PACK OF 500 PIECES
The SKR101M2GL35VM is a radial electrolytic capacitor with a capacitance of 100 microfarads (µF) and a high voltage rating of 400 volts. Designed to operate at temperatures as low as -85°C, this capacitor is ideal for electronic circuits that require a moderate capacitance with a very high voltage tolerance and exceptional cold temperature performance.
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Capacitance (100µF): The 100µF capacitance provides efficient energy storage and filtering for applications that need a balance between capacitance value and size, making it suitable for a range of electronic devices.
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Voltage Rating (400V): The high voltage rating of 400 volts allows this capacitor to be used in high-voltage applications, significantly extending its suitability to more demanding electronic circuits.
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Temperature Performance (-85°C): Its capability to function at extremely low temperatures, down to -85°C, makes it uniquely suited for environments or equipment exposed to very cold conditions.
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Radial Design: The radial lead configuration of the capacitor enables easy mounting on printed circuit boards, ensuring stability and ease of use in various electronic assemblies.
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Model (SKR101M2GL35VM): The specific model number, SKR101M2GL35VM, precisely identifies its characteristics, crucial for ensuring the correct application in high-voltage and low-temperature environments.
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Applications: Typically used in power supplies, industrial electronics, and other applications where high voltage handling and low-temperature operation are critical. It is also suitable for specialized environments where electronics are exposed to cold temperatures.
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Features: Known for its moderate capacitance, very high voltage rating, and exceptional low-temperature performance, the SKR101M2GL35VM capacitor is designed for stable and reliable operation in challenging conditions.
In summary, the SKR101M2GL35VM radial electrolytic capacitor, with its 100µF capacitance, 400V voltage rating, and ability to operate at temperatures as low as -85°C, is an essential component for electronic designs requiring a balance of moderate capacitance and high-voltage capability in extreme cold conditions.
