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The FB450K0000L002 is a ceramic filter from NextGen Components designed for intermediate frequency applications. It operates at a center frequency of 450 kHz and features a 6dB bandwidth of ±12.5 kHz. The component exhibits a minimum impedance of 1.5 kOhm and utilizes a cube package with five pins. Physical dimensions are specified as 11.0 mm in length, 7.0 mm in width, and 8.0 mm in height. This passive device provides signal filtering capabilities within electronic circuits requiring precise frequency selection.
Verify the specific part number against official manufacturer documentation to ensure compatibility with design requirements. Confirm that the electrical characteristics match the intended application parameters before finalizing procurement decisions. Cross-reference datasheets to validate physical dimensions and pin configurations. Ensure compliance with relevant industry standards for component reliability and performance consistency.
Select this component based on its specific center frequency and bandwidth requirements for intermediate frequency applications. Consider the physical package dimensions and pin configuration for PCB layout compatibility. Evaluate the impedance characteristics to ensure proper matching within the circuit design. Review the technical specifications to confirm suitability for the intended operating conditions and environmental constraints.
This ceramic filter belongs to the CF W Series produced by NextGen Components. The series includes various models with different center frequencies and bandwidths. These components are typically used in conjunction with other passive elements to achieve desired signal processing results. The product line focuses on providing reliable filtering solutions for electronic systems requiring precise frequency control.
Compatible substitutes include FB450K0000L009 and FB450K0000L008 from the same manufacturer. Verify electrical parameters such as bandwidth and selectivity when considering alternatives. Ensure physical dimensions and pin configurations match the existing design requirements. Consult official documentation to confirm interchangeability and performance equivalence.