Products

  • Rof Intensity Modulator thin film lithium niobate modulator 20G TFLN modulator

    Rof Intensity Modulator thin film lithium niobate modulator 20G TFLN modulator

    Rof 20G TFLN modulator. Thin film lithium niobate intensity modulator is a high-performance electro-optical conversion device, which is independently developed by our company and has complete independent intellectual property rights. The product is packaged by high-precision coupling technology to achieve ultra-high electro-optical conversion efficiency. Compared with the traditional lithium niobate crystal modulator, this product has the characteristics of low half-wave voltage, high stability, small device size and thermo-optical bias control, and can be widely used in digital optical communication, microwave photonics, backbone communication networks and communication research projects.

  • Rof RF module 1-6G Microwave Optical Fiber Transmission Analog Link RF over fiber

    Rof RF module 1-6G Microwave Optical Fiber Transmission Analog Link RF over fiber

    RF modules 1-6G microwave optical fiber transmission module(Analog Link RF over fiber ) is composed of transmitter module and receiver module, and the working principle as shown below. The transmitter uses a high linear linear direct-mode DFB laser (DML) and integrates automatic power control (APC) and automatic temperature control (ATC) circuit, so that the laser can have efficient and stable output.The receiver integrates a high linear PIN detection and low noise broadband amplifiers. Microwave signal modulates laser to produce intensity modulated optical signal directly to achieve electro-optical conversion, after single-mode fiber transmission, the receiver completes photoelectric conversion, and then the signal is amplified and output by the amplifier.

  • ROF RF Links 1 to 40GHz optical transceiver module RF Over Fiber

    ROF RF Links 1 to 40GHz optical transceiver module RF Over Fiber

    Rof-ROFBox Series RF Over Fiber Analog broadband external modulation optical transceiver module using external modulation mode, can provide RF signal optical transmission in the frequency range of 1-40 GHZ, providing superior performance of linear fiber communication for a variety of analog broadband microwave applications. By avoiding the use of expensive coaxial cables or waveguides, the transmission distance limit is eliminated, greatly improving the signal quality and reliability of microwave communication, and can be widely used in remote wireless, timing and reference signal distribution, telemetry and delay lines and other microwave.

  • Rof 3GHz/6GHz Microwave Optical Transceiver Module Analog Link RF Over Fiber

    Rof 3GHz/6GHz Microwave Optical Transceiver Module Analog Link RF Over Fiber

    ROF-PR-3G/6G series RF Over Fiber. The analog photoelectric receiver has a wide band and flat photoelectric response characteristics from 300Hz to 3GH or 10K to 6GHz, and a high photoelectric conversion gain, which is a very cost-effective photoelectric receiver. It is very suitable for application in optical pulse signal detection, ultra-wideband analog optical signal receiving and other system fields.

  • ROF polarization modulator Manual Fiber Polarization Controllers

    ROF polarization modulator Manual Fiber Polarization Controllers

    Rofea polarization modulator Mechanical manual fiber polarization controller is an easy-to-use fiber polarization controller suitable for bare fiber or 900um protective sleeve fiber. We can provide three ring mechanical fiber polarization controllers and extruded fiber polarization controllers, which have wide applications in device testing, fiber sensing, quantum communication and other fields This product is mass-produced, with excellent workmanship and high cost-effectiveness, making it an ideal choice for users in the field of experimental research.

  • Rof MODL Series fiber optical delay device Motorized Variable Optical Delay Line

    Rof MODL Series fiber optical delay device Motorized Variable Optical Delay Line

    Rof-MODL fiber optic delay line Module series electric optical adjustable delay device(Motorized Variable Optical Delay Line) is an electronic control, accurate adjustment of optical delay device, with high integration and low cost characteristics, the device can provide 300ps, 660ps, 1000ps, 1200ps, 2000ps optical delay. Accurate delay control is achieved by remote control via RS-232, RS485 or RS422 interfaces. For the convenience of users, portable LCD controllers can also be provided.

  • Rof fiber optic delay line Manual Variable Optical Delay Line

    Rof fiber optic delay line Manual Variable Optical Delay Line

    Rof-ODL fiber optic delay line Module series Manual Variable Optical Delay Line module device has the characteristics of high integration and low cost. It can provide an optical delay of 330ps and achieve accurate delay control through rotation control. Accurate delay information can be read in mm or ps instantly through the length ruler marked on the panel

  • Rof Electro-Optic Amplifiers optical amplification butterfly semiconductor optical amplifier butterfly SOA

    Rof Electro-Optic Amplifiers optical amplification butterfly semiconductor optical amplifier butterfly SOA

    Rof-SOA butterfly semiconductor optical amplifier (SOA) is mainly used for 1550nm wavelength optical amplification, using sealed inorganic butterfly device packaging technology, the whole process of domestic autonomous control, with high gain, low power consumption, low polarization related loss, high extinction ratio and other characteristics, support temperature monitoring and TEC thermoelectric control, to ensure the stability of the whole temperature.

  • Rof butterfly SOA Optical Amplifier butterfly semiconductor optical amplifier

    Rof butterfly SOA Optical Amplifier butterfly semiconductor optical amplifier

    Rof-SOA butterfly semiconductor optical amplifier (SOA) is mainly used for 1550nm wavelength optical amplification, using sealed inorganic butterfly device packaging technology, the whole process of domestic autonomous control, with high gain, low power consumption, low polarization related loss, high extinction ratio and other characteristics, support temperature monitoring and TEC thermoelectric control, to ensure the stability of the whole temperature.

  • Rof MODL Series optical delay device Adjustable electric optical delay module

    Rof MODL Series optical delay device Adjustable electric optical delay module

    Rof-MODL fiber optic delay line Module series electric optical adjustable delay device is an electronic control, accurate adjustment of optical delay device, with high integration and low cost characteristics, the device can provide 300ps, 660ps, 1000ps, 1200ps, 2000ps optical delay. Accurate delay control is achieved by remote control via RS-232, RS485 or RS422 interfaces. For the convenience of users, portable LCD controllers can also be provided.

  • Rof fiber optic delay line manual operation optical delay module

    Rof fiber optic delay line manual operation optical delay module

    Rof-ODL fiber optic delay line Module series manual operation optical delay module device has the characteristics of high integration and low cost. It can provide an optical delay of 330ps and achieve accurate delay control through rotation control. Accurate delay information can be read in mm or ps instantly through the length ruler marked on the panel

  • ROF polarization modulator Three ring fiber polarization controllers

    ROF polarization modulator Three ring fiber polarization controllers

    Rofea polarization modulator Mechanical manual fiber polarization controller is an easy-to-use fiber polarization controller suitable for bare fiber or 900um protective sleeve fiber. We can provide three ring mechanical fiber polarization controllers and extruded fiber polarization controllers, which have wide applications in device testing, fiber sensing, quantum communication and other fields This product is mass-produced, with excellent workmanship and high cost-effectiveness, making it an ideal choice for users in the field of experimental research.

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