PACK OF 100 PIECES
The R680/50 is a radial electrolytic capacitor with a high capacitance of 680 microfarads (µF) and a voltage rating of 50 volts. It has dimensions of 13x21mm, making it well-suited for electronic circuits that require a significant capacitance value in a moderately compact form. This capacitor is typically used in applications where substantial energy storage is needed, along with a high voltage tolerance.
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Capacitance (680µF): The 680µF capacitance allows for a large amount of electrical charge storage, ideal for applications that require robust energy storage and filtering capabilities.
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Voltage Rating (50V): With a voltage rating of 50 volts, this capacitor can safely handle higher voltage scenarios, suitable for a wide range of electronics, including power supplies and more demanding electronic circuits.
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Physical Size (13x21mm): The size of 13x21mm makes it a practical choice in electronic designs where space is a consideration but high capacitance is required.
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Radial Design: The radial lead format provides ease of mounting on printed circuit boards and is preferred in applications where mechanical stability and ease of assembly are important.
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Model (R680/50): The model number R680/50 precisely identifies the specifications of the capacitor, ensuring proper selection for compatibility and safety in various applications.
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Applications: This type of capacitor is often used in power electronics, including inverters and converters, as well as in audio systems for filtering and energy storage. It's also applicable in automotive and industrial electronics.
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Features: Known for its high capacitance, high voltage handling, and radial design, the R680/50 is designed to offer stable performance and reliability in applications that require significant energy storage and filtering capabilities.
In summary, the R680/50 radial electrolytic capacitor, with its 680µF capacitance, 50V voltage rating, and 13x21mm size, is an effective component for electronic designs that demand high energy storage and filtering capacity in a relatively compact format.
