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The Bourns Inc. 4610H-702-101/151 is an RC EMI filter network designed for through-hole mounting in a 10-pin SIP package. It functions as a first-order low-pass filter with eight channels, integrating resistors and capacitors to suppress electromagnetic interference. The component features a resistance of 100 ohms and a capacitance of 150 pF per channel. It operates at a maximum voltage of 50 volts. The device provides effective noise suppression in a compact single-package solution suitable for high-density circuit board layouts.
Verify RoHS compliance status carefully, as documentation indicates non-compliant variants exist within this series. Confirm the specific suffix matches the required electrical parameters. Ensure the supplier provides official datasheets matching the exact part number to avoid confusion with similar bus terminated networks. Check insulation resistance testing records if reliability is critical for the application environment.
Select this component when space constraints require integrated RC filtering rather than discrete components. It is suitable for applications needing first-order low-pass characteristics with 100 ohm resistance and 150 pF capacitance. Consider the 10-pin SIP form factor for through-hole assembly requirements. Evaluate the 50-volt operating limit against system voltage levels to ensure safe operation under all conditions.
This part belongs to the Bourns 700 Series RC Terminator Networks. These networks are engineered to provide combined resistance and capacitance in a single in-line package. The series offers various pin counts from 4 to 16, allowing flexibility in channel density. They are specifically designed to reduce insertion time and improve reliability through insulation resistance testing.
Direct substitutes include other Bourns 4610H series parts with identical 100 ohm and 150 pF values but different packaging or compliance ratings. Verify that any alternative maintains the same 8-channel configuration and through-hole mounting style to ensure mechanical compatibility.