Hard Fault Analyzer, High-torque Electric Motors, Hand vs. Machine Assembly, more

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Embedded Cores

Featured Articles and NewsNovember 2015

High-torque Electric Motors and Drive Systems Push e-Bike to New Heights

The M1 Sporttechnik Spitzing is the fastest bike on two wheels you can legally own - outside of a motorcycle. It is a collaboration of three German technology companies: the Fritzmeier Group, M1-Sportechnik and TQ-Group. Read More

White Paper: Hard Fault Analyzer for ARM Debugger

Learn how TrueSTUDIO automatically analyzes the MCU after a system crash, displaying the cause and location of the processor fault. It also highlights the code line in the editor and disassembly view...
Read More


Top Products

QorIQ T Series Embedded Module
from TQ

This QorIQ module features the T1042 Quad core communications processor with high-performance data path acceleration architecture and network peripheral interfaces required for networking and telecommunications Starter kit available in December with Linux operating system and BSP. Buy Now

MSP430FR2633 MCU with CapTIvate technology

The MSP430FR263x and MSP430FR253x are FRAM-based ultra-low-power MSP microcontrollers that feature CapTIvate touch technology for buttons, sliders, wheels (BSW), and proximity applications. CapTIvate technology provides the highest resolution capacitive-touch solution in the market with high reliability and noise immunity at the lowest power. Buy Now

i.MX6 SoloX - The best of two worlds

The iMX6SoloX COM Board provides a quick and easy solution for implementing a high-performance ARM dual-core Cortex-A9/M4 based design. The dual-core architecture enables the system to run for example Linux on Cortex-A9 and a Real-Time OS (RTOS) on Cortex-M4. Buy Now

 
Industry Artices

The Evolution of the "Selfie"

In a new program based on the creativity of the engineer, NXP Secure Interface and Power utilizes a new medium to share technical information. The Selfie is an important Element in the NXP ASKInterface, Q&A Program.. Read More

Assembly by Hand vs. Machine Assembly

Nearly every successful company passes through the difficult transformation of being small to being large. As this transition occurs, there are many product development decisions to be made. For instance, in the past, it was not uncommon for smaller companies and startups to hand solder small quantities of circuit boards in order to fine-tune their PCB designs. As things ramp up and production increased, however, it made sense move to automated machine assembly. Read More

Assembling High-Current Heavy Copper PCBs

Many designers and assemblers do not know what is readily available in high current heavy copper PCB. Heavy copper boards can contain three ounces to twenty ounces of copper conductors. Quite surprisingly, a heavy copper PCB (ten ounces) can also have very fine features. Read More

Formal Low-power Verification of Power-aware Designs

Power reduction and management methods are now all pervasive in a system-on-chip (SoC) designs. They are used in SoCs targeted at power-critical applications ranging from mobile appliances with limited battery life to big-box electronics that consume large amounts of increasingly expensive power. Read More

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