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CQF935/908-19280

Description
Fiber Optic Emitter, Surface Mount
CategoryWireless rf/communication    Optical fiber   
File Size188KB,4 Pages
ManufacturerJDS Uniphase Corporation ( VIAVI )
Websitehttp://www.jdsu.com/index.html
Download Datasheet Parametric View All

CQF935/908-19280 Overview

Fiber Optic Emitter, Surface Mount

CQF935/908-19280 Parametric

Parameter NameAttribute value
Reach Compliance Codecompliant
Installation featuresSURFACE MOUNT
Maximum operating temperature65 °C
Minimum operating temperature
Nominal operating wavelength1554 nm
surface mountYES
Product Bulletin
63 mW 1550 nm CW DFB
Lasers with PM Fiber for
WDM Applications
CQF935/908 Series
The JDS Uniphase CQF935/908 series laser is
specifically developed for wavelength division
multiplexing (WDM) systems, where it is used
in combination with an external modulator,
such as the LiNbO3-based Mach-Zehnder.
Selected wavelengths comply with ITU
recommendations, both in range (1527.61 to
1610.06 nm) and in channel definition, thus
adhering to the 100 GHz grid (0.8 nm) relative
to a frequency of 193.1 THz (i.e., a wavelength
of 1552.52 nm). It is possible to customize the
wavelength spacing to a 50 GHz grid (0.4 nm).
Each laser's wavelength is accurately measured,
and the laser itself is accompanied by a datasheet
with the laser performance at the temperature T,
where the required wavelength channel is reached.
The CQF935/908 shows high side mode
suppression ratios, very low relative intensity
noise, and small linewidths. It is available in a
standard 14-pin butterfly package equipped with
a polarization maintaining fiber to facilitate
coupling to the modulator, and shows superb
thermal stability.
Key Features
1550 nm WDM distributed feedback laser diode
High power (>63 mW)
Polarization maintaining fiber
Built-in thermoelectric cooler
Cooled, built-in optical isolator
1527 - 1610 nm wavelength range
0.8 nm (100 GHz) spacing
0.4 nm (50 GHz) spacing optional
Applications
Hybrid fiber-coax (HFC) networks, cable-
television (CATV) networks, and metro
architectures where high power, low RIN, and
narrow linewidths are required
Long haul for compensation of high-loss
passive or active components
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