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PE-T1012 is listed in the RF Power Dividers/Splitters range at ChipApex. The manufacturer field lists Pasternack. Its product description is Low PIM 3 Way N Equal-Tapper Hig. Review the specifications below when checking this part for your BOM.
The PE-T1012 is a Pasternack RF power divider designed as a 3-way N-type equal-tapper. It operates within a frequency range of 600 MHz to 2.7 GHz and features a 50 Ohm impedance system. The component is engineered for high-power applications, with official documentation citing ratings of either 300 Watts or 500 Watts depending on the specific datasheet version. It is optimized for mobile network infrastructure and incorporates low PIM characteristics to ensure signal integrity in demanding environments.
Verify the specific power rating required for your application, as documentation references both 300W and 500W specifications for this part number. Confirm that the N-type connector gender matches your existing cabling infrastructure. Ensure the operating frequency range fully encompasses your system's bandwidth requirements before finalizing procurement decisions.
Select the PE-T1012 when a three-way split is required for N-type interfaces in mobile network deployments. Consider the PE-T1010 if a four-way split is needed instead. Evaluate the PE-T1004 if a lower frequency range down to 376 MHz is necessary. Choose this model over 7/16 DIN variants if N-type compatibility is mandatory for your system design.
This component belongs to Pasternack’s Tapper series of RF power dividers. These devices are distinct from standard splitters by their specific optimization for mobile network environments. The series includes various configurations such as two-way, three-way, and four-way splits with different connector types like N-type and 7/16 DIN.
The PE-T1010 serves as a similar alternative offering a 4-way split configuration. For 2-way splitting needs, the PE-T1003 provides a comparable N-type solution. Cross-reference these models if the exact 3-way topology does not fit the system architecture.
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