COMMUNICATIONS COMPONENTS
High Speed InGaAs Photodetector Receptacle Modules
ETX 100
Key Features
• Electro-optical
- High responsivity at 1310 and 1550 nm
- Bandwidth greater than 1 GHz
- High sensitivity
• Packaging
- Small surface area, LC receptacle for PC boards
- FC coaxial receptacle for panel mounts
- Direct-mating SC receptacle for PC boards or panel mounts
Applications
• Fiberoptics telecommunication networks
• Digital receivers
• Optical interconnects
• Test and measurement
• Datacom
• LAN
The ETX 100Rxx series are high speed receptacled photodiode modules designed
primarily for use in optical communications applications in which high speed and
reliability are critical. These modules feature bandwidths of at least 1 GHz and are
designed for peak wavelength response at 1300 and 1550 nm. The connector
receptacle designs permit mounting on PC boards or back planes. Each of the four
modules making up the ETX 100Rxx series incorporates a 100 µm diameter
InGaAs PIN photodiode mounted in an industry standard, precision connector
receptacle which assures excellent mating repeatability. Standard receptacles
available include LC, FC, and SC. These modules will accept either Single Mode
or Multi Mode connectorized fiber.
The ETX 100 RLC is mounted in an LC receptacle and is designed primarily to
provide a high performance package for telecommunication and datacom
applications with reduced surface density and easier mounting procedures. This
next generation small form factor (The LC receptacle is respectively, 52% and
34%, smaller in packaging surface density than the FC and SC receptacles) is half
the footprint required for LAN interfaces, thereby reducing costs and increasing
packing density. Like the RSC, the ETX 100 RLC mates directly with the connector
and does not require fastening of the connector to assure mating.
All receptacled detector modules are qualified to Telecordia and MIL standards.
NORTH AMERICA
:
800 498-JDSU (5378)
WORLDWIDE
:
+800 5378-JDSU
WEBSITE
:
www.jdsu.com
JDSU [ JDS UNIPHASE CORPORATION ]
