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ROF-APR High Sensitivity Photodetector Light Detection Module APD Photodetector
The high sensitivity Photodetector is mainly composed of ROF-APR series APD Photodetector (APD photoelectric detection module) and HSP low speed high sensitivity module, which has high sensitivity and wide spectral response range and can provide different sizes of packages according to customer requirements.
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Rof 200M Photodetector Avalanche Photodetector Optical Detector APD Photodetector
The high sensitivity Photodetector is mainly composed of ROF-APR series APD Photodetector (APD photoelectric detection module) and HSP low speed high sensitivity module, which has high sensitivity and wide spectral response range and can provide different sizes of packages according to customer requirements.
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ROF-PD 50G High Speed optical detection module PIN detector Low Noise Photodetector amplifier photodetector
The high-speed optical detection module(PIN Photodetector) uses high-performance PIN detector, single mode fiber coupled input, high gain and high sensitivity, DC/AC coupled output, gain flat, etc., which is mainly used in the fields of high-speed fiber transmission system ROF and fiber sensing system.
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ROF Balanced Photodetector High Sensitivity Photodetector silicon Photodetector with amplification
ROF -BPR series of balanced light detection module （balanced photodetector）integrates two matching photodiode and an ultra-low noise transimpedance amplifier, effectively reducing the laser noise and common mode noise, improving the system’s noise ratio, having a variety of spectral response optional , Low noise, high gain, easy to use and so on, Mainly being used for spectroscopy, heterodyne detection, optical delay measurement, optical coherence tomography and other fields.
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Rof Electro-optic modulator optical amplification SOA 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.
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Rof-QPD series APD/PIN Photodetector Four-quadrant photoelectric detection module 4 quadrant Photodetector
Rof-QPD series four-quadrant photoelectric detection module adopts imported four-quadrant photodiode(Four-quadrant Photodetector), specially designed driving circuit and low noise amplifier.
It is mainly used for beam position measurement and precision Angle measurement, and the response wavelength covers 400-1700nm (400-1100nm 800-1700nm). -
Rof Electro-Optic Modulator Laser Modulator Laser Light Source Tunable Laser
Wavelength tuning range
Output power 10mw
Narrow line width
Internal locked of wavelength
Remote control is available
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Rof Nanosecond pulsed laser Modulator Laser Light Source ns Pulse Laser module
Rof-PLS series pulse light source (Nanosecond pulse laser)uses a unique short pulse drive circuit to achieve the narrowest pulse output up to 3ns, while using a highly stable laser and a unique APC(automatic power control) and ATC(automatic temperature control) circuit to make the output power and wavelength have high stability and can monitor the temperature, power and other information of the light source in real time. This series of pulse light source is mainly used for MOPA structure fiber laser seed source, spectral analysis, fiber sensing, passive device testing.
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Rof Electro Optic Modulator semiconductor laser ASE Broadband Light Source ASE Laser module
The ROF-ASE series wideband light source is based on the principle of spontaneous radiation generated by rare earth doped fiber pumped by semiconductor laser, combined with local optical feedback control technology. The desktop ASE light source has the advantages of high output power, low polarization, high power stability, and good average wavelength stability, which can meet the strict performance requirements of broadband light sources in sensing, testing and imaging research fields.
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Rof Electro Optic Modulator semiconductor laser Source SLD Broadband Light Source SLD Laser module
ROF-SLD series SLD broadband light source adopts unique ATC and APC circuits to ensure extremely high output optical power stability and spectral waveform stability, with wide spectral range coverage, high output power, low coherence characteristics, can effectively reduce system detection noise. Improved spatial resolution (for OCT applications) and improved measurement sensitivity (for fiber sensing). Through unique circuit integration, ultra-wideband light sources with output spectral bandwidths up to 400nm can be achieved, mainly used in optical phase chromatography technology, optical fiber sensing systems, and communication and measurement systems.
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Rof EA modulator laser Pulse laser source DFB Laser module EA laser Light source
ROF-EAS series EA modulator laser source integrates the functions of DFB laser and EA modulator, with low chirp, low driving voltage (Vpp: 2~3V), low power consumption, high modulation efficiency, and is widely used in 10Gbps, 40Gbps and other high-speed optical fiber communication systems and microwave photonics.
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Rof RF modules 1-6G Microwave Optical Fiber Transmission modulator RF over fiber link
RF modules 1-6G microwave optical fiber transmission module(RF over fiber link) 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.
