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The Optilab DMUX series Multiplexer/Demultiplexer uses Array Waveguide Grating (AWG) technology to combine/separate multiple DWDM wavelength channels. In metro networks, a single DMUX can combine up to 96 C-band DWDM channels into a single optical fiber. The DMUX features low insertion loss, high isolation, and stable temperature operation.
Depending on the system requirements, DMUX can be ordered with either Gaussian spectral profile (DMUX-G model) or Flat-top spectral profile (DMUX-F model). Gaussian profiles offer lower insertion loss with a narrower pass band. Flat-top type multiplexers offer broader pass band with a higher insertion loss. Both types of multiplexers can be ordered with either 8, 16, 32, 40, 48, or 96 wavelength channels. DMUX units are available with FC, SC, or LC type connectors.
To ensure long term stable operation, DMUX series product is precisely temperature stabilized by an internal integrated temperature controller. This built-in controller requires a single 5V DC power supply to operate. This unique design enables new benchmarks to be set in design flexibility, performance, and overall cost.
Features
➤ 8, 16, 32, 40, 48, or 96 channel model
➤ Low insertion loss
➤ High isolation value of 30 dB
➤ Broad wavelength window operation
➤ Built-in temperature controller
➤ Operating temperature range -5 ̊C to + 65 ̊C
Applications
➤ DWDM Metro Networks
➤ Complimentary ROADM
➤ Fiber Sensing
➤ Test and Measurement
Downloadable PDF Datasheets:
DMUX-R ver1.1
Manufacturer: oequest Part Number: DMUX-C-50-F-96-R
Shipping Weight: 6.00 lbs
Lead Time:
3-4 Weeks
Base Price: $4,750.00
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View a printable version.
Technical Specifications |
Model Number |
DMUX-R
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Device Type |
Array Waveguide Grating (AWG)
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Number of Channels |
8, 16, 32, 40, 48, or 96
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Channel Spacing |
50GHz
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Passband Spectral Profile |
Flat-top (Gaussian Available)
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Center Wavelengths |
1528 nm - 1562 nm (L-Band Optional)
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Channels 1-4 |
1560.61nm; 1559.79nm; 1558.98nm; 1558.17nm (C Band CH# 12,13,14,15)
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Channels 5-8 |
1557.36nm; 1556.55nm; 1555.75nm; 1554.94nm (C Band CH# 16,17,18,19)
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Channels 9-12 |
1554.13nm; 1553.33nm; 1552.52nm; 1551.72nm (C Band CH# 20,21,22,23)
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Channels 13-16 |
1550.92nm; 1550.12nm; 1549.32nm; 1548.52nm (C Band CH# 24,25,26,27)
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Channels 17-20 |
1547.72nm; 1546.92nm, 1546.12nm; 1545.32nm (C Band CH# 28,29,30,31)
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Channels 21-24 |
1544.53nm; 1543.73nm; 1542.94nm; 1542.14nm (C Band CH# 32,33,34,35)
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Channels 25-28 |
1541.35nm; 1540.56nm; 1539.77nm, 1538.98nm (C Band CH# 36,37,38,39)
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Channels 29-32 |
1538.19nm, 1537.40nm; 1536.61nm; 1535.82nm (C Band CH# 40,41,42,43)
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Channels 33-36 |
1535.04nm; 1534.25nm; 1533.47nm; 1532.68nm (C Band CH# 44,45,46,47)
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Channels 37-40 |
1531.90nm; 1531.12nm; 1530.33nm; 1529.55nm (C Band CH# 48,49,50, S-Band CH# 1
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Channel Passband |
0.4nm minimum @ -1dB of Center Wavelength
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Insertion Loss within Passband |
6.0dB Maximum
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Loss Variation within Passband |
< 0.3dB
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Isolation @ Adjacent Channels |
> 35 dB
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Isolation @ Non-adjacent Channel |
> 30 dB
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Polarization Dependent Loss |
< 0.4 dB
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Polarization Mode Dispersion |
N/A
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Directivity |
> 50dB
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Return Loss |
> 50dB
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Environment / User Interface |
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Input Fiber Type |
SMF-28 - 900 Micron Loose Tube
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Output Fiber Type |
SMF-28 - 900 Micron Loose Tube
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Input Connector |
FC/APC or SC/APC
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Output Connector |
FC/APC or SC/APC
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Electrical Connector |
100 - 120 VAC
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Dimensions |
12.8 in x 19 in x 1.75 in
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Operating Temperature Range |
-5 ˚C to +65 ˚C
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