Architectures and Integrated Circuits for Efficient, High-power 'Digital' Transmitters for Millimeter-wave Applications

Posted on:2017-10-12

Degree:Ph.D

Type:Thesis

University:Columbia University

Candidate:Chakrabarti, Anandaroop

Full Text:PDF

GTID:2448390005471630

Subject:Electrical engineering

Abstract/Summary:

This thesis presents architectures and integrated circuits for the implementation of energy-efficient, high-power "digital'' transmitters to realize high-speed long-haul links at millimeter-wave frequencies in nano-scale silicon-based processes.

Keywords/Search Tags:

Architectures and integrated circuits

Related items

1	Advanced architectures for next generation wireless integrated circuits
2	Investigation Of I/O Circuits And On-Chip ESD Protection For Typical Integrated Circuits Process
3	Image-reject receiver architectures for radio frequency integrated circuits
4	Modeling, circuits and architectures for power -efficient FPGAs
5	Memristor device modeling and circuit design for read out integrated circuits, memory architectures, and neuromorphic systems
6	The Study And Design Of Low-noise Low-power Sensor Read-out Integrated Circuits
7	On -chip interconnect architectures: Perspectives of layout, circuits, and systems
8	Study On Smart Power Integrated Circuits
9	Low-Density Parity-Check Decoder Architectures for Integrated Circuits and Quantum Cryptography
10	Research On System Level ESD Protection Of Integrated Circuits