GRM187R61A226ME15D

The GRM187R61A226ME15D is a multilayer ceramic capacitor (MLCC) manufactured by Murata, one of the world's leading suppliers of passive electronic components. This capacitor is designed for use in a wide range of industrial, commercial, and consumer electronics applications where reliable energy storage and signal filtering are essential. MLLCs like this component are fundamental building blocks in modern electronics. They store and release electrical energy, filter noise from power supplies, couple and decouple signals in audio and RF circuits, and stabilize voltage in digital systems. The compact size and high capacitance density of ceramic capacitors make them ideal for space-constrained applications where PCB real estate is at a premium. Based on its part number designation, this capacitor features the 1206 package format (metric 3216), which measures approximately 3.2mm by 1.6mm. This is a widely-used mid-size package that balances ease of handling and assembly with component miniaturization. The 1206 package is standard across consumer electronics, industrial control systems, automotive applications, telecommunications equipment, and power management circuits. Murata's GRM series represents the manufacturer's general-purpose MLCC line, engineered to meet the demanding requirements of high-volume manufacturing environments. These capacitors are designed for automated surface-mount assembly and offer consistent performance across commercial temperature ranges. They are commonly specified in applications requiring stable capacitance values and low equivalent series resistance (ESR). Engineers typically select this specific part number when they need a capacitor that combines proven reliability, established supply chain availability, and proven thermal stability. Murata MLCCs are known for consistent quality control and long manufacturing history, factors that matter significantly in industrial applications where component replacement and redesign carry high costs. The ceramic dielectric material used in this component provides good temperature stability compared to some alternatives, making it suitable for environments with moderate thermal variation. The relatively small package size also makes it cost-effective in high-volume production runs, where per-unit component costs directly impact product economics. This component would typically be found in power supply circuits, digital logic systems, RF and microwave applications, and industrial automation equipment. Its combination of miniaturization, reliability, and mainstream availability makes it a standard choice for design engineers working on next-generation products that require proven, field-tested passive components.