NiCuZn Power ferrites for composite chip components.

Development of a Stress Insensitive MgCuZn-NiCuZn Composite Ferrite Useful for Microinductors Applications

Energy Models for Network-on-chip Components

for providing me with an opportunity to carry out my master thesis project at the department of electrical engineering at the university. I thank him for his support and encouragement throughout the project. for his valuable suggestions and ideas regarding my project during the discussions in the PROMES meetings. I am especially grateful to Ir. Sander Stuijk, who guided me throughout the projec...

Design of On-chip Power Transport and Coupling Components for a Silicon Woodpile Accelerator*

Z. Wu, C. Ng, C. McGuinness and E. Colby, SLAC, Menlo Park, CA 94025, U.S.A. Abstract Three-dimensional woodpile photonic bandgap (PBG) waveguide enables high-gradient and efficient laser driven acceleration, while various accelerator components, including laser couplers, power transmission lines, woodpile accelerating and focusing waveguides, and energy recycling resonators, can be potentially...

Deriving Functional Interface Specifications for Composite Components

An interface specification serves as the sole medium for component understanding and use. Current practice of deriving these specifications for composite components does not give much weight to doing it systematically and unambiguously. This paper presents our progress on developing an approach to tackle this issue. We focus on deriving functional interface specifications for composite componen...

Microwave Ferrites for Cryogenic Applications

Recent advances in microwave ferrite device technology have seen the introduction of superconductivity that virtually eliminates insertion losses due to electrical conduction in microstrip circuits. The conventional ferrimagnetic spinel and garnet compositions, however, are not generally optimized for temperatures in the vicinity of 77 K and may require chemical redesign in order to realize the...