How GaN and SiC devices can optimize system design of ultra high power density chargers
In this article, we will outline how we derive optimal use cases for GaN and SiC power devices in a holistic system optimization approach. The…
Technical Article
Simplify wearables design with NOR flash
NOR flash’s ability to store code, data, and logs in a single unified memory simplifies and accelerates development while enabling developers to meet tight design…
How to quickly deploy TinyML on MCUs
This example provides you with all you need to do your own TinyML project, from start to end. You’re curious about artificial intelligence (AI) and…
Applying power management solutions in IoT designs
This article explores IoT battery technology. It describes some of the problems that designers face with power sourcing and provides some solutions. This article explores…
An easier way to test integrated analog-to-digital converters
Here’s how I found a “quick setup” solution for my universal ADC test bench where all the software can be run on my laboratory PCs….
Advertisement
Ensuring security in wireless battery management systems
The full benefits of wireless battery management systems technology can only be achieved if system security can be assured from process to product. The challenges…
Eliminating level shifters in microcontroller applications: Design implementation
Here is a demonstration of how a MCU with a built-in multi-voltage I/O peripheral can be used without the need for external level shifters in…
Size, weight and power versus performance trade-offs in software-defined radios
Reducing the performance requirements of a key component in a software-defined radio can have a cascading impact on the rest of the system that will…
Eliminating level shifters in microcontroller applications: Design considerations
A new level-shifting peripheral in MCUs called multi-voltage I/O (MVIO) can reduce design complexity and part count in embedded systems. When designing a system, one…
Debugging stories: from printf, just Flash and beyond
Hardware debugging: an embedded software developer’s daily business, exploring the evolution of debugging. While development environments and debugger software have become more powerful, hardware smaller with increasing performance, the basic use cases of debugging are still the same today.