Features

  • Resonance frequencies within 0.1 - 1.9 MHz
  • BBAR SWIR 1.0 - 3.0 µm with R_avg < 1% (typ.)
  • High transmission with T>98% (typ.)
  • High efficiency / low RF drive power/ high Q-factor
  • Models for high optical power
  • Standard large aperture (3x3mm) for easy alignment
  • Damped piezo- and acoustic resonances
  • Low RAM options

Typical Applications

  • Laser frequency stabilization (PDH, FM / MTS)
  • Laser cooling / Repumper generation
  • Quantum state manipulation
  • Spectroscopy
  • Spectral broadening

Exemplary datasheet

PM6-SWIR

Required Information

Resonance Frequency (MHz)
Wavelength (nm)
Beam diameter (mm)
Optical power (W)
Modulation depth (rad)
Laser operation mode
Additional Information
Application
Quantity

Choose Your Options

Tuning: +T

  • tunable resonance frequency fo
  • tuning range: ca. fo +/- 15% (typ.)
  • for precision frequency adjustment &
  • frequency drift compensation
  • extended tuning ranges available

T-control: +TXC

  • allows T-ctrl. & stabilisation of EOMs
  • for active cooling of high power models
  • & active RAM suppression
  • incl. therm. mounting, T-sensor, TEC
  • requires separate Temp.-controller

DC port: +DC

  • Extra DC-port (SMA)
  • Bandwidth 0-10kHz (typ.)
  • for birefringence compensation,
  • active RAM suppression &
  • work point adjustment (AM)

Custom AR: +AR

  • custom specific AR coatings
  • typ. R < 0.1% for single wavelength
  • multi-wavelength AR available
  • AR for high power applications

Alignment: +AL5

  • Compact 5-axis stage
  • with X, Y, and Z linear translation &
  • pitch and yaw adjustment
  • for precision EOM/Laser alignment

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Additional information about the company:

Since 2008 QUBIG GmbH develops and manufactures world-class Electro-Optic Modulators (EOM)
for scientific and industrial applications....

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