Electric Vehicle Innovations: Technologies Driving the Future
Electric vehicle innovations enable smarter battery management The topic of mass electrification of U.S. and European vehicle fleets arose more than a decade ago. Still, the technology at the time was unable to produce more than a few – albeit popular – hybrid electric vehicle (HEV) models. Fast forward to today, where the convergence of […]
MAX30102 Datasheet: A Complete Solution for Heart Rate Monitoring in Wearable Devices
Consider reading the MAX 30102 datasheet to learn more about this integrated sensor interface that can be used as a compact, low-power solution for heart rate monitoring.
The TL082ACP Datasheet: Amplifying Weak Electric Signals
The TL082ACP datasheet helps designers ensure they are using this versatile amplifier effectively.
Four Top PCB Industry Trends: What You Should Know
Key PCB industry trends are driving innovation in embedded systems, power systems, and RF systems.
10 Key Design Practices for the PCB Assembly Process
Understanding the PCB assembly process is a major step towards optimizing the quality of your PCBA.
Using MSP430 Microcontrollers for Embedded System Projects
MSP430 microcontrollers easily compete with other popular models for embedded systems like ESP32 and STM32. You can easily scale your hardware in future revisions without rewriting your application when you build with an MSP430.
Electrical PCB Testing Methods Used in Fabrication and Assembly
Do you know which PCB testing methods your manufacturer needs to use to evaluate your board? Learn more about which PCB testing methods are important for manufacturing and which you may need to perform yourself.
The Impact of SMT Components on PCB Assembly
Does it matter whether you use THT or SMT components? It does for your PCB assembly—learn why in our brief article.
The PCB Soldering Techniques You Should Know
PCB soldering techniques are the core of your assembly process. Here are some simple design choices that can help ensure your design complies with basic soldering processes.
How TI Technology is Tackling EMI Noise in Power-Systems Designs
Electromagnetic interference (EMI) occurs when sensitive electronic components encounter an electromagnetic field at a frequency that can interfere with the functions of that component. In minor incidents this can look like a lightbulb flickering or some radio static. In worst-case scenarios it could present as a malfunction in advancing technology, like an autonomous vehicle. EMI […]