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1709 results:
Application Notes   Application Notes View all productsHere you will find a collection of published application notes Temperature Measurements above the Arctic View all products Linewidth Measurement of Diode  
Frequency References   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,  
Phase Lock to an Optical Reference   Phase Lock to an Optical Reference View all products There are various ways to lock a laser to another optical reference. Here, the general principle of a phase lock to an optical reference will be  
Locking to a Reference Resonator   Locking to a Reference Resonator View all products While the width of the spectral feature in atomic spectroscopy is ultimately limited by the natural linewidth of the specific transition, the  
PID Feedback Controllers   PID Feedback Controllers View all products This application note discusses the purpose and principles of controllers by considering the action of a PID controller as a prototypical example on the  
Actuators for Laser Phase and Frequency Control   Actuators for Laser Phase and Frequency Control View all products The last element of every feedback loop for phase and frequency locking is the actuator. It performs phase and frequency  
Atomic Spectroscopy Lock   Atomic Spectroscopy Lock View all products A straightforward optical setup for realizing a spectroscopy lock was already discussed in the application note “Frequency References”. However, to get rid  
Overview of TOPTICAs lock solutions   Overview of TOPTICA´s Lock Solutions View all products The table below shows a summary of lock solutions discussed in this series of application notes and of TOPTICA laser locking electronics that  
Photo Contest   TOPTICA Photo Contest: Here are our finalists – thank you for participating!  
Phase and Frequency of Laser Light   Phase and Frequency of Laser Light Laser light can be described by its space and time-dependent electric field E(x,t). For the purpose of discussing phase and frequency locking of lasers, the  
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