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Lock-in amplifier
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11	W-band dual channel AM/PM noise measurement system — an update A. Hati, C.W. Nelson, J.F. Garcia Nava, D.A. Howe, *F.L. Walls, H. Ascarrunz, J. Lanfranchi and B. Riddle National Institute of Standards and Tech Add to Reading List Source URL: tf.nist.gov Language: English* - Date: 2006-01-03 12:17:30 Electromagnetism Radio electronics Noise Electronic design Electronic test equipment Phase noise Microwave Phase-locked loop Lock-in amplifier Electronic engineering Oscillators Electronics
12	W-band dual channel PM/AM noise measurement system A. Hati, C.W. Nelson, F. G. Nava, D.A. Howe and F. L. Walls noise performance of a free-running and phaselocked Gunn oscillator that has been used as a reference s Add to Reading List Source URL: tf.nist.gov Language: English - Date: 2005-05-05 10:36:31** Electromagnetism Electronic test equipment Electronic design Noise Laboratory equipment Phase noise Phase-locked loop Lock-in amplifier Microwave Electronic engineering Oscillators Electronics
13	W-band dual channel PM/AM noise measurement system A. Hati, C.W. Nelson, F. G. Nava, D.A. Howe and F. L. Walls noise performance of a free-running and phaselocked Gunn oscillator that has been used as a reference s Add to Reading List Source URL: www.tf.nist.gov Language: English - Date: 2005-05-05 10:36:31** Electromagnetism Electronic test equipment Electronic design Noise Laboratory equipment Phase noise Phase-locked loop Lock-in amplifier Microwave Electronic engineering Oscillators Electronics
14	W-band dual channel AM/PM noise measurement system — an update A. Hati, C.W. Nelson, J.F. Garcia Nava, D.A. Howe, *F.L. Walls, H. Ascarrunz, J. Lanfranchi and B. Riddle National Institute of Standards and Tech Add to Reading List Source URL: www.tf.nist.gov Language: English* - Date: 2006-01-03 12:17:30 Electromagnetism Radio electronics Noise Electronic design Electronic test equipment Phase noise Microwave Phase-locked loop Lock-in amplifier Electronic engineering Oscillators Electronics
15	RESIDUAL PM and AM NOISE MEASUREMENTS, NOISE FIGURE and JITTER CALCULATIONS of 100 GHz AMPLIFIERS Add to Reading List Source URL: www.tf.nist.gov Language: English - Date: 2003-09-15 13:07:48 Technology Phase noise Noise temperature Amplifier Flicker noise Johnson–Nyquist noise Lock-in amplifier DBm Decibel Noise Electronics Electromagnetism
16	IEEE TRANSACTIONS ON MICROWAVE THEORY AND TECHNIQUES, VOL. 51, NO. 11, NOVEMBER[removed]GHz Cooled Amplifier Residual PM and AM Noise Measurements, Noise Figure, Add to Reading List Source URL: www.tf.nist.gov Language: English - Date: 2003-11-13 11:52:22 Technical terminology Phase noise Noise temperature Amplifier Johnson–Nyquist noise Noise figure Lock-in amplifier Flicker noise DBm Noise Electronics Electromagnetism
17	APPLIED PHYSICS LETTERS 93, 191115 共2008兲 Observation of injection locking in an optomechanical rf oscillator Mani Hossein-Zadeha兲,b兲 and Kerry J. Vahala Department of Applied Physics, California Institute of Te Add to Reading List Source URL: leecenter.caltech.edu Language: English - Date: 2009-05-11 16:28:30 Oscillators Electronic test equipment Laboratory equipment Scattering Signal processing Injection locking Phase noise Electronic oscillator Lock-in amplifier Physics Electronic engineering Electronics
18	Ph 77 — ADVANCED PHYSICS LABORATORY Lab 2 - Small-Signal Detection Using the Lock-In Amplifier I. BACKGROUND Modern physics research often involves observing small signals buried in noise. Consider an experiment in whi Add to Reading List Source URL: www.pma.caltech.edu Language: English - Date: 2002-09-30 16:59:02 Electrical engineering Signal processing Electronic test equipment Laboratory equipment Lock-in amplifier Amplifier Johnson–Nyquist noise Pink noise Signal averaging Electromagnetism Electronics Noise
19	Ph 77 ADVANCED PHYSICS LABORATORY — ATOMIC AND OPTICAL PHYSICS — Expt. 72 — Laser Frequency Stabilization I. BACKGROUND In many precision optical measurements, it is desirable to have a laser with a well-defined fr Add to Reading List Source URL: www.its.caltech.edu Language: English - Date: 2007-09-19 10:44:22 Technology Electronic test equipment Pound–Drever–Hall technique Synchronization Spectroscopy Lock-in amplifier Optical cavity Laser Electrical resonance Electronics Laser science Optics
20	Chapter 6 Experimental Methods This chapter describes the two dierent techniques utilized in this dissertation for observing the behavior of diusing photons in turbid media. In the rst, I measure the average intensity Add to Reading List Source URL: www.nmr.mgh.harvard.edu Language: English - Date: 2003-07-02 17:26:20 Photons Intralipid Lock-in amplifier Diode Physics Bosons Optics

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