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The ZABP-450-S+ is a coaxial 50Ω bandpass filter from Mini-Circuits, designed for the S-band frequency range. It features a center frequency of 450 MHz with a passband spanning 400 to 510 MHz. The component utilizes miniature high Q capacitors and wire welded inductors to ensure high reliability and performance. It offers an insertion loss between 1 and 2 dB and provides good impedance matching within the specified passband. The unit is housed in a rugged connectorized package, specifically UU1842 case style, suitable for demanding RF applications.
Verify the specific datasheet version when ordering, as Mini-Circuits may update specifications or mechanical drawings over time. Confirm that the SMA connectors match your system requirements. Ensure the operating environment aligns with the component's thermal and power handling limits. Cross-reference the part number ZABP-450-S+ with official Mini-Circuits documentation to confirm current availability and compliance status before finalizing procurement.
Select this component when a fixed center frequency of 450 MHz is required with a 110 MHz bandwidth. It is suitable for applications needing low insertion loss and high reliability in a compact form factor. Consider the UU1842 package dimensions for board space constraints. Evaluate if the 50Ω impedance matches the surrounding circuitry. This filter is appropriate for S-band applications where lumped LC technology provides sufficient rejection characteristics.
The ZABP series represents Mini-Circuits' line of lumped element bandpass filters. These components are engineered for cost-effective solutions in RF and microwave circuits. The ZABP-450-S+ specifically targets the 400-510 MHz range, offering a balance between performance and size. It is part of a broader portfolio designed for various frequency bands, utilizing robust construction methods like wire welding to maintain consistency across production batches.
Consult Mini-Circuits official substitution guides for verified alternatives. No public substitute part numbers are confirmed in the provided data.