Voltage Topologies – Part 2 of 2

This article covers the second part of the switching regulator topologies, which will include the isolated converters like Flyback, forward, Push-Pull, Half-Bridge, and Full-Bridge converters.

No single topology is best for all applications. A given application's correct switching power supply topology depends on particular requirements, including cost, size, time factors, and expected production volume. Opting to buy a suitable converter is prudent to save significant design time.

Enhance digital connectivity with next-generation ethernet technology - Single Pair Ethernet/SPE

Ethernet dominates the control level of the automation pyramid. The lower and field levels, however, are dominated by other standards. Fieldbus systems dominate where actuators and sensors are networked. For Industry 4.0 to be a reality, seamless communication must span all levels, and not only at the field level. The field level needs new infrastructure. This infrastructure must satisfy particular prerequisites such as being compatible with the Ethernet networks above it and simultaneously be cost-effective and space-saving, as space is tight in many machines. The Single Pair Ethernet (SPE) is the new industry standard.

Transformation of traditional maintenance to predictive maintenance

Maintenance is the process of ensuring that physical assets continue to perform their intended tasks. Adopting an inefficient maintenance policy will harm the organisation far beyond the direct costs of equipment failure. It is crucial that companies choose the best suitable maintenance strategy to save money and slash downtime. This blog discusses transforming traditional maintenance into Condition-Based Maintenance (CdM) and from CdM to Predictive Maintenance (PdM).

Power solutions to meet space constrained applications

High performance computing, storage, networking equipment, industrial and automated test equipment are migrating to digital power modules due to space constraints and demands for higher currents. The currents levels required by custom ASICs, FPGAs, DSPs and memory continue to increase due to increased functionality required in these applications. Designers are also expecting more protection features from their power delivery network to insure a robust system level design. This article highlights the benefits of using a digital power module in your next design.