random Spread Spectrum
application report.
Texas Instruments,
Low Conducted EMI Power Solution for Automotive Digital Cockpit With LMR14050 and TPS65263
application report.
Texas Instruments,
Output Noise Filtering for DC/DC Power Modules
application report.
Texas Instruments,
Passing CISPR-25 Radiated and Conduction Emissions Using the TPS65033x-Q1
application report.
Texas Instruments,
Reduce buck-converter EMI and voltage stress by minimizing inductive parasitics
Analog Applications Journal.
Texas Instruments,
Simple Succes with Conducted EMI and Radiated EMI for LMR160X0
application report.
Texas Instruments,
Understanding Noise-Spreading Techniques and their Effects in Switch-Mode Power Applications