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Description

Highly Stable Polarized Fiber Optic Source (HIPFOSS) by OZ Optics

The Highly Stable Polarized Fiber Optic Source (HIPFOSS) from OZ Optics is engineered to deliver exceptional performance in applications requiring precise polarization control and stability. Designed for use in advanced optical testing and measurement environments, this source stands out for its outstanding power and wavelength stability, making it an ideal choice for research laboratories, quality control, and manufacturing settings.

At the heart of the HIPFOSS is a thermally stabilized laser diode or super luminescent diode, which ensures minimal drift and consistent output over both short and long durations. The integration of an optical isolator effectively blocks feedback from parasitic reflections, safeguarding the source and maintaining the integrity of the emitted light. The optical components are meticulously selected and rigorously tested to guarantee superior optical quality, resulting in a highly reliable and repeatable light source.

One of the distinguishing features of the HIPFOSS is its rotatable polarizer, which allows users to set the polarization axis to any desired angle with high precision. The polarization axis is carefully referenced to the keyway on the connector receptacle, ensuring optimal alignment and confidence in measurement accuracy. For applications requiring variable output, an optional blocking style attenuator is available, enabling manual intensity adjustment without altering the spectral properties of the laser diode output.

The HIPFOSS is available in a wide range of wavelengths, spanning from 400 nm to 2050 nm, and supports various connector receptacles to accommodate different system requirements. With polarization extinction ratios reaching up to 40 dB, this source is particularly well-suited for demanding applications such as extinction ratio measurements, polarization dependent loss (PDL) testing, and interferometry. Optional high-power versions and output power adjustment features further enhance its versatility.

Accessories such as master reference patchcords and region-specific power cords are available to complement the HIPFOSS, ensuring seamless integration into diverse laboratory and industrial setups. For users who require precise measurement of output polarization, compatible extinction ratio meters are also offered. With its robust design, long operational lifetime, and exceptional stability, the HIPFOSS sets a high standard for polarized fiber optic sources in the photonics industry.

Ultra Narrow Line Width Stable Laser Source

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Specifications

Laser Type: Continuous Wave (CW)
Fiber Type: Single Mode
Wavelength: 1550 nm
Output Power: 10 mW
Fiber Core Diamater: 8 um
Fiber Cladding Diameter: 125 um
Peak Wavelength Accuracy: ±10 nm (nominal), ±2 nm, ±40 pm ITU C-Band
Linewidth: ≤15 kHz
Optical Power Stability (Typical): ±5 %
Frequency Stability: <±5 MHz, Free Running Over 1 hour
Optical Power Stability (Typical): ±5 %
Side Mode Suppression Ratio (SMSR): >40 dB
Relative Intensity Noise (RIN): <140 dB/Hz @ >1 KHz
Urning Range (Optional): 200 MHz typical (Sinusoidal Modulation at 10 kHz; Input Voltage 4V P-P)
Optical Isolator: >40 dB
Polarization Extinction Ratio: >20 dB (PM Version Only)
Polarization Extinction Ratio: 20 dB (PM Version Only)
Available Receptacles: FC/APC, Angled SC
Power Supply: 100/240 V AC 50/60 Hz
Dimensions: 260 x 209 x 90 mm

Got questions about specs? Use the inquiry form to ask.

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Features

  • Exceptional Polarization Extinction Ratio: Achieves up to 40 dB polarization extinction ratio for highly accurate and repeatable measurements.
  • Superior Power and Wavelength Stability: Thermally stabilized laser diode or super luminescent diode sources ensure consistent output over both short and long durations.
  • Wide Wavelength Range: Available in a broad spectrum from 400 nm to 2050 nm, suitable for diverse applications in photonics and fiber optics.
  • Rotatable Polarizer: Integrated rotatable polarizer allows precise adjustment of the polarization axis to any desired angle, with axis referenced to the connector keyway for optimal alignment.
  • Isolator-Equipped Design: Built-in optical isolator blocks feedback from parasitic reflections, protecting the source and maintaining output stability.
  • Manual Output Power Adjustment (Optional): Optional blocking style attenuator enables manual control of output intensity without altering spectral properties, ensuring measurement repeatability.
  • Multiple Connector Options: Compatible with a wide range of connector receptacles, including standard and angled FC types for flexible system integration.
  • High Power Versions Available: Optional high power models to meet demanding application requirements.
  • Long Lifetime and Reliability: Designed for excellent stability and extended operational life, minimizing maintenance and downtime.
  • Versatile Source Types: Offered with either diode lasers or super luminescent diodes to match specific application needs.
  • Comprehensive Accessories: Includes master reference patchcords for performance verification, international power cords, and optional extinction ratio meters for output polarization measurement.
  • Ideal for Critical Applications: Perfect for extinction ratio measurements, polarization dependent loss (PDL) testing, interferometry, and quality control in product manufacturing.

Applications

  • Extinction Ratio Measurements
    Ideal for precise measurement of polarization extinction ratios in fiber optic systems, ensuring accurate characterization of optical components and systems.
  • Polarization Dependent Loss (PDL) Measurements
    Essential for evaluating and minimizing polarization-dependent loss in optical devices such as couplers, isolators, and multiplexers.
  • Interferometry
    Provides a stable and highly polarized light source for interferometric applications, including fiber optic gyroscopes, optical coherence tomography (OCT), and metrology.
  • Product Manufacturing and Quality Control
    Used in the production and quality assurance of polarization-sensitive optical components, ensuring consistent performance and compliance with specifications.
  • Polarization Mode Dispersion (PMD) Testing
    Enables accurate PMD characterization in fiber optic cables and components, critical for high-speed telecommunication systems.
  • Optical Component Characterization
    Facilitates testing and validation of polarizers, polarization-maintaining fibers, and other polarization-sensitive devices.
  • Calibration of Polarization Measurement Equipment
    Serves as a reference source for calibrating polarization analyzers, extinction ratio meters, and other measurement instruments.
  • Research and Development in Photonics
    Supports advanced research in polarization optics, quantum optics, and fiber optic sensor development.
  • Telecommunications Testing
    Used for testing and troubleshooting polarization effects in fiber optic communication networks.
  • Educational and Laboratory Use
    Provides a reliable source for teaching and demonstration of polarization phenomena in academic and training laboratories.

Frequently Asked Questions

What is a Highly Stable Polarized Fiber Optic Source (HIPFOSS)?
A Highly Stable Polarized Fiber Optic Source (HIPFOSS) is a precision light source designed to deliver highly stable, polarized light through fiber optics. Manufactured by OZ Optics, HIPFOSS units offer exceptional power and wavelength stability, with polarization extinction ratios up to 40 dB, making them ideal for applications requiring accurate polarization control and measurement.
What are the main applications of HIPFOSS polarized fiber optic sources?
HIPFOSS sources are commonly used in extinction ratio measurements, polarization dependent loss (PDL) measurements, interferometry, and product manufacturing or quality control processes where precise polarization and stability are critical.
How does the HIPFOSS achieve high polarization stability and extinction ratios?
HIPFOSS achieves high polarization stability and extinction ratios by thermally stabilizing the laser diode, incorporating an optical isolator to block feedback from reflections, and using rigorously tested optics. The inclusion of a rotatable polarizer allows users to set the polarization axis precisely, and the system is referenced against the connector keyway for optimal alignment.
What wavelength ranges and output powers are available for HIPFOSS sources?
HIPFOSS sources are available in a wide range of wavelengths from 400 nm to 2050 nm, with standard output powers such as 1 mW. High power versions are also available upon request to suit different application needs.
Can I adjust the output power of the HIPFOSS source?
Yes, HIPFOSS sources can be optionally equipped with a blocking style attenuator, allowing manual control of the output intensity. This optical method of power adjustment does not affect the spectral properties of the laser diode output, ensuring repeatable and reliable measurements.
What types of connectors and accessories are available for HIPFOSS sources?
HIPFOSS sources are offered with a variety of connector receptacles, including standard and angled FC connectors. Accessories such as master reference patchcords, power cords for international use, and polarization extinction ratio meters are also available to support performance verification and measurement.
What is the difference between using a laser diode and a super luminescent diode in HIPFOSS sources?
Selecting a super luminescent diode instead of a laser diode in HIPFOSS sources can further improve the stability of polarization readings. Super luminescent diodes typically offer broader spectral output and reduced coherence, which can minimize interference effects and enhance measurement reliability in certain applications.

Got more questions? Use the inquiry form to ask the supplier directly.

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