Newport MKS In-Line Polarization Controller, 1280-1340 nm, FC/APC. F-ILPC-13-APC

Description
The F-ILPC-13-APC In-line Polarization Controller is suitable for fiber optic systems and experiments where small size is needed. It performs like the bulky paddle controllers but can fit into most rack mountable housings. It is pigtailed with conventional communication fiber and can be easily installed in systems without difficulty. The polarization controller does not squeeze the fiber which could damage the fiber jacket. The principle of the polarization controller is based on two quarter waveplates to transform an arbitrary input polarization state to another. The quarter waveplate is made by using fiber having birefringence. The device has two independently controllable rotators. The F-ILPC-13-APC is a singular wavelength model that operates only at 1310nm. It comes with FC/APC connectors. Pigtailed In-Line Polarization Controller Our new all-fiber In-line polarization controller is ideal for fiber optic system where small size is especially needed. They fit in most rack mountable housings and electronic circuit boards. With conventional communication fiber pigtails, these polarization controllers can be easily installed in the system. Precision Polarization Control by Quarter Waveplates These In-line polarization controllers are composed of two fiber-made quarter waveplates. It has all fiber configuration, and low insertion loss. For arbitrary input polarization, linear combination of the two independently controlled waveplates can generate any output state of polarization.
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Description
The F-ILPC-13-APC In-line Polarization Controller is suitable for fiber optic systems and experiments where small size is needed. It performs like the bulky paddle controllers but can fit into most rack mountable housings. It is pigtailed with conventional communication fiber and can be easily installed in systems without difficulty. The polarization controller does not squeeze the fiber which could damage the fiber jacket. The principle of the polarization controller is based on two quarter waveplates to transform an arbitrary input polarization state to another. The quarter waveplate is made by using fiber having birefringence. The device has two independently controllable rotators. The F-ILPC-13-APC is a singular wavelength model that operates only at 1310nm. It comes with FC/APC connectors. Pigtailed In-Line Polarization Controller Our new all-fiber In-line polarization controller is ideal for fiber optic system where small size is especially needed. They fit in most rack mountable housings and electronic circuit boards. With conventional communication fiber pigtails, these polarization controllers can be easily installed in the system. Precision Polarization Control by Quarter Waveplates These In-line polarization controllers are composed of two fiber-made quarter waveplates. It has all fiber configuration, and low insertion loss. For arbitrary input polarization, linear combination of the two independently controlled waveplates can generate any output state of polarization.
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Datasheet
Datasheet Summary
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The F-ILPC-13-APC is an in-line polarization controller designed for fiber optic systems requiring compact size and easy integration. It operates at wavelengths from 1280 nm to 1340 nm, with an insertion loss of less than 0.5 dB (typically 0.3 dB) and an extinction ratio greater than 20 dB (typically 25 dB). Back reflection is less than -60 dB without a connector. The device is pigtailed with conventional communication fiber and features FC/APC connectors. Its dimensions are 88 mm in width, 17 mm in height, and 19.5 mm in depth. It provides two independent control parameters, maintains no squeeze or damage to the fiber jacket, and offers high shock endurance.

Datasheet Summary
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The F-ILPC-13-APC is an in-line polarization controller designed for fiber optic systems requiring compact size and easy integration. It operates at wavelengths from 1280 nm to 1340 nm, with an insertion loss of less than 0.5 dB (typically 0.3 dB) and an extinction ratio greater than 20 dB (typically 25 dB). Back reflection is less than -60 dB without a connector. The device is pigtailed with conventional communication fiber and features FC/APC connectors. Its dimensions are 88 mm in width, 17 mm in height, and 19.5 mm in depth. It provides two independent control parameters, maintains no squeeze or damage to the fiber jacket, and offers high shock endurance.

Suppliers

Company
Product
Description
Supplier Links
In-Line Polarization Controller, 1280-1340 nm, FC/APC. - F-ILPC-13-APC - Newport MKS
Irvine, CA, United States
In-Line Polarization Controller, 1280-1340 nm, FC/APC.
F-ILPC-13-APC
In-Line Polarization Controller, 1280-1340 nm, FC/APC. F-ILPC-13-APC
The F-ILPC-13-APC In-line Polarization Controller is suitable for fiber optic systems and experiments where small size is needed. It performs like the bulky paddle controllers but can fit into most rack mountable housings. It is pigtailed with conventional communication fiber and can be easily installed in systems without difficulty. The polarization controller does not squeeze the fiber which could damage the fiber jacket. The principle of the polarization controller is based on two quarter waveplates to transform an arbitrary input polarization state to another. The quarter waveplate is made by using fiber having birefringence. The device has two independently controllable rotators. The F-ILPC-13-APC is a singular wavelength model that operates only at 1310nm. It comes with FC/APC connectors. Pigtailed In-Line Polarization Controller Our new all-fiber In-line polarization controller is ideal for fiber optic system where small size is especially needed. They fit in most rack mountable housings and electronic circuit boards. With conventional communication fiber pigtails, these polarization controllers can be easily installed in the system. Precision Polarization Control by Quarter Waveplates These In-line polarization controllers are composed of two fiber-made quarter waveplates. It has all fiber configuration, and low insertion loss. For arbitrary input polarization, linear combination of the two independently controlled waveplates can generate any output state of polarization.

The F-ILPC-13-APC In-line Polarization Controller is suitable for fiber optic systems and experiments where small size is needed. It performs like the bulky paddle controllers but can fit into most rack mountable housings. It is pigtailed with conventional communication fiber and can be easily installed in systems without difficulty.

The polarization controller does not squeeze the fiber which could damage the fiber jacket. The principle of the polarization controller is based on two quarter waveplates to transform an arbitrary input polarization state to another. The quarter waveplate is made by using fiber having birefringence. The device has two independently controllable rotators.

The F-ILPC-13-APC is a singular wavelength model that operates only at 1310nm. It comes with FC/APC connectors.

Pigtailed In-Line Polarization Controller

Our new all-fiber In-line polarization controller is ideal for fiber optic system where small size is especially needed. They fit in most rack mountable housings and electronic circuit boards. With conventional communication fiber pigtails, these polarization controllers can be easily installed in the system.


Precision Polarization Control by Quarter Waveplates

These In-line polarization controllers are composed of two fiber-made quarter waveplates. It has all fiber configuration, and low insertion loss. For arbitrary input polarization, linear combination of the two independently controlled waveplates can generate any output state of polarization.

Supplier's Site Datasheet

Technical Specifications

  Newport MKS
Product Category Fiber Optic Polarizers
Product Number F-ILPC-13-APC
Product Name In-Line Polarization Controller, 1280-1340 nm, FC/APC.
Connector Type FC
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