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The KFF6193A is a ceramic filter manufactured by Tusonix, a subsidiary of CTS Electronic Components. It operates within the frequency range of 902 MHz to 928 MHz, with a center frequency specification of 915 MHz. The component is designed for surface mount device (SMD/SMT) termination styles, facilitating integration into modern printed circuit board assemblies. Classified under passive components and signal conditioning products, this filter utilizes ceramic technology to provide necessary frequency selection capabilities. The part is currently listed as active in the manufacturer's lifecycle, ensuring availability for ongoing production needs.
Verify the specific RoHS compliance status directly with the manufacturer or authorized distributors, as available documentation indicates no explicit RoHS information is provided for this part number. Confirm that the SMD package dimensions align precisely with your PCB footprint requirements before finalizing procurement decisions to ensure mechanical compatibility.
Select this component when a ceramic filter is required for the 902-928 MHz range. Ensure the design supports surface mount assembly processes. Consider the lack of explicit RoHS data if environmental compliance is a strict project constraint. Validate that the electrical characteristics meet the system's interference rejection requirements without relying on generic family assumptions.
This component belongs to the Ceramic Filters subcategory within Tusonix's passive components portfolio. As a subsidiary of CTS Electronic Components, it benefits from established manufacturing standards. The KFF series typically addresses specific frequency isolation needs in RF front-end designs, distinguishing itself through its specialized ceramic dielectric properties tailored for high-frequency stability.
No public confirmed substitute part numbers are identified in the provided documentation. Engineers must verify direct pin-to-pin and electrical equivalence with alternative vendors independently, as cross-referencing data is not explicitly supported by the source material.