GRM0336T1E1R7CD01D

The GRM0336T1E1R7CD01D is a multilayer ceramic capacitor (MLCC) manufactured by Murata, one of the world's leading specialists in passive electronic components. This part belongs to Murata's GRM series, which represents a broad family of general-purpose ceramic capacitors widely used in consumer electronics, industrial equipment, and telecommunications applications. Multilayer ceramic capacitors like this component are fundamental building blocks in modern electronics, used for energy storage, filtering, decoupling, and signal coupling across virtually every type of circuit board. The compact package size of this particular part makes it ideal for applications where board space is at a premium, such as mobile devices, compact industrial controllers, automotive electronics, and dense sensor arrays. The GRM series is characterized by reliable performance in standard operating environments and represents Murata's mainstream offering for applications that require cost-effective, proven capacitor technology. These capacitors are constructed using multiple layers of ceramic dielectric material with internal electrodes, allowing for high capacitance values in remarkably small physical packages. This construction method provides excellent volumetric efficiency and consistent electrical performance across the component's operational range. Engineers typically specify Murata GRM capacitors when they need a balance between performance, reliability, and cost-effectiveness. The brand carries strong quality assurance backing from Murata's manufacturing processes and is recognized throughout the electronics industry for consistency and longevity. For many applications in industrial control systems, power supplies, and signal conditioning circuits, the GRM series provides sufficient performance margins without the premium cost associated with specialized capacitor variants. The specific designator within the part number encodes information about the component's electrical characteristics, package dimensions, and rated specifications. When selecting this exact part number versus alternatives, design engineers would typically be matching against specific circuit requirements such as capacitance value, voltage rating, and temperature stability characteristics needed for their application. This component is typically soldered to printed circuit boards using standard surface-mount assembly processes, making it compatible with modern manufacturing workflows. The part's availability and established design history make it a low-risk choice for production designs across multiple industry sectors, from factory automation equipment to telecommunications infrastructure and beyond.