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Passive WDM MUX DEMUX , Thermal Fiber Mux Demux Integrated PLC Component

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Address: 7F Building A1, Zhongtai Industrial Park, Dezheng Road, Shiyan Street, Baoan District, Shenzhen, Guangdong, China

Contact name:Sherry Lee

Optic River Communication Ltd

Passive WDM MUX DEMUX , Thermal Fiber Mux Demux Integrated PLC Component

Country/Region	china
City & Province	shenzhen guangdong

Product Details

Passive DWDM mux demux 48 channel 100GHz Thermal AWG Module flat-top style

Thermal AWG is an integrated PLC component that multiplexes or demultiplexes 40, 44, 48 channels onto a single fiber for Dense Wavelength Division Multiplexing(DWDM) applications. ORC provides AWG module for the C-Band with standard channel spacings of 100GHz.

Feature

- Multi-channal number
- High channel isolation
- Low insertion loss
- Mux and Demux functionality
- Quality under Telcordia 1209/1221 and RoHS compliant

Application

- DWDM transmission
- Metro Area Networks
- Long Haul Networks
- PON networks
- Building blocks for ROADM and VMUX

Optical Specification

Parameter	Unit	Value			Other
Parameter	Unit	Min.	Typ.	Max.	Other
ITU Number of Channels Plan	GHz	100
Operating Band		C Band
Center Wavelength Accuracy	pm	-40		40
1dB Bandwidth	nm	0.40
3dB Bandwidth	nm	0.60
Insertion Loss	dB	4.5		5.0
Ripple	dB			0.5
Insertion Loss Uniformity	dB			1.0
Adjacent Channel Crosstalk	dB			25
Non-adjacent Channel Crosstalk	dB			35
Total Crosstalk	dB			22
Polarization Dependent Loss	dB			0.4
Polarization Mode Dispersion	ps			0.5
Chromatic Dispersion	ps/nm	-20		+20
Return Loss	dB	40
Remark: 1. Output Number of Channels 8, 16, 32, 48 channels available 2. IL represents the worst case over a +/-12.5GHz window around the ITU wavelength 3. PDL is maximum insertion loss difference between all polarization states, over a +/-12.5GHz window around the ITU wavelength

Electrical Specification

Parameter	Unit	Value			Other
Parameter	Unit	Min.	Typ.	Max.
Heater Drive Voltage	V		5
Heater Drive Current	A		2.5
Heater Power Dissipation(start up state)	W			12.5
Heater Power Dissipation(stable state)	W			6	1
Set-point temperature of component	℃	65		87	2
Set-Point temperature stability	℃			0.2	3
AWG Temperature Setting Time	Min	7		10	4
Remark: 1. 25℃ ambient temperature 2. Optimum operating temperature section for thermal AWG 3. Over entire operating temperature range for thermal AWG 4. AWG warm up time from -5℃ to set point temperature for thermal AWG 5. Temperature control electrical circuit inside