Use the right off-the-shelf DC/DC converter to accelerate medical system power supply design while meeting operator, patient, and system safety needs.
Understand the role of gate driver ICs for controlling MOSFETs and IGBTs in order to select and apply the correct DC/DC converters to power them.
Designers can quickly and cost effectively implement three-phase monitor relays to protect expensive machinery from power faults.
Use integrated power supply ICs to quickly implement compact and efficient buck converters for factory automation, 5G and the IoT.
Designers of medical systems can use off-the-shelf power supplies to meet demanding MOP, MOPP, and MOOP patient and operator safety requirements.
How to use silicon carbide (SiC) to make energy infrastructure systems more efficient and reliable with smaller carbon footprints and lower costs.
How high-power-density, isolated, DC-DC converters can be used to drive low-power wireless IIoT sensors without the need for expensive and bulky heatsinks.
Using load switches with advanced features integrated on board, designers can greatly reduce time, cost, and space while ensuring a safe, reliable design.
EMCs are the best solution for frequent switching of heavy-duty loads such as large electric motors, but designers need to choose and implement with care.
Multi-application AC/DC converters can be optimized to satisfy a range of EMC requirements while maximizing efficiency and reducing cost and time to market.
Using integrated sensorless FOC motor control ICs and advanced sensors, designers can extend the range and improve the safety of EVs and HEVs.
Use the platform and projects from the InnovateFPGA Design Contest 2021-22 as inspiration for how to connect the edge toward a sustainable future.
Use integrated bidirectional current sense amplifiers to provide smaller and more reliable current monitoring solutions and speed time to market.
How to use polymer aluminum capacitors to the meet the performance, cost, size, and reliability challenges when powering CPUs, ASICs, FPGAs, and USB.
Developers can use a family of digital signal controllers to rapidly implement more effective designs for automotive and e-mobility systems.
Using high-power-density point-of-load DC-DC converters, it’s possible to ensure high-integrity power at critical locations with minimal impact on board space.
How sophisticated ICs can be used to simplify control of BLDC motors by including the required digital and analog functions for efficient and precise control.
Meeting IEC 60335 power supply directives for home appliances and IoT devices can be tricky, but encapsulated AC-DC power supplies can help speed development.
Get BLDC motor applications up and running quickly and efficiently using the A4964KJPTR-T dedicated motor driver IC.
Use coin cell holders with a snap-in, non-conducting cover to ensure battery retention despite high vibration and shock, while simplifying battery replacement.