Items Tagged with 'capacitors'

Ideal circuit elements are a powerful tool that enables us to explore the real world in virtual prototypes. Engineers can often gain insights and reach an optimized design faster using a virtual prototype than would be possible when building a real physical prototype.

Passive Plus offers a comprehensive range of single layer capacitors, designed to meet the diverse needs of the engineering community.

In the process of circuit design, electrical engineers must carefully position capacitors to decouple the power supply pins of integrated circuits (ICs). Yet, relying solely on a single capacitor for this purpose may potentially decrease the performance of the Power Delivery Network (PDN). Therefore, there exists a need for an elegant and systematic methodology in designing the PDN while utilizing a single capacitor. Within this paper, we analyze the single-capacitor scenario within the context of the PDN and introduce a systematic approach for its design. This approach not only suggests clear guidelines for when favoring a single capacitor over multiple capacitors is appropriate but also showcases that when these guidelines are exceeded, this method can be implemented recursively to achieve an optimal PDN solution.

Richardson RFPD, Inc. has announced the in-stock availability and full design support capabilities for a series of RF and microwave multilayer capacitors from KYOCERA AVX.

Passive Plus, Inc. (PPI) offers a series of larger case size capacitors with a High Q, high RF current/voltage with low ESR/ESL and ultra-stable performance characteristics.

Passive Plus, Inc.'s latest product offering includes Traditional High-Q Low ESR 0505 multi-layer ceramic capacitors for UHF/microwave RF power amplifiers, mixers, oscillators, filter networks, low noise amplifiers and timing circuits and delay lines.

AVX Corporation released UBC 550 Series ultra-broadband capacitors from 16 KHz to 70+ GHz in ultra-broadband microwave and mmWave RF applications with stringent operating requirements.

In exploring options to demonstrate ringing from reflections in transmission lines, Professor Eric Bogatin gets a greater understanding of debouncing circuits. Read on to see where his investigations led him.