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

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

Beat note detection at 895 nm with an EOT detector

The 1 GHz rep rate of a MENHIR-1550 was stabilized.

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.

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.

Learn how to fine tune the D2-135 phase lock

Load Size Selection and Limiting Factors of the SLICE-DHV’s Modulation Output

The Menhir-1550 laser was used to generate terahertz waves

Locking ƒCEO of a 1 GHz mode-locked laser

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