Description
PACK OF 4000 PIECES
The C0603C104J8RAC38 is an SMD (Surface-Mount Device) ceramic capacitor that stands out for its high capacitance value in a remarkably compact package. This capacitor, enclosed in a 0603 package, offers a substantial capacitance of 100 microfarads (µF) while maintaining a voltage rating of 10 volts. It is designed for applications where high capacitance is required in a space-efficient design.
Key Features and Benefits:
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Capacitance (100µF): The high capacitance of 100 microfarads makes this capacitor suitable for applications that require substantial energy storage, smoothing, and filtering capabilities, particularly in power supply circuits.
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Voltage Rating (10 Volts): With a voltage rating of 10 volts, this capacitor is well-suited for low-voltage applications. It provides reliable operation in circuits with minimal voltage fluctuations, typical in many consumer electronics and smaller-scale devices.
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Package (0603 SMD): The 0603 package size is one of the smallest standard sizes for SMD components, making it an ideal choice for high-density PCB designs and for applications where conserving space is crucial.
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Model (C0603C104J8RAC38): The model number C0603C104J8RAC38 precisely defines the capacitor's specifications, ensuring accurate selection for compatibility and performance in electronic designs.
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Applications: This type of capacitor is widely used in power management, portable electronics, and other applications where high capacitance is needed in a small footprint.
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Features: Renowned for its high capacitance density and reliability, the C0603C104J8RAC38 ceramic capacitor is designed to offer consistent performance. Its SMD configuration is suitable for automated manufacturing processes, enhancing production efficiency.
In summary, the C0603C104J8RAC38 ceramic capacitor, with its 100µF capacitance and 10V voltage rating, is an exceptional choice for electronic applications that demand high energy storage capacity in a compact, surface-mountable format. Its design and specifications make it highly desirable in the electronics industry, especially in areas where space efficiency and high capacitance are essential.
