As digital integrated circuits evolve to offer higher performance at lower voltages, addressing issues such as noise and voltage fluctuations is critical.
These multi-terminal devices meet the diverse design requirements of System-on-a-Chip (SoC) and microprocessors for multi-terminal capacitor networks. Replacing conventional monolithic ceramic capacitors with multi-terminal silicon devices reduces the total number of capacitors required on the board, improving the compactness of the final design. Fewer capacitors also result in overall savings in both bill of materials and assembly costs.
- Details
- Category: Liabilities
Murata silicon capacitor with a density of 1.3 µF/mm²
Murata has expanded its product offering for the mobile and high-performance computing (HPC) markets with the availability of its latest silicon process technology for manufacturing silicon capacitors with a density of 1.3 µF/mm². The extremely low ESL (low pH) and low ESR (low mΩ) of these devices support the high performance of new power distribution networks (PDNs) that require low impedance across a wide frequency bandwidth.
Print Magazine
Annual subscription price:
You will receive all 10 editions that are published each year.
social networks
Popular News Electronics
Spanish electronics magazine. Printed for over 25 years.
Spain - Madrid - All rights reserved © Convertronic Professional Spanish Electronics Magazine.