Overview of F981C106MSAAS1 by Kyocera AVX Components
The F981C106MSAAS1 is a Tantalum Capacitor characterized by its use of tantalum (dry/solid) as the dielectric material. This component is engineered with a high capacitance-voltage (CV) product using manganese dioxide (MnO2), featuring a capacitance of 10 µF and a nominal voltage rating of 16V. The device also offers a relatively low equivalent series resistance (ESR) of 4500 mΩ and a ripple current rating of 40 mA, measured at 100 kHz. The small size chip’s dimensions are 2 mm in length, 1.25 mm in width, and 0.8 mm in height, making it suitable for surface mount technology, specified in 0805 size code packaging.
Produced by Kyocera AVX Components Corp, this capacitor is current with its RoHS and REACH compliances, further emphasizing its commitment to environmental standards. This polarized capacitor has operational temperature ranges from -55°C to 125°C, which attests to its robustness in various operating conditions. The mounting feature is designed for surface mounting, facilitating ease of design in modern electronic circuits.
Industry Applications for F981C106MSAAS1
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Consumer Electronics: The F981C106MSAAS1 could potentially be used in the development of consumer electronics such as smartphones, tablets, and laptops where compact and efficient power management is crucial. Its low ESR and high-ripple current capacity could help in stabilizing power supply lines, enhancing device reliability.
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Computing and Data Storage: In computing applications, especially in those requiring high-speed data processing and compact form factors like SSDs and servers, this capacitor might contribute effectively. The 0805 package size and surface-mount compatibility make it favorable for densely populated boards.
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Telecommunications: The telecommunications industry could potentially benefit from the F981C106MSAAS1 in applications involving signal conditioning, power supply filters, and RF amplifiers. The device’s characteristics such as low leakage current (0.0016 mA) and high operating temperature range might be useful in maintaining performance in harsh operating environments.
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Automotive (subject to verification against industry standards like AEC-Q100): While specific automotive standards compliance (like AEC-Q100) is not listed, the robust temperature range and package size could make the F981C106MSAAS1 a candidate for automotive applications, subject to further verification against automotive standards for electronic components.
Note: These potential industry applications are conceptual and require analysis and verification by engineering and design teams for industry standards and specific application requirements.
About Kyocera AVX Components
Kyocera AVX Components is a prominent manufacturer in the field of electronic components, including a variety of capacitors. Their portfolio, which features items like the F981C106MSAAS1, is packed with products that use advanced material science and manufacturing techniques to deliver high performance and reliability. Kyocera AVX is particularly notable within the Tantalum Capacitors market; they produce capacitors that cater to a broad spectrum of industrial, commercial, and consumer electronics applications. Their components are often chosen for their dependability, environmental compliance, and the technological edge they provide in demanding applications.
Where to Find F981C106MSAAS1 by Kyocera AVX Components
To purchase the F981C106MSAAS1, I recommend using findchips.com. On this platform, you can access up-to-date inventory levels, current pricing, and availability from multiple distributors. Historically, this part has been available through distributors such as Chip1Stop, TTI, Bristol Electronics, and RS. While these distributors have a record of stocking this part, it’s best to visit FindChips for the latest information on availability and competitive pricing.
Additionally, if alternatives are needed, you can explore other Tantalum Capacitors that might be offered by Kyocera AVX Components or other manufacturers. This can be particularly useful for engineers looking to compare specifications and ensure optimal component selection for their applications.