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design techniques of rfic transreceiver


Due to the integration capabilities of CMOS technology, RF transceiver architectures have markedly departed from the conventional heterodyne approach, including far greater on-chip complexity in favor of minimizing the number of external components.

• High-resolution low-power analog-to-digital converters employing new methods of improving the dynamic range have emerged as an integral part of transceivers.

• Numerous low-voltage low-noise RF and baseband circuit techniques have been invented that circumvent the limitations of MOS transistors.

• Extensive research on passive monolithic devices such as inductors and varactors has led to accurate models and hence ease of use in circuit design.





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