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As FPGA and ASIC technology advances, the core voltage requirements get lower but the current demand is larger. The newest space grade FPGAs and ASICS require low voltage and high currents for their core power consumption. These high current requirements drive a need for space grade DC/DC power conversion circuitry.

Extensive lineup of MOSFETs, optical isolation, transistors, and diodes, to cover various automotive applications in 12V to 48V battery systems. In addition, Toshiba offers automotive-grade motor control drivers. 

The BICKER DC2412-UPSP2 with 16-32V wide-range input is equipped with a maintenance-free and fast charging Supercap buffer for the 12V/5A output. The UPS bridges power failures, brownouts or flicker and ensures the uninterruptible 12V power supply of DC loads such as low-power embedded IPCs, gateways, motors, sensors, actuators, cameras, etc. The ideal choice for sensitive and safety-relevant industrial and medical applications where system failu...

As the trend in electric vehicle On−Board Charger (OBC) design moves rapidly to higher power and higher switching frequency operation, the demand for SiC MOSFETs for this application is also growing. Many high voltage discrete SiC MOSFETs are already in the marketplace and engineers are designing OBC systems to take advantage of their performance benefits. It is also noted that the changes in the PFC topology are remarkable.  De...

Get the downloadable guide to transistors from Mouser Electronics! This guide features the classifications, circuit symbols, applications, and terms necessary for understanding transistors. Discover the different types of transistors and easily select the correct one for your application. Get it now!

Designing power converters that include full-featured integrated controllers, such as the radiation-hardened PWM controller (TPS7H5001-SP), requires detailed analysis to ensure the highest level of reliability. 

Visit our experts at electronica 2022 on Booth C2-331, November 15 to 18th 

The new 50mV input, ACPL-C72x is designed for shunt-based high current (>100A) sensing, while the ACPL-C877 digital voltage sensor has a 2V, 1GΩ high impedance input.   Find out how our new optocouplers are helping to improve energy efficiency by reducing power losses in green energy applications.  

As demand for data increases, so does demand for servers and data centers, and thus higher demand for power. Industry trends suggest that power per rack, which was 4 kW in 2020, will be as high as 20 kW in 2025.