|
1 unit of new in box lucent 2623na 10 Gbits/s Lithium Niobate Description The 10 Gbits/s Electro-Optic Modulator is designed for long-wavelength, single-mode external amplitude modulation applications. It uses an integrated Mach-Zehnder configuration to convert single polarization CW light from a semiconductor (DFB) laser into a time-varying optical output signal. Lucent also offers a 10 mW, CW laser with polarization-maintaining fiber (D2525P) to use as source for the modulator. The Ti-diffusion process is a standard feature on all modulator devices.The 2623CS is a single-drive, 10 Gbits/s modulator; the 2623CSA is a single-drive, 10 Gbits/s modulator with an attenuating section. Variable attenuation to >18 dB is achieved through a dc bias voltage. The package is hermetic to protect the LiNbO 3 die from the environment. Novel processing techniques now make it possible to achieve 20-year operation with little drift in the dc bias point. The modulator is tested to, and meets the intent of, TR-NWT-00468. Other standard features include Panda-type polarization-maintaining fiber (PMF) for the optical input and output fiber with FC-type connectors that are keyed to the axis of polarization. Custom designs are available. Features n Ti-diffusion process n Single-drive technology n Operation at 1.55 m m wavelength n Slim, hermetic package n Bandwidths up to 16 GHz n Operational over a temperature range of 0 ° C to 70 ° C n 43 W design for minimal electrical reflections n Angled interfaces for minimal optical reflections n Integrated optical attenuator available on 10 Gbits/s modulator (2623CSA) n Tested to Bellcore 468 n Excellent long-term bias stability n Internal polarizer n Low modulation voltages Applications n Digital high-speed telecommunications — SONET: OC-1 through OC-192 — SDH: STM-16, STM-64 — Undersea communications n Internet data communications n SONET/SDH test
(LINBO3 10GB optical intensity modulator lithium niobate is the responsibility of Ramona Sharpe) |
Ramona_sharpe@cedar--rapids.com (Ramona Sharpe) for more information.
