Articles and blogs

Using Ethernet-APL and 10BASE-T1L to connect intrinsically safe field instruments to Ethernet-based process automation networks.

Learn how Toshiba 64 GT/s differential MUX/DEMUX switches route high-speed serial signals while minimizing insertion loss, crosstalk, and skew.

Careful selection of components is essential when implementing current sensing in AI datacenters with rapidly changing training and inference workloads.

Use digital isolators to provide isolated data and power paths in high-voltage applications.

Learn how ADI's modern isolation components help medical device designers meet IEC 60601-1 requirements for MOPP, MOOP, leakage current, and safety.

Phoenix Contact TRIO3 capacity modules offer several key benefits for powering and protecting PLCs, IPCs, I/O, HMI panels, and other 24 VDC DIN-rail equipment.

Use high-speed clock buffers to replicate system timing signals while maintaining their integrity and fidelity.

Explore the strengths and tradeoffs of MicroPython, Zephyr, Lua, and Forth for embedded development and rapid prototyping.

Learn how a modular panel and associated software accelerate edge-enabled industrial HMI deployment at scale in harsh industrial applications.

Toshiba's TLX9920 photovoltaic-output photocoupler provides isolated gate drivers for high-voltage MOSFET-based SSRs without a separate power supply.

ADI's ADIN1110 MAC-PHY enables 10BASE-T1L SPE and PODL, simplifying industrial sensor deployment by reducing cabling and costs for condition-based monitoring.

Explore IP address fundamentals, from IPv4 and IPv6 formats to DHCP assignment, NAT translation, subnetting, and network communication basics.

Use Advantech’s ADAM-200PN series of rugged machine-mount remote I/O modules for distributed control with daisy-chain connectivity via M12 connectors.

Understand how memory read attacks work on MCUs and how to defend using debug disable, encryption, and hardware protection features.

Evaluation boards and software enable designers to establish and characterize the performance of advanced motion control ICs under realistic load conditions.

Learn how multiradio wireless MCU modules accelerate the design, certification, and deployment of advanced multiprotocol IoT devices.

Learn how a modular development platform helps designers solve processor selection challenges and accelerate prototyping for both MCUs and MPUs.

Design precise yet flexible fixed-in-place robotics using advanced control, imaging, sensing, and communications technologies.

Use the PSOC Control C3 MCUs’ combination of fast analog, CORDIC math, and high-resolution PWM for efficient and precise motor control.

GMSL point-to-point link technology brings enhanced multi-camera video capabilities to industrial and automotive applications.