'Sideband power' presentation slideshows

Progress towards laser cooling strontium atoms on the intercombination transition

657 views • 42 slides

Analog Communications

588 views • 42 slides

High power optical components for Enhanced and Advanced LIGO

High power optical components for Enhanced and Advanced LIGO. Volker Quetschke, Muzammil Arain, Rodica Martin, Stacy Wise, Wan Wu, Luke Williams, Guido Mueller, David Reitze, David Tanner University of Florida Supported by NSF grant PHY-0555453. Optics/Lasers WG, March 21, 2007. Outline.

421 views • 26 slides

Hartmann Wavefront Sensing for the Gingin Experiment

Hartmann Wavefront Sensing for the Gingin Experiment. Aidan Brooks, Peter Veitch, Jesper Munch Department of Physics, University of Adelaide LSC, LLO Mar 2005 LIGO-G050196-00-Z. Layout of Talk. Thermal distortion and compensation in Adv. GWIs

341 views • 19 slides

COMMUNICATION SYSTEM EECB353 Chapter 2 Part II AMPLITUDE MODULATION

COMMUNICATION SYSTEM EECB353 Chapter 2 Part II AMPLITUDE MODULATION. Azlina Abdullah Dept of Electrical Engineering Universiti Tenaga Nasional. AM Voltage Distribution. Mathematically an unmodulated carrier can be described as: where v c (t) = time-varying voltage for the carrier

630 views • 17 slides

Detector Input Impedance

Detector Input Impedance. Consider an idealized, lossless detector, driven by an unmodulated carrier:. 1 : a. + v if (0-pk) _. + a v if (0-pk) _. + a v if (DC) _. R L. Minimum Power to the Detector.

210 views • 9 slides