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US Patent 10333764 Envelope detector-based feedback for radio frequency (RF) transmitters

Patent 10333764 was granted and assigned to Intel on June, 2019 by the United States Patent and Trademark Office.

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Patent abstractTimelineTable: Further ResourcesReferences
Is a
Patent
Patent

Patent attributes

Patent Applicant
Intel
Intel
Current Assignee
Intel
Intel
Patent Jurisdiction
United States Patent and Trademark Office
United States Patent and Trademark Office
Patent Number
10333764
Date of Patent
June 25, 2019
Patent Application Number
16018731
Date Filed
June 26, 2018
Patent Citations Received
‌
US Patent 12088398 Configurable orthogonal frequency division multiplexing (OFDM) signal and transmitter and receiver for same
3
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US Patent 12003350 Configurable orthogonal frequency division multiplexing (OFDM) signal and transmitter and receiver for user terminal to satellite uplink communications
4
‌
US Patent 12003280 Analog domain loopback modes
5
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US Patent 12074683 Configurable orthogonal frequency division multiplexing (OFDM) signal and transmitter and receiver for satellite to user terminal downlink communications
6
‌
US Patent 11581955 Transceiving device and calibration method thereof
‌
US Patent 11057123 Transceiver and transceiver calibration method
‌
US Patent 11665043 Digital pre-distortion compensation using combined direct and indirect learning
10
‌
US Patent 11671123 Digital pre-distortion compensation in a wireless communications system
11
...
Patent Primary Examiner
‌
Jean B Corrielus
Patent abstract

A transmitter is provided to address transmitter non-idealities. The transmitter uses a series of envelope detectors to detect imbalances between an I branch and a Q branch of an I/Q modulator that is implemented as part of the transmitter's front end, and these detected imbalances may be compensated by pre-distorting digital baseband signals fed to the I branch and the Q branch. The transmitter may also use a series of envelope detectors to detect nonlinearities in one or more of the transmitter's amplification stages, and these detected nonlinearities may be compensated by modifying the baseband signals via a digital linearization pre-compensator. The transmitter may also support both implementations in either a time-switched or simultaneous manner, allowing for I/Q imbalances and nonlinearities to be addressed using a single transmitter design.

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