GaN Power Devices
Learn to implement GaN power devices in your designs, exploring e-mode versus cascode architectures and essential PCB layout rules for high efficiency.
PCB Thermal Management Techniques
Is your high-power design running too hot to handle? Read up on PCB thermal management techniques to keep your electronics reliable.
ESP32 vs STM32 Comparison
ESP32 vs STM32 comparison covering architecture, connectivity, power consumption, and development tools to help you choose the right MCU for your project.
555 Timer Datasheet: Explained
Arm yourself with the latest information from the 555 Timer Datasheet. Decode the datasheet, compare NE555 vs CMOS, and design timers that actually behave as expected.
PCB Substrate Materials Comparison
Is your substrate a bottleneck? From FR4 to Rogers, see which material wins the fight for signal integrity in our PCB substrate materials comparison.
Power Management IC Design
Is your buck converter acting more like a radio transmitter? Learn how to control that noise and more power management IC design tips here.
MLCC Capacitor Selection
Your “10 µF” MLCC might really be 1.5 µF. With DC bias, aging, and piezo noise, find out why MLCC capacitor selection matters.
STM32 Microcontroller Selection Guide
A practical STM32 microcontroller selection guide to quickly choose the right MCU by power, performance, peripherals, and use case.
IRS2092 Reference Guide for Design
For audio engineers and hobbyists alike, the quest for high-power amplification in a small footprint invariably leads to Class D topology. Among the controllers available, the Infineon IRS2092 stands out as a high-voltage gate driver with a self-oscillating pulse width modulator, allowing for designs ranging from 50W to 500W with remarkably low distortion. However, the […]
IRS2092S Datasheet: Explained
Struggling with Class D amp design? Discover from the IRS2092S datasheet how it bridges power, precision, and protection for your high-fidelity audio projects!