MOLEX 86265

FEATURES AND SPECIFICATIONS
Features and Benefits
„ BLC™, BSC™, FC, LC, MU, SC and ST*
connector styles available, allowing for
flexibility of system design and compatibility
with industry standard devices
„ Optical or Mechanical alignment, allows for
optimization specific to the customers
application
„ Blindmate SC or LC connectors, can be easily
used in board mount applications
„ 100% tested for ER, IL, and RL, ensures
quality performance of all assemblies
provided
„ Low stress epoxies and manufacturing
process provide stable performance over
temperature and wavelength changes
Physical
Fiber Type: Singlemode panda style (standard)
Jacketing Type: 250um or 400um bare fiber,
900um, 1.6mm, 2.0mm, 3.0mm
Fiber Alignment: Aligned to slow axis (standard)
or fast axis; mechanical alignment to the stress
rods or active alignment to the optical plane
Applications
■ Telecommunication Equipment
- High speed transmission devices
- Switching
- Multiplexing
- EDFAs
- Modulators
- Laser Pigtailing
- Raman amplifiers
■ Medical/Industrial Equipment
- Interferometric sensors
- Fiber optic gyroscopes
PM (Polarization Maintaining)
Fiber Assemblies
86265
Reference Information
Extinction Ratio: ≥20dB or ≥ 25dB standard, 28dB typical
Insertion Loss: <-0.4dB
Return Loss: Super Polish >40dB, Ultra Polish
>50dB, Angle Polish >60dB
Wavelength: 1300nm or 1550nm (standard)
*ST is a trademark of Lucent Technologies
Molex Fiber Optic’s family of Polarization Maintaining (PM) cable assemblies is specifically designed to provide high Extinction Ratios (ER) with accurate alignment to the
key and low insertion losses. Polarization Maintaining fiber is a type of singlemode fiber that preserves the plane of polarization of light launched into it as the beam
propagates through its length. Utilizing proprietary assembly techniques, connectors, and customized testing processes, Molex is able to offer PM fiber assemblies that
are precisely aligned to either the mechanical plane (with respect to the stress rods), or to the optical plane (active alignment with respect to the launched optical signal).
All assemblies are tested for Insertion Loss, Return Loss and Extinction Ratio to ensure the highest quality assemblies are supplied.
Molex has developed stable processes for termination of PM fiber into industry standard connector types including SC, ST, FC, LC, and MU as well as blind mate
backplane connectors including the BSC and BLC connectors. The unique feature of PMF terminations is that the fibers must be accurately aligned with respect to the
connector key. The alignment ensures that when two PM fibers are mated in an adapter, or when a PM assembly is connected to a polarized source, the optical
polarization planes are in close alignment to minimize optical losses.
Alignment is typically performed to the slow axis, however other orientations are achievable. Molex utilizes the Panda PM fiber construction, available in 1300nm and
1550nm wavelengths as a standard, other fiber types and wavelengths can be supplied. Assemblies are also available with either a standard PC type polish or an 8°
angled polish for lower Return Loss requirements.
PM (Polarization Maintaining)
Fiber Assemblies
FIBER ALIGNMENT
86265
Connector Key
Connector Key
Stress Rods
Fiber Core
Stress Rods
Fast Axis
Slow Axis
Fiber Core
Panda Style
PM Fiber
"Slow Axis"
Alignment
Fiber Cladding
Fast Axis
Slow Axis
Fiber Cladding
Panda Style
PM Fiber
"Fast Axis"
Alignment
ORDERING INFORMATION
Order Number
86265-XXXX
Description
Contact Inside Sales for Ordering Information
Americas Headquarters
2222 Wellington Ct.
Lisle, Illinois 60532 USA
1-800-78MOLEX
[email protected]
Far East North Headquarters
Yamato, Kanagawa, Japan
81-462-65-2324
[email protected]
Far East South Headquarters
Jurong, Singapore
65-6-268-6868
[email protected]
European Headquarters
Munich, Germany
49-89-413092-0
[email protected]
Corporate Headquarters
2222 Wellington Ct.
Lisle, Illinois 60532 USA
630-969-4550
Visit our Web site at http://www.molex.com/product/pmfiber.html
Order No. USA-188 Rev. 1
Printed in USA/0K/DR/2003.02
©2003, Molex