Introduction – Why Thermal Loss Remains the Silent Killer in Power Electronics Heat remains one of the most limiting factors in high-power converter design. In industrial drives, EV traction inverters, UPS systems, and PV inverters, 30–50 per cent of system losses ultimately become heat . As switching frequencies rise and power densities increase, designers face shrinking thermal margins. Silicon MOSFETs reach their limits quickly under these conditions. SiC MOSFETs offer the required...

Introduction: Why Extending Battery Life Matters in Industrial IoT Industrial IoT deployments face a fundamental challenge: devices must operate reliably for years with minimal maintenance. Whether monitoring energy consumption in remote substations, tracking equipment health in sprawling manufacturing facilities, or reading utility meters across distributed networks, replacing batteries frequently is economically prohibitive and operationally disruptive. Traditional wireless solutions...

Introduction: Why Ethernet PHY Selection Matters for Industrial Automation Industrial automation systems depend on reliable, low-latency networking. Whether you're designing a manufacturing control network, smart building infrastructure, or distributed IoT sensors across a factory floor, the Ethernet PHY (physical layer transceiver) chip you select determines system performance, maintenance burden, and long-term cost of ownership. For decades, UK engineers defaulted to incumbent...