CANopen PLC Controller
A compact, DIN-rail mounted CANopen PLC controller for distributed automation in material handling and conveyor systems.
A compact, DIN-rail mounted CANopen PLC controller for distributed automation in material handling and conveyor systems.
A transparent Modbus RTU to TCP/IP gateway enabling seamless integration of legacy serial devices into modern Ethernet-based SCADA systems.
A long-range, ultra-low-power environmental monitoring sensor network for smart agriculture, powered by LoRaWAN connectivity.
A sensorless Field-Oriented Control (FOC) BLDC motor controller for precision servo applications in robotics and industrial automation.
A high-performance industrial IoT gateway built around the STM32H7 dual-core microcontroller, enabling real-time data acquisition and cloud connectivity.
Quick Answer Companies outsource embedded systems development to China for cost savings (40-60%), access to skilled engineers, and faster time-to-market. Introduction Outsourcing embedded development to China is a strategic decision. This article explains the benefits and considerations. Cost Advantages 40-60%…
Quick Answer PCB design for EMC compliance requires proper grounding, power supply decoupling, signal routing techniques, and shielding. Introduction EMC compliance is mandatory for industrial products. This guide provides practical PCB design guidelines. Grounding Design Use solid ground plane (avoid…
Quick Answer Common Modbus RTU issues include incorrect baud rate, wrong slave address, missing termination resistor, and grounding problems. Introduction Modbus RTU is widely used in industrial automation. This guide helps troubleshoot common communication problems. Common Communication Faults No response…
Quick Answer PCB design review checklist includes schematic verification, DRC check, EMC analysis, and Gerber file validation before manufacturing. Introduction A thorough PCB design review prevents costly manufacturing mistakes. This checklist covers all critical checks. Schematic Check Power and ground…
Quick Answer Choose STM32 microcontrollers based on performance, cost, and peripheral requirements. F0 for low-cost, F1 for general-purpose, F4 for high performance, H7 for advanced applications. Introduction STM32 microcontrollers are widely used in industrial applications. This guide helps you select…