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Jamshidifar, Mehran: On-wafer characterization of mm-wave and THz circuits using electrooptic sampling. 2016
Inhalt
Title
Abstract
Zusammenfassung
Related Publications
Abbreviations
Contents
1. Introduction
2. THz Waves and THz Electronics
2.1 THz waves and their applications
2.2 Photonic and optical based THz
2.3 Electronic THz sources
2.4 A short theory of NLTL and its THz range design considerations
2.5 THz detectors and sensors
3. Characterization of mm-Wave and THz Devices
3.1 Common electronic instrumentation
3.2 NLTL based network analyzer
3.3 Photonic instrumentation
4. Electrooptic Sampling Theory
4.1 Ti: Sapphire femtosecond pulsed laser
4.2 Electrooptic effect and electrooptic crystals
5. Electrooptic Setup
5.1 Schematic diagram of the setup
5.2 Challenges using fiber-pigtailed probe
5.3 Modification of setup and using non-pigtailed probe
6. EOS Measurement of a 65-nm CMOSNLTL
6.1 DUT
6.2 EOS measurements
6.3 Simulation of a linear transmission line structure
6.4 Comparison between simulation and measurements
6.5 Measurement of an NLTL terminated with an on-chip antenna
7. Measurement Challenges, Errors, and Jitter
7.1 Measurement errors and challenges
7.2 Synchronization techniques
8. Laser Master-Laser Slave Synchronization
8.1 Mechanism of LM-LS synchronization
8.2 Providing the IF signal for superheterodyne LM-LS
8.3 Measurements with LM-LS
9. Optical Network Analysis Measurements
9.1 Device under test
9.2 Scanning of the NLTLs
9.3 Measurement results
10. Photoconductive Probing vs. EOS
10.1 The photoconductive probe and the setup
10.2 Measurement results
11. Conclusion
Bibliography