参考文献
Frequency Mixers Level 17. Available
H. Wohlmuth and W. Simburger, "A High IP3 RF Receiver Chip Set for Mobile Radio Base Stations upto 2GHz," IEEE JSSC, July 2001.
H. J. Yoo and J. H. Kim, "The Receiver Noise Equation: A Method for System Level Design of an RF Receiver," Microwave Journal, August 2002, pp. 20-34.
E. Ngompe, "Computing the LO Noise requirements in a GSM receiver", Applied Microwave and Wireless, pp.54-58.
Draft GSM 05.05 V8.1.0, European Telecommunications Standard Institute, pg 29, Nov 1999.
J. Lin et al, "A silicon MMIC active balun/buffer amplifier with high linearity and low residual phase noise," 2000 IEEE MTT-S Digest.
R. G. Meyer and A. K. Wong, "Blocking and Desensitization in RF Amplifiers," IEEE JSSC, August 1995.
Maxim Integrated, MAX9981, MAX9982, MAX9993.
参考文献
Frequency Mixers Level 17. Available
H. Wohlmuth and W. Simburger, "A High IP3 RF Receiver Chip Set for Mobile Radio Base Stations upto 2GHz," IEEE JSSC, July 2001.
H. J. Yoo and J. H. Kim, "The Receiver Noise Equation: A Method for System Level Design of an RF Receiver," Microwave Journal, August 2002, pp. 20-34.
E. Ngompe, "Computing the LO Noise requirements in a GSM receiver", Applied Microwave and Wireless, pp.54-58.
Draft GSM 05.05 V8.1.0, European Telecommunications Standard Institute, pg 29, Nov 1999.
J. Lin et al, "A silicon MMIC active balun/buffer amplifier with high linearity and low residual phase noise," 2000 IEEE MTT-S Digest.
R. G. Meyer and A. K. Wong, "Blocking and Desensitization in RF Amplifiers," IEEE JSSC, August 1995.
Maxim Integrated, MAX9981, MAX9982, MAX9993.
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