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SL1010004141T is listed in the Inrush Current Limiters (ICL) range at ChipApex. The manufacturer field lists Vishay Ametherm. Its product description is ICL 10R 20% 4A 10MM CUSTOM. Review the specifications below when checking this part for your BOM.
The SL1010004141T is a negative temperature coefficient (NTC) inrush current limiter manufactured by Vishay Ametherm. Designed for circuit protection, this component features a nominal resistance of 10 ohms with a tolerance of 20%. It supports a maximum steady-state current of 4 amperes and operates within a custom body configuration measuring 10 millimeters. The device utilizes a bulk packaging format and is classified under the SL10 series for robust inrush current management.
Verify the specific electrical parameters against the official Vishay datasheet before integration. Confirm that the 10-ohm resistance and 4-ampere current ratings align with your circuit design requirements. Ensure the physical dimensions match your mechanical constraints. Check for any recent revisions to the product specifications to guarantee compatibility with your system architecture.
Select this component when designing circuits that require robust inrush current suppression at moderate voltage levels. Consider the thermal dissipation characteristics and the specific resistance profile required for your application. Evaluate the physical size constraints to ensure the 10-millimeter body fits within the designated space. Compare performance metrics against alternative NTC thermistors to determine the optimal fit for your specific engineering needs.
This part belongs to the SL10 series of inrush current limiters produced by Vishay Ametherm. The series is known for providing reliable protection against high initial currents in various electronic applications. Vishay Ametherm specializes in precision thermistors for both inrush current limiting and temperature sensing across multiple industries.
Consult the official Vishay documentation for direct substitutes. Verify that any replacement maintains identical resistance values and current handling capabilities. Ensure the physical footprint and mounting style are compatible with existing PCB layouts. Cross-reference technical specifications to confirm equivalent thermal and electrical performance.
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