Description
PACK OF 250 PIECES
The EWH2GM100G16OT is an electrolytic capacitor with a capacitance of 10 microfarads (µF), a high voltage rating of 400 volts, and a tolerance of 20%. It is designed to operate efficiently at high temperatures, up to 105°C, making it highly suitable for electronic circuits in challenging thermal conditions. This capacitor's specifications make it ideal for applications that require precision in capacitance and high voltage tolerance in extreme environments.
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Capacitance (10µF): The 10µF capacitance is perfect for precise energy storage and filtering tasks in applications such as timing circuits, power regulation, and signal processing.
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Voltage Rating (400V): With a high voltage rating of 400 volts, this capacitor can accommodate applications operating at higher voltage levels, offering versatility in various demanding electronic devices and circuits.
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Tolerance (20%): The 20% tolerance indicates the range within which the actual capacitance value may vary, providing flexibility and reliability in its performance.
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Temperature Rating (105°C): Capable of functioning effectively at temperatures up to 105°C, it ensures consistent performance in high-temperature applications, suitable for industrial, automotive, or other environments with elevated temperatures.
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Model (EWH2GM100G16OT): The specific model number EWH2GM100G16OT accurately identifies the capacitor's features, aiding in proper selection for integration into suitable electronic designs.
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Applications: Commonly used in power supplies, industrial electronics, automotive systems, and other high-voltage applications where temperature endurance is crucial.
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Features: Known for its precise capacitance, high voltage handling, significant tolerance range, and excellent temperature resistance, the EWH2GM100G16OT capacitor is designed for stable and reliable operation in challenging conditions.
In summary, the EWH2GM100G16OT electrolytic capacitor, with its 10µF capacitance, 400V voltage rating, 20% tolerance, and high-temperature capability, is an essential component for electronic systems that demand precise capacitance in high-voltage and high-temperature scenarios.
