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PEANFP1053 is listed in the Rfid Antennas range at ChipApex. The manufacturer field lists Pasternack. Its product description is RFID ANTENNA 902MHZ-928MHZ 12DBI. Review the specifications below when checking this part for your BOM.
The PEANFP1053 is an RFID flat panel antenna manufactured by Pasternack, designed for operation within the 902 MHz to 928 MHz frequency range. It provides a maximum gain of 12 dBi and features Right-Hand Circular Polarization (RHCP). The unit utilizes an SMA male connector interface and is housed in a PVC radome enclosure. This component is engineered for high-performance radio frequency identification applications requiring directional signal transmission and reception.
Verify the specific datasheet version provided by Pasternack Enterprises Inc before procurement. Confirm that the SMA male connector orientation matches your existing cabling infrastructure. Ensure the operating environment temperature falls within the specified limits for the PVC material. Cross-reference the regulatory compliance certifications required for your target market to ensure adherence to local RF emission standards.
Select this model when right-hand circular polarization is required to mitigate multipath interference in RFID deployments. The 12 dBi gain supports longer read distances compared to lower gain alternatives. Consider the physical dimensions of the flat panel form factor for mounting constraints. Verify compatibility with standard UHF RFID readers operating within the 902-928 MHz band.
This component belongs to Pasternack's RFID antenna portfolio, specifically the flat panel series. It complements other models like the PEANFP1050, which offers lower gain but similar operational frequencies. The product line focuses on providing reliable RF solutions for industrial and commercial identification systems. Pasternack designs these antennas to meet rigorous environmental and performance standards.
The PEANFP1050 serves as a functional alternative within the same family, offering 5 dBi gain instead of 12 dBi. Both units share identical frequency ranges and polarization characteristics. Substitution requires verifying if the reduced gain meets the specific link budget requirements of the installation.
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