DSS1NB32A223Q93A

Overview

The Murata DSS1NB32A223Q93A is a three-terminal feedthrough capacitor from the EMIFIL DSS1 series. It features a capacitance of 0.022 µF with a tolerance of ±10%. The component has a DC voltage rating of 100 V and supports a maximum current of 6 A. It operates within a temperature range of -40°C to +85°C. The device utilizes a radial leaded package for through-hole mounting, with physical dimensions of 8.5 mm length, 3.5 mm width, and 7.5 mm height.

Feature Summary

• Three-terminal LC(T) low-pass filter topology for EMI suppression
• High current handling capability up to 6 A
• Through-hole radial leaded construction for panel or chassis mounting

Applications

• General purpose electronic equipment noise filtering
• Power supply input/output decoupling
• Signal line interference suppression in industrial systems

Procurement Notes

Verify the specific suffix Q93A against official Murata documentation to confirm packaging details, as distributor listings may vary. Confirm RoHS compliance status directly with the manufacturer's latest datasheet. Ensure the procurement channel provides authentic components to avoid counterfeit risks associated with passive electronic parts.

Selection Notes

Select this component when a 0.022 µF capacitance value is required for low-pass filtering applications. The 100 V DC rating and 6 A current capacity suit moderate power environments. The radial three-terminal design is appropriate for shielded enclosures where ground connection via the outer terminal is necessary for effective EMI reduction.

Part Context

This part belongs to the Murata EMIFIL DSS1 series of feedthrough capacitors. These components are designed to suppress electromagnetic interference in circuits requiring robust filtering. The series offers various capacitance values and voltage ratings, all sharing the same radial three-terminal form factor for consistent mechanical integration.

Replacement Considerations

DSS1NB32A223Q91A is an alternative variant within the same series offering identical electrical specifications but potentially different packaging.