Reset
Search words under length of 4 characters are not processed.
3696 results:
General Error-Signal-Generation Schemes - b) FM spectroscopy and top-of-fringe locking  
URL: /application-notes/phase-and-frequency-locking-of-diode-lasers/error-signal-generation/general-error-signal-generation-schemes#c15568
b) FM spectroscopy and top-of-fringe locking An alternative method is based on the principle of frequency modulation (FM) spectroscopy. The laser frequency is modulated, e.g. by modulating the laser…  
Error-Signal Generation  
URL: /application-notes/phase-and-frequency-locking-of-diode-lasers/error-signal-generation#c15562
Quite generally, generating an error signal consists of two steps. The first step is to create an optical signal using an optical setup involving a reference, e.g. one of those presented in the…  
Error-Signal Generation  
URL: /application-notes/phase-and-frequency-locking-of-diode-lasers/error-signal-generation#c15816
The goal of error signal generation is to create an electronic signal that is proportional to the laser´s deviation from a certain set frequency or phase which will be called lock point in the…  
Error-Signal Generation  
URL: /application-notes/phase-and-frequency-locking-of-diode-lasers/error-signal-generation#c16010
This application note deals with the question of how to generate an error signal for phase and frequency stabilization of lasers. First, general schemes which are independent of the choice of…  
Frequency References - a) Atomic or Molecular Transitions – Spectroscopy  
URL: /application-notes/phase-and-frequency-locking-of-diode-lasers/frequency-references#c15546
a) Atomic or Molecular Transitions – Spectroscopy For many applications, a good and simple way to stabilize a laser´s frequency is to compare it to an atomic or molecular transition. One advantage…  
Frequency References  
URL: /application-notes/phase-and-frequency-locking-of-diode-lasers/frequency-references#c15542
The concept of phase and frequency stabilization relies on the possibility to detect changes of the quantity that is wished to be stabilized. To do so this quantity has to be measured continuously,…  
Frequency References - Frequency References  
URL: /application-notes/phase-and-frequency-locking-of-diode-lasers/frequency-references#c15558
Frequency References View all products  
Phase and Frequency Locking of Diode Lasers  
URL: /application-notes/phase-and-frequency-locking-of-diode-lasers#c15533
The application note “Error-Signal Generation” describes how to generate an electronic signal which indicates how much the laser phase or frequency has deviated from a set value. Different schemes…  
Phase and Frequency Locking of Diode Lasers  
URL: /application-notes/phase-and-frequency-locking-of-diode-lasers#c15814
There are many ways to lock a laser´s phase or frequency. They do, however, all follow the same basic principles based on a feedback loop, which is diagrammatically sketched in Figure 1. Each…  
Actuators for Laser Phase and Frequency Control  
URL: /application-notes/phase-and-frequency-locking-of-diode-lasers/actuators-for-laser-phase-and-frequency-control#c15810
go to previous pageView all products  
Search results 3031 until 3040 of 3696