Overview of GRM21BR60J107ME15K by Murata Manufacturing Co Ltd.
The GRM21BR60J107ME15K is a multilayer ceramic capacitor (MLCC) classified under the subcategory of Ceramic Capacitors. It features a capacitance value of 100 µF and operates across a voltage range of 6.3V. Its tolerance levels are marked at ±20%, and it boasts an X5R dielectric materials, making it a robust option for temperature stability, marked by a 15% Temperature Coefficient (TC) across its operational range. Manufactured in the standard 0805 package, it is designed for surface mount technology (SMT), making it suitable for a wide array of electronic circuit applications. Notably, this part adheres to RoHS compliance standards, indicating its suitability for use in environments where hazardous materials restrictions are in place. Its package dimensions are optimized for minimal footprint, measuring merely 2 mm in length, 1.25 mm in width, and 1.25 mm in height, fitting neatly onto circuit boards without occupying excessive space.
Industry Applications for GRM21BR60J107ME15K
The GRM21BR60J107ME15K’s specifications present it as viable for a diverse set of industry applications. While its characteristics specifically align with general requirements within the education and research sector, its usage could extend to further industries, subject to design verification and standards compliance. The following are some potential application use cases:
- Consumer Electronics: Given its capacity and compact size, this MLCC might potentially be incorporated into the power supply circuits of smartphones, tablets, or other portable devices, where efficient energy storage and steady power delivery are crucial for optimal performance.
- Industrial: In industrial controls, the GRM21BR60J107ME15K could provide the necessary buffering and smoothing functions in power management systems, potentially enhancing the reliability and efficiency of machinery operations.
- Education and Research: Specifically identified for this sector, its application could span experimental setups, research projects, and educational kits where robustness and durability are required amidst varying environmental conditions.
It is critical to emphasize that these potential industry applications are speculative and must undergo thorough analysis by engineering and design teams. This ensures compliance with industry standards and the specific application requirements before implementation.
About Murata Manufacturing Co Ltd.
Murata Manufacturing Co Ltd is a global leader in the design, manufacture, and supply of electronic components, highly recognized for their range of capacitors. Within the field of Ceramic Capacitors, Murata presents an extensive portfolio, which includes varieties such as the GRM21BR60J107ME15K among others, designed to address the ever-evolving demands of modern electronic devices. Murata’s MLCCs are engineered to offer reliability, performance, and miniaturization, catering to a broad spectrum of industry applications from consumer electronics to automotive, healthcare, and beyond. Murata’s commitment to quality, innovation, and environmental sustainability positions its components, such as the GRM21BR60J107ME15K, as preferred choices among engineers and procurement specialists alike.
Where to Find GRM21BR60J107ME15K by Murata Manufacturing Co Ltd
To secure the GRM21BR60J107ME15K for your projects, visit findchips.com. The platform offers real-time information on stock levels and pricing from a myriad of distributors. Historically, this part has been available through distributors such as Avnet Asia, TTE, Future Electronics, and Mouser Electronics among others. However, to get the most current availability status and best pricing options, utilizing the comprehensive search capabilities of findchips.com is advisable. Additionally, for those seeking alternatives to GRM21BR60J107ME15K or components that might be offered by Murata Manufacturing Co Ltd or other manufacturers, the Ceramic Capacitors section on findchips.com serves as an invaluable resource for comparison and selection.