Laitinen, H. A., and Roe, D. K., Coll. Czech. Chem. Comm., 25, 3065 (1960).

A study led by Dr. Haitham Kanakri and Dr. Euzeli Dos Santos, Jr., has unveiled a novel capacitorless solid-state power ...

Additionally, they allow for thinner and lighter charging lines for motors, significantly enhancing the efficiency of ...

Designers must consider both the electrical requirements of the circuit and the capabilities of the manufacturing ... Components related to a specific activity should be grouped closely to keep longer ...

These advantages stem from the unique electrical and material properties of SiC-based devices — snappy reverse ... Lai, “1500 ...

Researchers at Purdue University-Indianapolis have made major strides in solid-state filters for power electronics converters, according to a study published in CES Transactions on Electrical Machines ...

Researchers at Purdue University Indianapolis have developed a groundbreaking capacitorless solid-state power filter (SSPF) for DC-AC converters, addressing the limitations of traditional passive ...

The latest power-conversion devices will help engineers achieve higher power in smaller spaces, thus providing the highest ...

A capacitorless solid-state filter developed by Purdue University for DC-AC converters offers greater efficiency and ...

thereby offering a large variation in the capacitance when the liquid sample is loaded. This structure confines the electric field within the grooves of the comb-like configuration and forms a ...

Given that PDN can be illustrated as a combination of capacitance and inductance, the load current profile might excite ... Kush Desai is Apple Inc., Cupertino's Lead Electrical Engineer (iPhone). He ...

Discover how in circuit test advancements drive quality, speed, and efficiency in high-volume PCB manufacturing.