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The 2462-000-S2L0-470M is an axial leaded EMI feedthrough capacitor manufactured by Tusonix, a subsidiary of CTS Electronic Components. This component features a capacitance value of 47 pF with a tolerance of ±20%. It is rated for a maximum voltage of 100V DC. The device is designed to suppress electromagnetic interference in high-frequency circuits through its axial package configuration.
Verify the complete part number including suffixes such as 'LF' if lead-free compliance is required, as specifications may vary between variants. Confirm axial lead dimensions and termination compatibility with your assembly process. Ensure the 100V rating meets your circuit's peak voltage requirements. Cross-reference with official Tusonix/CTS documentation to validate environmental ratings and RoHS status before finalizing procurement.
Select this component when low capacitance values are needed for high-frequency EMI filtering rather than bulk energy storage. The axial form factor is preferred over radial types for specific panel penetration layouts. Consider the 47 pF value against circuit impedance matching requirements. Verify that the 100V DC rating exceeds the operating voltage of the protected line to ensure reliability under transient conditions.
This component belongs to the Tusonix 2462 series of feedthrough capacitors, which are specialized filters designed for chassis mounting. These devices integrate a capacitor directly into a conductive housing, allowing wires to pass through while shunting high-frequency noise to ground. The series typically offers various capacitance and voltage ratings to suit different frequency ranges and power levels in critical applications.
Direct substitutes include other axial feedthrough capacitors from Tusonix/CTS with identical 47 pF capacitance and 100V rating, such as the 2462-000-S2L0-470MLF variant if lead-free composition is necessary. Alternative manufacturers producing equivalent axial EMI feedthrough filters must match the physical footprint, lead spacing, and electrical characteristics to ensure functional interchangeability without redesign.