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AOMO 3080-1916 Modulator

The AOMO 3080-1916 is a Mid-IR acousto-optic modulator using tellurium dioxide, designed for infrared laser systems where larger beam handling, low optical loss and stable thermal integration are key requirements.

Full Product Description
Stock Code:
97-03448-01
Minimum Wavelength (nm):
1650
Maximum Wavelength (nm):
2300
Center Frequency (MHz):
80
RF Bandwidth (MHz):
20

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Product description

The AOMO 3080-1916 provides controlled modulation for Mid-IR laser systems where beam size, optical throughput and reliable switching performance are important. Its tellurium dioxide acousto-optic material supports efficient infrared beam interaction, helping deliver stable control in precision photonics and instrumentation platforms.

This modulator is well suited to larger-beam Mid-IR optical layouts where low insertion loss, low reflectivity and clean beam separation are important for system integration. Its conduction-cooled construction and high optical power handling support dependable performance in laboratory photonics, optical test platforms, sensing systems and specialist infrared laser applications.

Key features

  • Mid-IR acousto-optic modulator for infrared laser control
  • Uses tellurium dioxide acousto-optic material for efficient infrared beam interaction
  • Designed for larger beam handling in Mid-IR optical systems
  • Supports beam gating, optical switching and intensity modulation
  • Low insertion loss helps preserve available laser power
  • Low reflectivity helps reduce unwanted optical feedback
  • High contrast switching supports clean laser on/off control
  • Defined beam separation supports practical optical routing and alignment
  • Conduction-cooled construction supports stable thermal integration
  • High optical power handling supports demanding infrared laser applications
  • Polarisation orientation supports predictable system integration
  • Helps manage optical timing, beam delivery and laser power
  • Suitable for optical test platforms, sensing systems and laboratory photonics
  • Supports OEM instrumentation and specialist Mid-IR laser systems
  • Ideal for applications requiring stable, repeatable larger-beam infrared control

Specifications

NameValue
Stock Code97-03448-01
ModelAOMO 3080-1916
Spectral RegionMid IR
Minimum Wavelength (nm)1650
Maximum Wavelength (nm)2300
Separation Angle at Center Wavelength (mrad)37.6
Center Frequency (MHz)80
RF Bandwidth (MHz)20
Rise Time (ns/mm)159
Active Aperture Height (mm)2
Active Aperture Length (mm)2.5
Optical MaterialTeO₂
Acoustic Velocity (mm/µs)4.2
Recommended RF DriverQC Series

(Values for Guidance Only - refer to datasheet where available)

Performance Vs Wavelength

Wavelength2000 nm
Saturation RF power<12 W
Bragg angle19 mr
Beam separation38 mr

Performance vs beam diameter

Beam Diameter1000 μm
At wavelength2000 nm
Diffraction efficiency>85%
Rise time160 ns

NOTE: All Specifications above are "Typical Performance" values for guidance only.

  • Example AR Coating Curve (Guidance only)

    AR coating curve chart showing percent transmission (%T) plotted against wavelength from about 1635 to 2320 nanometres. The single curve forms a broad U-shape, starting near 1.0% at the shorter wavelengths, falling to a minimum of about 0.1% around 1950 to 1970 nanometres, and then rising again toward 1.0% by 2320 nanometres, indicating optimum antireflection performance near 2.0 micrometres.