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Application Notes
Integrated f(CEO) Phase Noise of 280 mrad RMS in a SESAM-based Frequency Comb Supporting a Fractional Frequency Instability of 1.3x10^(-17) at 1 s
Integrated f(CEO) Phase Noise of 280 mrad RMS in a SESAM-based Frequency Comb Supporting a Fractional Frequency Instability of 1.3x10^(-17) at 1 s
Transferring the Long-Term Stability of a GPS-Disciplined OCXO to Vescent’s FFC-100 Optical Frequency Comb by Repetition Rate Locking
Transferring the Long-Term Stability of a GPS-Disciplined OCXO to Vescent’s FFC-100 Optical Frequency Comb by Repetition Rate Locking
Robust Gigahertz Repetition Rate Optical Frequency Combs
Robust Gigahertz Repetition Rate Optical Frequency Combs
Beat note detection at 895 nm with an EOT detector
Beat note detection at 895 nm with an EOT detector
MENHIR-1550 rep rate lock to reference oscillator
The 1 GHz rep rate of a MENHIR-1550 was stabilized.
qNimble Quarto functions as a modulation source, lock-in amplifier, and PI loop filter
Nathan Lemke and his students at the Bethel University AMO lab locked a laser to a two-photon transition of rubidium-85. They used the qNimble Quarto as a modulation source, lock-in amplifier, and PI loop filter servo.
Locking a RIO PLANEX Laser to the Vescent FFC-100 Fiber Frequency Comb
We demonstrate a lock of a RIO PLANEX 1550nm narrow linewidth laser to the Vescent FFC-100 Fiber Frequency Comb using the Vescent D2-135 Offset Phase Lock Servo.
Obtaining an Offset Phase Lock while using the D2-125 Peak Lock Feature
Learn how to fine tune the D2-135 phase lock
SLICE-DHV Performance
Load Size Selection and Limiting Factors of the SLICE-DHV’s Modulation Output
THz Generation with the Menhir Laser
The Menhir-1550 laser was used to generate terahertz waves
Simplified offset stabilization of a low-noise 1 GHz oscillator
Locking ƒCEO of a 1 GHz mode-locked laser
Calculating Phase Noise from the D2-135
Q: What is the phase-noise on my laser beat-note going to look like when locked with the D2-135 Offset Phase Lock Servo (OPLS)? A: There are a lot factors that affect the final lock performance of the D2-135. Like frequency noise, phase noise is measured in terms of a noise density — or noise within