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T-MGR6N - MEMS Grating Modulator, 600 - 1100 nm, Ø6 mm Clear Aperture

Part No.: T-MGR6N

  • $ 4,250.00


T-MGR6N - MEMS Grating Modulator, 600 - 1100 nm, Ø6 mm Clear Aperture

Product Drawing

  • Reflective Gold Coating with Near Zero Dispersion
  • 600 - 1100 nm Operating Range
  • Frequency Range of 0 - 200 kHz
  • Polarization Independent Operation
  • Response Times of Less Than 2.5 μs
  • Continuous Sustained Operation
  • Large Clear Active Aperture of Ø6.0 mm
Item # MGR6N
Housing Dimensions (D x L) Ø1.30" x 2.22"
Reflective Coating (Click for Plot) Gold
Frequency Range 0 to 200 kHz
Rise/Fall Time: 90% - 10% <2.5 μs
Rise/Fall Time: 97% - 3% <4 μs
Peak Extinction Ratioa 200:1 at 632 nm
Optimal Wavelength Range 600 - 1100 nm
Angle-of-Incidence for Peak Extinction <10° (Lateral Incident Angle)
Maximum Extinction Frequency Limit, -3 dBb 100 kHz
Active Aperture Ø6.0 mm
Total Reflected Wavefront Error (P-V) λ/4
Maximum Operating Voltage
(Device Dependent)c
<200 V
Maximum Extinction Voltage
(Device Dependent; Angle Dependent Above 10°)d
See Graphs Tab for Typical Performance
Protective Window
Item # WG11050-B
Angle 10°
Substrate N-BK7e
Diameter 1"
Thickness 5 mm
  • a. Devices measured using 635 nm light and 650 - 1050 nm AR-coated protective window.
  • b. Maximum Extinction Frequency Limit is defined as the frequency of the device above which the maximum extinction of the beam as noted on the data sheet is no longer attained.
  • c. The maximum operating voltage is labeled on each unit and also in the data sheet that comes with each unit.
  • d. The maximum extinction voltage, which is always below the max operating voltage, varies depending on the wavelength of interest, angle, and device. Each unit ships with a data sheet that notes the optimal voltage settings and associated extinction ratios for normal incidence.
  • e. Click link for detailed specifications on the substrate.
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