Description
PACK OF 200 PIECES
The R1000/25 is an electrolytic radial capacitor with a substantial capacitance of 1000 microfarads (µF) and a voltage rating of 25 volts. Its physical dimensions are 10x21mm. This capacitor is designed for electronic circuits that require a significant charge storage capacity with a moderate voltage tolerance. Its radial design makes it suitable for a variety of applications, particularly in scenarios where a high capacitance is needed within a standard voltage range.
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Capacitance (1000µF): The high capacitance of 1000µF provides significant energy storage and filtering capabilities, ideal for applications requiring robust energy management, such as power regulation and smoothing functions in electronic circuits.
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Voltage Rating (25V): With a voltage rating of 25 volts, this capacitor is appropriate for a range of low to medium voltage applications, commonly found in power supplies, audio equipment, and consumer electronics.
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Physical Size (10x21mm): The size of 10x21mm allows for efficient integration into electronic designs where space is a consideration, yet a high capacitance is required.
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Radial Design: The radial lead configuration facilitates easy mounting on printed circuit boards, providing mechanical stability and ease of integration in various electronic devices.
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Model (R1000/25): The model number R1000/25 accurately identifies the capacitor's specifications, ensuring the correct application and optimal performance in its intended use.
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Applications: Often used in power electronics, automotive electronics, and other applications where high capacitance and medium voltage handling are essential.
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Features: Known for its large capacitance, moderate voltage rating, and robust size, the R1000/25 is designed to offer reliable performance in electronic applications requiring significant energy storage.
In summary, the R1000/25 electrolytic radial capacitor, with its 1000µF capacitance and 25V voltage rating, is a key component for electronic designs that demand significant energy storage and filtering capabilities in medium-voltage environments.
