The PE53231 is a highly integrated front-end module targeted for wireless infrastructure applications such as TDD macro/micro base stations and MIMO applications. It is designed for use at the front end of a receiver chain for TDD-based systems and is ideally suited to 5G solutions or small cell applications. The dual-channel receiver integrates two independent LNAs with bypass function and a high-power switch. The PE53231 can be utilized across the 3.45 GHz–4.2 GHz frequency range with internal impedance matching networks. This receiver utilizes pSemi’s UltraCMOS® SOI technology which supports input RF power signal up to 20W average power, assuming 9 dB PAR and a very low noise figure, excellent linearity and very low power consumption. Each channel is controlled individually within the selected frequency band, which allows more flexibility in the system design.
The PE53231 is a highly integrated front-end module targeted for wireless infrastructure applications such as TDD macro/micro base stations and MIMO applications. It is designed for use at the front end of a receiver chain for TDD-based systems and is ideally suited to 5G solutions or small cell applications. The dual-channel receiver integrates two independent LNAs with bypass function and a high-power switch. The PE53231 can be utilized across the 3.45 GHz–4.2 GHz frequency range with internal impedance matching networks. This receiver utilizes pSemi's UltraCMOS® SOI technology which supports input RF power signal up to 20W average power, assuming 9 dB PAR and a very low noise figure, excellent linearity and very low power consumption. Each channel is controlled individually within the selected frequency band, which allows more flexibility in the system design.
Description | Switch LNA |
Min Freq. | 3300 MHz |
Max Freq. | 4200 MHz |
Package | 40L LGA |
Package (mm) | 6×6 |
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