Polarization Insensitive Optical Isolator Manufacturers

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Polarization Insensitive Optical Isolator, As the world economic integration bringing challenges and opportunities to the xxx industry, our company , by carrying on our teamwork, quality first, innovation and mutual benefit, are confident enough to offer our clients sincerely with qualified solutions, competitive price and great service, and to build a brighter future under the spirit of higher, faster, stronger with our friends together by carrying on our discipline.

Hot Products

  • 1310nm 1550nm DFB CWDM laser source module

    1310nm 1550nm DFB CWDM laser source module

    The 1310nm 1550nm DFB CWDM laser source module uses DFB semiconductor lasers, single-mode fiber output, adjustable power, professionally designed high-precision, high-stability current drive control board to ensure laser safety and stability, low noise operation, low cost, high cost performance, small size Compact and easy to integrate, it is widely used in scientific research, communication, medical treatment, spectral analysis, bioengineering and other fields.
  • C-band Erbium-doped Fiber Pre-amplifier Module

    C-band Erbium-doped Fiber Pre-amplifier Module

    You can rest assured to buy C-band Erbium-doped Fiber Pre-amplifier Module from our factory and we will offer you the best after-sale service and timely delivery.
  • DWDM DFB Butterfly analog Laser Diode For CATV Application

    DWDM DFB Butterfly analog Laser Diode For CATV Application

    The DWDM DFB Butterfly analog Laser Diode For CATV Application is a Dense Wavelength-Division Multiplexing (DWDM) laser for analog applications. It features a distributed feedback chip that has been designed specifically for Radio Frequency (RF) applications. The DWDM DFB Butterfly analog Laser Diode has a wide temperature range for reliable performance in harsh node environments and narrow transmitter designs. It also features low adiabatic chirp to maximize signal quality in short and long lengths of fiber. The laser’s excellent inherent linearity minimizes degradation of the broadcast signals caused by quadrature amplitude modulated (QAM) channels. The versatile DWDM DFB Butterfly analog Laser Diode reduces cable network architecture fiber needs and lessens equipment requirements in the hub.
  • C-band Narrow Linewidth Integrated Tunable Laser Assembly ITLA

    C-band Narrow Linewidth Integrated Tunable Laser Assembly ITLA

    The C-band Narrow Linewidth Integrated Tunable Laser Assembly ITLA has excellent optical performance in terms of high output power stability, high side-mode-suppression ratio (SMSR), ultra-narrow laser linewidth, low relative intensity noise (RIN), and high wavelength control accuracy. These high specifications make the ITLA very suitable for applications of advanced optical communication systems, test and measurement, fiberoptic sensing networks, especially on 40Gbps and 100 Gbps high data rate with advanced modulation scheme optic systems.
  • 915nm 60W High Power Fiber Coupled Laser Diode

    915nm 60W High Power Fiber Coupled Laser Diode

    The 915nm 60W High Power Fiber Coupled Laser Diode offers 60W output through a 105um fiber. It uses a high-power proprietary chip optimized for reliability at high peak power. This Series leverages a long history of fiber-coupled packages, incorporating a highly-reliable design in a scalable commercial product. This series is a unique solution for the fiber-coupled pump-laser market, offering powerful technical attributes in a cost-effective package.
  • Large Mode Field Erbium-ytterbium Co-doped Fiber

    Large Mode Field Erbium-ytterbium Co-doped Fiber

    Boxoptronics Large Mode Field Erbium-ytterbium Co-doped Fiber has a unique core low NA design, which can achieve high beam quality output without reducing the pump conversion efficiency. The high cladding NA ensures high pump coupling efficiency, and the large core diameter design ensures a large mode field area and a short fiber length, thereby greatly reducing the threshold of nonlinear effects. The optical fiber has good consistency, better suppresses 1um parasitic ASE, has high light-to-light conversion efficiency, and has good stability under high-power operation conditions.

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