SFELA10M7HA00-B0

Overview

The Murata SFELA10M7HA00-B0 is a ceramic filter designed for signal conditioning applications. It operates at a center frequency of 10.7 MHz with a bandwidth of 180 kHz. The component features an impedance of 330 Ohms and utilizes a 3-SIP package with a 2.50 mm pitch. This device belongs to the CERAFIL SFELF series, intended for precise frequency selection in electronic circuits.

Feature Summary

• Provides stable frequency filtering at 10.7 MHz
• Utilizes compact 3-SIP surface mount packaging
• Designed for FM signal processing applications

Applications

• FM radio receiver front-ends
• Intermediate frequency (IF) filtering stages
• Signal conditioning modules requiring 10.7 MHz selectivity

Procurement Notes

Verify the specific suffix B0 against official Murata documentation to confirm exact mechanical dimensions and terminal configuration. Ensure compatibility with existing PCB footprints, as package variations within the same series may exist. Cross-reference the part number with current manufacturer lifecycle status to confirm availability and production continuity before finalizing procurement plans.

Selection Notes

Select this component when a 10.7 MHz center frequency with 180 kHz bandwidth is required for FM demodulation stages. The 330 Ohm impedance matches standard IF transformer designs. Consider the 3-SIP package size for space-constrained board layouts. Verify thermal operating ranges against system requirements if used in high-temperature environments.

Part Context

This component is part of Murata's CERAFIL SFELF series, which specializes in ceramic filters for communication equipment. These filters are engineered for high stability and consistent performance in consumer electronics and industrial signal processing systems requiring precise intermediate frequency handling.

Replacement Considerations

Direct substitutes include other Murata parts from the SFELF series with identical 10.7 MHz specifications, such as SFELF10M7FA00-B0 or SFECV10M7JA00-R0, provided package and impedance parameters align with the design requirements.