Overview
The datasheet provides detailed information on the KEMET C0402C182K3RAC3325 ceramic capacitor. Ideal for standard chip applications, this capacitor offers a capacitance of 1800 pF with a +/-10% tolerance and is designed to operate with a 25V voltage rating. It is suitable for a diverse range of applications, thanks to its stable X7R temperature coefficient.
Key Specifications
Manufactured by KEMET, the capacitor measures at an industry-standard 0402 chip size, making it a compact choice for electronic circuits. The termination type is Tin, and each unit is clearly marked for easy identification. It boasts an impressive insulation resistance of 100 GOhm and can handle a dielectric strength of 62.5V. Moreover, it has a low dissipation factor of 3.5%, ensuring efficient operation.
Physical Dimensions
The physical dimensions of the capacitor are specifically tailored for precision, with a length (“L”) and width (“W”) of 1.0 +/–0.05 mm and height (“B”) of 0.5 +/–0.05 mm, supporting the miniaturization of electronic devices without sacrificing performance.
Package Information
These capacitors are delivered in bulk bag packaging to facilitate easy handling and integration into manufacturing processes. The standard package quantity is designed to align with manufacturing requirements, optimizing supply chain and inventory management.
Quality and Reliability
KEMET’s capacitors are known for their quality and reliability in standard chip applications. The C0402C182K3RAC3325 has been subjected to rigorous quality controls and comes with certification, ensuring peace of mind for electronic designers and manufacturers.
Application Notice
While KEMET provides statements regarding the suitability of the C0402C182K3RAC3325 capacitor for typical operating conditions, the company clarifies that these are not to be construed as warranties for specific customer applications. Customers should rely on their own technical expertise when selecting products for their applications. In line with this, KEMET offers technical advice on the use of its products and assumes no obligation or liability for advice given or the results obtained from using this information.
Disclaimer
The information provided in this datasheet, including statements of suitability and technical advice, is based on IntelliData’s knowledge, dated from 2006 to 2012, and may not reflect the most current data. Users must verify the suitability of the capacitor for their specific applications and adhere to current data sheets for up-to-date product specifications.
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