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EclipseTM Light Intensity Management Devices
  • Variable Optical Attenuators
  • Polarization Insensitive Modulators
  • Polarization Maintaining VOAs
  • µVOAs
  • VOA Arrays
  • Hybrid VOAs
  • Optical Power Regulator/Limiters


    • AcrobatTM Light Polarization Management Devices
  • Polarization Controller/Transformer
  • Dynamic Polarization Rotators
  • Polarization Maintaining Tap Monitors
  • Polarization Modulators
  • Polarization Sensor
  • Polarization Control Modules


    • EquinoxTM Dynamic Gain Controlling Devices
  • Variable Gain Tilt Filter
  • Dynamic Gain Flattening Filter
  • Dynamic Spectrum Equalizer


    • Advanced Materials
  • Transparent Electro-optic Ceramics
  • Synthetic Crystals
  • Thin Films
    •

    Boston Applied Technologies' EclipseTM Polarization Independent Modulator (PIM) is part of the dual-functional Variable Optical Attenuator (VOA), which enable all solid-state, high-speed performance in a very compact package. Depending on the specific application, the VOAs may be set to maintain an electronically adjustable value of either attenuation or output power. The PIMs enable modulation of an optical signal traveling over standard single mode fiber while simultaneously maintaining a specified level of attenuation. All PIMs are electrically controlled, and employ OptoCeramic® electro-optic technology. The PIMs can work at a low frequency full range modulation.

    		 VOA
    PDF file
    (249KB)
    Features
    • Precise, high-speed attenuation control
    • Excellent optical performance
    • All solid-state construction in a compact rugged package
    • Superb temperature stability
    • Meets or exceeds Telcordia GR1221, GR910, and GR1209 specifications
    • Optional modulator offers polarization insensitive modulation up to 750KHz
    • Enabling hybrid integration for space and cost saving and performance enhancement
    		Applications
    • Channel Equalization/pre-emphasis
    • Optical amplification
    • Instrumentation
    • Metropolitan and long-haul networks
    • Wavelength tagging
    • Encoding of supervisory channel information
    Performance
    Attributes(1,2) VOA001 VOA002 PIM001 PIM002
    Wavelength Range 1310nm/C/L 1310nm/C/L 1310nm/C/L 1310nm/C/L
    Insertion Loss < 0.9 dB < 0.6 dB
    (< 0.4dB A ver.)    		 < 0.9 dB < 0.6 dB
    (< 0.4dB A ver.)
    Dynamic Range(3) > 20 dB > 25 dB > 20 dB > 25 dB
    Spectral Flatness
    @15 dB Attenuation    		 0.5 dB max.
    0.3 dB typical    		 0.1 dB typical(4) 0.5 dB max.
    0.3 dB typical    		 0.1 dB typical(4)
    PDL @1550nm and
    15dB Attenuation    		 0.5 dB max.
    0.3 dB typical    		 0.1 dB typical(4) 0.5 dB max.
    0.3 dB typical    		 0.1 dB typical(4)
    Response Time (Full Range) < 30 µs < 30 µs < 30 µs < 30 µs
    Input Power 500 mW max. 500 mW max. 500 mW max. 500 mW max.
    Return Loss 55 dB min. 55 dB min. 55 dB min. 55 dB min.
    Modulation Rate N/A N/A < 750 kHz < 750 kHz
    Modulation Depth(5) N/A N/A 0.5 dB typical 0.5 dB typical
    Operating Temperature Range 0°C to 70°C 0°C to 70°C 0°C to 70°C 0°C to 70°C
    Storage Temperature Range -40°C to 85°C -40°C to 85°C -40°C to 85°C -40°C to 85°C
    Note:
    1. Unless otherwise specified, all measurements are at 25°C.
    2. Meets or exceeds Telcordia GR1221, GR910, and GR1209 specifications.
    3. Contact BATI regarding VOAs with integral shutter allowing maximum attenuation of >70 dB ( Shutter VOAs).
    4. For applications attenuating a single wavelength utilizing BATI's feedback circuit.
    5. Measured at 3 dB attenuation with a 20V sinusoidal signal at 150 kHz.
    Eclipse is a trademark of Boston Applied Technologies, Incorporated.
    OptoCeramic is a registered trademark of Corning Incorporated.