Mid-IR Comb
Optical Frequency Comb

MENLO Mid Infrared Comb komplett compact pic 3w

Specifications

Advanced Features and Benefits

  • spectral range 3 -14 µm
  • high repetition rate of either 100 or 250 MHz
  • high output power up to 120 mW at 3 µm
  • spectral bandwidth of 50 - 300 cm-1
  • turnkey metrology system, fully automated with comb control and data analysis software

 

  Mid-IR Comb 3.3 µm Mid-IR Comb 4.5 µm Mid-IR Comb 5-14 µm
Center Wavelength 3.3 µm ± 0.1 µm  4.5 µm ± 0.1 µm  5-14 µm ± 0.1 µm
Power  >120 mW (at center wavelength)  >120 mW (at center wavelength)  >0.5 mW (between 5-13 µm)
Tuning Range (optional)  >100 nm  4.0-4.7 µm  either 5-8 µm or 8-14 µm
Repetition Rate  100 MHz or 250 MHz  100 MHz or 250 MHz  100 MHz
Bandwidth  >200 nm  ~100 nm (~50 cm-1) 1-3 µm depending on center wavelength (>200 cm-1)

*or same as reference, whichever applies first

Description

World-leading optical frequency comb technology is now available in the mid-infrared region. Taking advantage of Menlo Systems’ proprietary figure 9® modelocking technology, Menlo Systems’ difference frequency generation (DFG) based Mid-IR combs provide access to the 3-14 µm range. The reliable, turn-key mid-IR Comb is an enabling tool for applications in the important fingerprint region for high accuracy spectroscopy or nanoFTIR.

Options

  • EOM-Phase Electro-optic Phase Modulator

    Product Code: EOM-Phase

    Integrated into the laser cavity; allows high-performance phase locking to an optical reference by increasing the bandwidth of the repetition rate lock by more than an order of magnitude. With this EOM option sub-Hz line widths can be achieved. Required for high-performance phase locking to an optical reference.

Menlo Expert Sandra de Vega 2021
Dr. Sandra de Vega
Your direct line to our expert
s.devega@menlosystems.com

Data sheets

Product literature

Ordering information

  • Product Code
  • Mid-IR Comb

Headquarters
sales@menlosystems.com
+49 89 189166 0

Menlo Systems, Inc.
ussales@menlosystems.com
+1 973 300 4490

Feedback? Click here