SYSTEMS AND METHODS FOR A PREDISTORTION LINEARIZER WITH FREQUENCY COMPENSATION

1 . An analog predistortion linearizer system with dynamic frequency compensation for automatically adjusting predistortion characteristics based on a detected frequency, the system comprising:

a frequency detector generating at least one frequency detection signal in response to receiving an amplifier drive signal, the at least one frequency detection signal including a frequency indicator that indicates a frequency of the amplifier drive signal, said at least one frequency detection signal comprising an analog signal or a digital signal;

a controller communicatively coupled to the frequency detector and generating at least one predistorter control signal in response to receiving the at least one frequency detection signal from the frequency detector; and

an analog predistorter communicatively coupled to i) the frequency detector and ii) the controller, the analog predistorter generating a predistorted amplifier drive signal based on the at least one predistorter control signal, wherein said controller comprising a circuit for processing the received analog signal and for generating a proper predistortion signal for the analog predistorter.

2 . (canceled)

3 . The analog predistortion linearizer system of claim 1 , wherein the predistorted amplifier drive signal comprises gain amplitude and phase distortion characteristics to counteract gain amplitude and phase distortion property of an amplifier.

4 . The analog predistortion linearizer system of claim 1 , wherein the frequency detector communicates the amplifier driver signal with the predistorter while substantially maintaining characteristics of the signal.

5 - 6 . (canceled)

7 . A processor-executable method for automatically adjusting predistortion characteristics of a radio frequency signal comprising:

receiving, via a frequency detector, the radio frequency signal;

detecting, via the frequency detector, a frequency value in response to the receiving;

generating, via the frequency detector, at least one frequency detection signal in response to detecting, said at least one frequency detection signal comprising an analog signal or a digital signal;

generating, via a controller, a predistortion control signal in response to the detected frequency value; and

generating, via an analog predistorter a predistortion amplifier drive signal to the radio frequency signal such that the generated predistorted amplifier drive signal counteracts a gain amplitude and phase distortion of an amplifier when processing the radio frequency signal, wherein said controller comprises a circuit for processing the received analog signal and for generating a proper predistortion signal for the analog predistorter.

8 . The processor-executable method of claim 7 , wherein the predistorted amplifier drive signal comprises gain amplitude and phase distortion characteristics to counteract the gain amplitude and phase distortion properties of the amplifier.

9 . The processor-executable method of claim 7 , further comprising communicating, via the frequency detector, the predistorted amplifier driver signal with the analog predistorter while substantially maintaining characteristics of the radio frequency signal.

10 . The processor-executable method of claim 7 , wherein detecting comprises detecting the frequency value.

11 . The processor-executable method of claim 7 , wherein detecting comprises detecting the frequency value.

12 . (canceled)

13 . An analog predistortion linearizer apparatus with dynamic frequency compensation for automatically adjusting predistortion characteristics based on a detected frequency, the apparatus comprising:

an analog predistorter for receiving a drive signal;

a frequency detector communicatively coupled to the analog predistorter,

wherein the analog predistorter communicates the received drive signal with the frequency detector;

wherein the frequency detector generates a frequency detection signal in response to the received drive signal, the frequency detection signal including a frequency indicator that indicates a frequency of the drive signal, said at least one frequency detection signal comprising an analog signal or a digital signal;

a controller communicatively coupled to the frequency detector and the analog predistorter, said controller generating a predistorter control signal in response to receiving the at least one frequency detection signal from the frequency detector; and

wherein the analog predistorter generates a predistorted drive signal based on the predistorter control signal, and wherein said controller processes the received analog signal and for generating a proper predistortion signal for the analog predistorter.

14 . (canceled)

15 . The analog predistortion linearizer apparatus of claim 13 , wherein the predistorted drive signal comprises gain amplitude and phase distortion characteristics to counteract gain amplitude and phase distortion property of an amplifier.

16 . The analog predistortion linearizer apparatus of claim 13 , wherein the frequency detector directs the driver signal while substantially maintaining characteristics of the drive signal.

17 - 18 . (canceled)

19 . The analog predistortion linearizer apparatus of claim 17 , wherein the controller comprises a processor and a memory, wherein the controller processes the digital signal.

20 . The analog predistortion linearizer apparatus of claim 19 , wherein the controller digitizes the frequency detection signal and to store data associated with the frequency detection signal in a programmable lookup table to determine the predistorter control signal.

21 - 22 . (canceled)