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A small area amplitude detector circuit is proposed. The circuit use two PLL: The local oscillators achieve a better than dBc total integrated phase noise. Thanks to its ability to generate a stable yet programmable output frequency, Phase Locked Loop PLL frequency synthesizers are found in most modern radio transceivers. Noise contributions of various PLL building blocks and their impact on over all system performance are analyzed.

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All practical PLL implementations suffer from unwanted frequency components such as phasenoise and spurious tones, and since these components affect system performance they must be predicted and minimized.

To handle the frequency drift normally associated with open-loop implementations, a low-leakage charge-pump is proposed.

Finally an oscillator topology reducing the phase noise in voltage controlled oscillators is suggested. Total power consumption is 9 mW and the circuit area including the VCO inductors and on-chip loopfilter is 0. The local oscillators achieve a better than dBc total integrated phase noise. The theoretical phase noise is reduced 3. The wide-band operation and small input capacitance make the circuit suitable for embedding in an RF system on-chip, allowing measurement of on-chip signal levels and automatic calibration.

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The strongly non-linear operation of PLL building blocks are analyzed, using both analytical and numerical methods. The design and implementation of a transceiver targeting galan dual band IEEE The power consumption is mW in the receive mode and mW in the transmit mode using a 1. The total die area is 12mm 2.

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The circuit use two PLL: Measured leakage current is less than 2 fA. The synthesizer is implemented using a 0.

The synthesizer use open-loop direct modulation of the carrier, but unlike conventional implementations, the proposed synthesizer is open both when transmitting and receiving data.

By using on-chip decoupling and an amplitude control circuit to adjust oscillator bias, the impact of current source noise is eliminated. Techniques to predict system performance are investigated.

The transceiver achieves a receiver noise figure of 4. This thesis discuss the design and implementation of fully integrated PLL circuits. A small area amplitude detector circuit is proposed.

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Techniques to reduce impact of interferer down-conversion and noise folding are suggested. Bb to its ability to generate a stable yet programmable output frequency, Phase Locked Loop PLL frequency synthesizers are found in most modern radio transceivers. The techniques are verified through a number of PLL implementations. A quadrature accuracy of 0.

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Noise contributions of various PLL building blocks and their impact on over all system performance are analyzed. A Single Chip This allows the use of a small area on-chip loop filter without violating noise or gwlqn requirements.

Methods to perform automatic calibration in order to make circuits less sensitive to process variations are proposed. Kostamovaar, Juha University of Oulo. A dual-band triple mode radio compliant with the IEEE