With internal VOA. With LC/PC fiber connector. -10dBm to 0dBm output.
See year-2007(January) datasheet at the 1st pdf link below, see application notes on similar model at the 2nd pdf link below.
We have checked and compared between LMC10ZEGxxxx-C57 and LMC10ZEGxxxx-J57 by eye, and we did not find any difference, they both have LC/PC connectors. The production date of LMC10ZEGxxxx-C57 is at the end of 2005 or early of 2006, a few months earlier than LMC10ZEGxxxx-J57.
Wavelengths and model numbers: 1546.12nm, LMC10ZEG4612-J57; 1546.92nm, LMC10ZEG4692-C57; 1547.72nm, LMC10ZEG4772-C57; 1550.12nm, LMC10ZEG5012-J57; 1550.92nm, LMC10ZEG5092-C57, with full test sheet (last 2 photos), 1550.92nm, LMC10ZEG5092-C57, 1550.92nm, LMC10ZEG5092-J57, 1550.12nm, LMC10ZEG5012-J57, 1552.52nm, LMC10ZEG5252-C57; 1554.13nm, LMC10ZEG5413-J57.
General description:
The LMC10ZEG product, containing the Bookham Ultra High Power Strained Layer DFB laser chip and Zero chirp InP MZ modulator, has been specifically designed for use in 10 Gb/s high performance regional metro and long haul C band DWDM systems. By co-packaging the laser, locker, modulator, VOA in a package with the same footprint area as the industry standard 14-pin, the LMC10 series provides Mach-Zehnder performance at a price similar to lower performance alternatives. The internal optical attenuator allow fibre power stabilisation over life and temperature. The high output power, integral wavelength locking and high extinction ratio provides excellent OSNR to allow the device to be employed on multi-span long haul links.
Features:
• Variable mean modulated optical power range of 0 to -10dBm
• Zero Chirp +/-0.2 alpha
• Co-planar differential RF drive is not higher than 3.0 volts
• Suitable for 50GHz ITU applications with +/-20pm wavelength accuracy over life
• Low Power Dissipation
• Industry Standard 14-pin footprint area
• Pins on one side to allow increased system density
• Unrivalled performance vs size
• Integrated VOA
• Qualified to Telcordia GR-468 CORE
• RoHS 5/6 compliant
Applications:
• Long Haul DWDM multi-span dispersion compensated links
• Regional Metro single spans with no dispersion compensation
