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The AE2380B11493-TF is a cavity band pass RF filter manufactured by Anatech Electronics Inc. It operates with a center frequency of 2.38 GHz and provides a bandwidth of 25 MHz. The component features a 3 dB insertion loss specification and exhibits a ripple of 1.2 dB. It utilizes TNC connectors in an in-line module configuration. The unit is designed for chassis mounting and is housed in a box package. This active component is engineered for radio frequency signal processing applications requiring precise frequency selection.
Verify the specific datasheet AE2380B11493-TF.pdf for complete electrical characteristics and mechanical drawings. Confirm that the TNC connector type matches your system requirements. Ensure chassis mounting provisions are available in the final assembly design. Check for RoHS compliance status if required by your manufacturing standards. Validate the active product status before placing orders.
Select this component when a 2.38 GHz center frequency with 25 MHz bandwidth is required. The 3 dB insertion loss and 1.2 dB ripple specifications define its signal integrity limits. The TNC interface dictates cable compatibility. Chassis mounting constraints must be considered during enclosure design. Compare these parameters against alternative cavity filters to ensure optimal fit for the specific RF application needs.
This part belongs to the Anatech Electronics Inc. RF filter family, specifically cavity band pass filters. Similar models include the AB2050B1116, which targets different frequency ranges such as WiFi bands. These components share common design philosophies focusing on high-performance RF filtering using cavity resonators. The series supports various connector types and mounting styles to accommodate diverse electronic system architectures.
No public confirmed substitute part numbers are available for this specific model. Direct replacement requires matching the 2.38 GHz center frequency, 25 MHz bandwidth, and TNC interface exactly. Alternative cavity filters may differ in insertion loss or ripple specifications. Verify mechanical dimensions and mounting hole patterns before considering any cross-reference options.