Monthly Power Up: December 2023
Monolithic Power Systems, Inc.
The highest quality power solutions for Industrial, Telecom, Cloud Computing, Automotive, and Consumer Applications.
Happy Holidays, and welcome to the latest edition of MPS Power Up! Each month, we're excited to share with you the latest breakthroughs from Monolithic Power Systems.
In this issue, we are showcasing our highlights from the year! While we've delved into numerous subjects, these have been the standout topics of the year.
Using Filter Capacitors and Inductors to Suppress Radiated EMI
This article examines filter capacitors and inductors in a dual active bridge converter to manage radiated EMI. Learn about the impact and design methodology of a common-mode inductor and Y-capacitor on radiated EMI. Learn More
Understanding the Theory behind Transient Thermal Impedance
Transient thermal impedance measures how a device behaves when pulsed power is applied to it. This article discusses thermal transient behaviors and presents the basic theory of thermal impedance.
How the Common Footprint (CFP) Will Negatively Impact the PC Market
This article will explore the differences between the server market and the PC market, as well as how the common footprint (CFP) strategy, which benefits the server market, could have consequences in the PC market.
Designing Multiple Independent Auxiliary Power Supplies with Magnetic Isolation
Learn about designing multiple independent auxiliary power supplies and wireless power transmission systems to achieve a multi-channel, magnetically isolated, independent auxiliary power supply scheme.
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USB Type-C Charging Connectors: Design, Optimization, and Interoperability
The upcoming USB Type-C mandate in Europe will reduce e-waste by requiring this standard connector. Learn how to make your design safe and compliant.
A Thermally Optimized, 2-layer Automotive PCB Design?
One way to reduce system costs is to use 2-layer PCBs. Learn how to fine-tune a 2-layer automotive PCB to optimize your system's thermal characteristics and stay within CISPR25 Class 5 standards.
Designing the Feedback Voltage Resistor Divider in a DC/DC Converter
This article examines the design specifications of the feedback voltage resistor divider, including standby power consumption, output voltage accuracy, and loop characteristics.
How to Avoid Unstable Power Supply Shutdown Processes
Learn about power supply shutdown waveforms with this article. Discover three unstable waveforms: Class R, Class G, and Class B, and how to prevent them.
We hope you enjoyed this edition of the Monthly Power Up. Keep up to date with the latest from MPS by following us on LinkedIn.