Description
PACK OF 2000 PIECES
The TKP010M1HD11MP is a radial electrolytic capacitor with a capacitance of 1 microfarad (µF) and a voltage rating of 50 volts. It has a compact size of 5x11mm, making it an ideal choice for electronic circuits where space is limited but a reliable capacitance with a higher voltage rating is needed. This capacitor is typically used in applications that require precision and stability in their electronic components.
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Capacitance (1µF): The 1µF capacitance is suitable for applications that require precise control over energy storage and filtering, such as in timing and signal processing circuits.
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Voltage Rating (50V): With a 50-volt rating, this capacitor can handle higher voltage applications than many standard capacitors, making it versatile for use in a wide range of electronic devices and circuits.
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Physical Size (5x11mm): Its small radial design of 5x11mm allows for efficient integration into electronic devices where space conservation is crucial.
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Radial Design: The capacitor's radial lead layout facilitates straightforward mounting on printed circuit boards, providing stability and ease of integration in various electronic designs.
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Model (TKP010M1HD11MP): This specific model number helps in identifying the exact specifications and characteristics of the capacitor, crucial for ensuring compatibility and optimal performance in its application.
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Applications: Commonly used in audio systems, power supplies, and various consumer electronics where compact size and reliability are important. It is also suitable for use in control circuits, timing applications, and coupling/decoupling circuits.
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Features: Known for its precise capacitance, high voltage handling, and compact radial design, the TKP010M1HD11MP is designed for stable performance in electronic applications where space and voltage considerations are key.
In summary, the TKP010M1HD11MP radial electrolytic capacitor, with its 1µF capacitance, 50V voltage rating, and 5x11mm size, is a vital component in electronic designs that require accurate capacitance in a small, high-voltage capable package.
