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PWD-5514-02-SMA-79 is listed in the RF Power Dividers/Splitters range at ChipApex. The manufacturer field lists Cinch Connectivity Solutions Midwest Microwave. Its product description is RF PWR DIVIDER 4GHZ-8GHZ MODULE. Review the specifications below when checking this part for your BOM.
The PWD-5514-02-SMA-79 is a two-way Wilkinson power divider manufactured by Cinch Connectivity Solutions Midwest Microwave. It operates within a frequency range of DC to 18 GHz and features SMA connectors. The component provides 3 dB nominal splitting loss with typical insertion loss characteristics suitable for high-frequency applications. It maintains a 50 Ohm impedance across the operational bandwidth, ensuring signal integrity in RF systems requiring precise power distribution.
Verify the specific datasheet version for insertion loss and VSWR tolerances before integration. Confirm that the SMA connector gender matches the system interconnect requirements. Ensure environmental specifications align with the deployment conditions, as military-grade variants may have distinct qualification standards compared to commercial equivalents.
Select this module when a broadband DC-to-18 GHz splitter is required. The Wilkinson design offers superior port isolation compared to resistive splitters. Consider the physical module dimensions and mounting style if space constraints exist within the assembly. Verify thermal management needs based on the total input power handling capabilities defined in the official specification sheet.
This part belongs to the PWD-55 series of microwave power dividers. The series includes various configurations with different frequency ranges and connector types. The PWD-5514 variant specifically targets wideband applications up to 18 GHz, distinguishing it from lower-frequency models like the PWD-5515 which covers a narrower band.
Public confirmed substitute part numbers are not available in the provided documentation. Cross-referencing requires direct comparison of electrical parameters such as insertion loss, isolation, and VSWR against the original design requirements.
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