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The 4310-016 is a miniature press-in EMI/RFI filter manufactured by Tusonix, a subsidiary of CTS Electronic Components. This component functions as a feed-through capacitor designed for electromagnetic interference suppression in electronic circuits. It features an axial lead configuration with a press-fit mounting style, allowing for secure installation into panel holes. The device is rated for 500 pF capacitance and operates at a voltage of 100V with a current handling capacity of 1 A. It belongs to the 4310 series of EMI filters.
Verify the specific suffix requirements when ordering, as variants such as 4310-016LF may exist with different compliance attributes. Confirm that the press-fit hole dimensions match the component's physical specifications to ensure proper mechanical retention. Check manufacturer documentation for any updates regarding RoHS or REACH compliance status before finalizing procurement plans.
Select this component when a low-capacitance, high-reliability EMI filter is required for axial connections. The press-in style eliminates the need for soldering leads through a board, offering a robust mechanical bond. Ensure the operating voltage does not exceed 100V and the current remains within the 1 A limit. Consider the physical size constraints of the enclosure to accommodate the axial leads and body diameter.
Tusonix specializes in EMC products, and this part falls under their range of miniature press-in filters. These components are engineered to provide efficient noise attenuation in compact packages. The 4310 series represents a specific line of feed-through capacitors designed for direct panel mounting, distinguishing them from standard surface-mount or through-hole discrete capacitors.
Consult official substitution guides for equivalent parts within the Tusonix portfolio. Verify that any alternative component matches the 500 pF capacitance, 100V rating, and 1 A current capacity. Ensure the replacement supports the same press-in mounting style and axial lead configuration to maintain mechanical compatibility.