LC VCO PHD THESIS

A number of voltage controlled oscillator VCO techniques for wide-tuning range, and low phase noise frequency synthesis techniques are developed. Optimized capacitor array design techniques for wide-tuning ranges are discussed. Mayaram, Kartikeya Fiez, Terri. They also maintain good phase noise, power consumption, and figure of merit FOM over the entire tuning range. This work has no parents. Electrical and Computer Engineering. Wide tuning range, low phase noise frequency synthesizers for signaling, and RF samplers and signal processors for spectrum sensing are identified as critical circuit design blocks.

They achieve higher amplitudes of oscillation, and consequently, a superior phase noise performance. Appears in collections Dissertations []. Several architectures and circuit im- plementations are reviewed. This is followed by a power generation method based fast start-up analysis of resonator based oscillators. This dissertation focuses on the analysis, design, and application of inductor-capacitor LC oscillators for wireless sensor networks WSNs.

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lc vco phd thesis

The VCOs are analyzed, and detailed measurement results from a design prototype are presented. Finally, an application of LC oscillators for a crystal free radio-frequency RF receiver design tesis been explored.

Analysis and Design of Wideband LC VCOs

Suggested Citation Sadhu, Bodhisatwa. Optimized capacitor array design techniques for wide-tuning ranges are discussed.

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lc vco phd thesis

The thesis also briefly discusses the modeling of circuit non-idealities thewis CRAFT, and outlines circuit techniques for mitigating these. A number of voltage controlled oscillator VCO techniques for wide-tuning range, and low phase noise frequency synthesis techniques are developed. This set of novel topologies are based on linearized transconductance using capacitive feedback techniques.

Electrical Engineering and Computer Science. Mayaram, Kartikeya Fiez, Terri. It is shown that a source-synchronous receiver with MSK modulation is a suitable choice for eliminating the crystal in WSN applications.

Analysis and Design of Wideband LC VCOs | EECS at UC Berkeley

Wide-tuning range techniques based on switched inductors are proposed as a way to design inductor- capacitor LC VCOs with wide-tuning ranges vci maintain a good phase noise and power dissipation performance over the entire tuning range.

The analysis has been validated with detailed circuit level simulations. Abstract This thesis discusses the design of the receiver front-end for software defined radio SDR based cognitive radio applications. Voltage-controlled oscillators Wireless sensor networks.

Circuit techniques for cognitive radio receiver front-ends

Circuit techniques for cognitive radio receiver front-ends. Description University of Minnesota Ph. Electrical Engineering and Computer Science. Several architectures and circuit im- plementations are reviewed. It is shown that a source-synchronous receiver with MSK modulation is a suitable choice for tesis the crystal in WSN applications. Press to Select an action Download.

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The thesis also briefly discusses the modeling of circuit non-idealities in CRAFT, and outlines circuit techniques for mitigating these. This is followed by a power generation method based fast start-up analysis of resonator based oscillators. Doctor of Philosophy Ph. Persistent link to this item http: Several architectures and circuit im- plementations are reviewed. A wide tuning range is also maintained. Retrieved from the University of Minnesota Digital Conservancy, http: You may create a new collection.

A wide tuning range is also maintained.

Doctor of Philosophy Ph. Press to Select an action Download. Finally, an application of LC oscillators for a crystal free radio-frequency RF receiver design has been explored. They achieve higher amplitudes of oscillation, and consequently, a superior phase noise performance.

lc vco phd thesis

Design trade-offs have been analyzed using system level simulations. A number of voltage controlled oscillator VCO techniques for wide-tuning range, and low phase noise frequency synthesis techniques are developed.