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Flyin DWDM system Athermal AWG (16ch 200G AAWG)

1000.0 USD
Min. Order: 1 Piece/Pieces
Trade Term: EXW
Payment Terms: L/C, D/A, T/T
Supply Ability: 20000pcs/month
Place of Origin: Guangdong

Company Profile

Location: Shenzhen, Guangdong, China (Mainland)
Business Type: Manufacturer
Main Products: CWDM, DWDM, Optic Circulator, Optic Switch, Fiber Optic Patch Cord

Product Detail

Means of Transport: Ocean, Air, Land
Brand Name: Flyin
Production Capacity: 20000pcs/month
Packing: CTN
Delivery Date: 10 days
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Product Description

 Athermal AWG(AAWG) have equivalent performance to standard Thermal AWG(TAWG) but require no electrical power for stabilization. They can be used as direct replacements for Thin Film Filters(Filter type DWDM module) for cases where no power is available, also suitable for outdoor applications over -30 to +70 degree in access networks.Flyin's Athermal AWG(AAWG) provide excellent optical performance, high reliability, ease of fiber handling and power saving solution in a compact package. Different input and output fibers, such as SM fibers, MM fibers and PM fiber can be selected to meet different applications. We can also offer different product packages, inluding special metal box and 19" 1U rackmount.

The planar DWDM components(Thermal/Athermal AWG) from Flyin Optronics are fully qualified according to Telcordia reliability assurance requirements for fiber optic and opto-electronic components (GR-1221-CORE/UNC, Generic Reliability Assurance Requirements for Fiber Optic Branching Components, and Telcordia TR-NWT-000468, Reliability Assurance Practices for Opto-electronic Devices).

Optical Specification (Gaussian Athermal AWG)

Parameters

Condition

Specs

Units

Min

Typ

Max

Number of Channels


16


Number Channel Spacing

200GHz

200

GHz

Cha. Center Wavelength

ITU frequency.

C -band

nm

Clear Channel Passband


±25

GHz

Wavelength Stability

Maximum range of the wavelength error of all channels and temperatures in average polarization.

±0.05

nm

-1 dB Channel Bandwidth

Clear channel bandwidth defined by passband shape.

For each channel

0.24



nm

-3 dB Channel Bandwidth

Clear channel bandwidth defined by passband shape.

For each channel

0.43



nm

Optical Insertion Loss at ITU grid

Defined as the minimum transmission at ITU wavelength for all channels. For each channel, at all temperatures and polarizations.


3.5

4.0

dB

Adjacent Channel Isolation

Insertion loss difference from the mean transmission at the ITU grid wavelength to the highest power, all

polarizations, within the ITU band of the adjacent channels.

25



dB

Non-Adjacent, Channel Isolation

Insertion loss difference from the mean transmission at the ITU grid wavelength to the

highest power, all polarizations, within the ITU band of the nonadjacent channels.

29



dB

Total Channel Isolation

Total cumulative insertion loss difference from the mean transmission at the ITU grid wavelength to the highest power, all polarizations, within the ITU band of all other channels, including adjacent channels.

22



dB

Insertion Loss Uniformity

Maximum range of the insertion loss variation within ITU across all channels, polarizations and temperatures.



1.5

dB

Directivity(Mux Only)

Ratio of reflected power out of any channel(other than channel n)to power in from the input channel n

40



dB

Insertion Loss Ripple

Any maxima and any minima of optical loss across ITU band, excluding boundary points, for each channel at each port



1.2

dB

Optical Return loss

Input & output ports

40



dB

PDL/Polarization Dependent

Loss in Clear Channel Band

Worst-case value measured in ITU band


0.3

0.5

dB

Polarization Mode Dispersion




0.5

ps

Maximum Optical Power




23

dBm

MUX/DEMUX input/ output

Monitoring range


-35


+23

dBm

IL Represents the worst case over a +/-0.01nm window around the ITU wavelength ;

PDL was measured on average polarization over a +/- 0.01nm window around the ITU wavelength.

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