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5 results found for "RFOG mini node"
  • FTTH optical module,rf power amplifier,optical node ic
    FTTH optical module,rf power amplifier,optical node ic
    SMO-P28/CATV Optical Receiver
    SMO-P28 CATV Optical Receiver is a low power, but good performance optical receiver. AGC function make output level stably when in the range of -10~0d.
  • catv gaas hybrid push pull amplifier
    catv gaas hybrid push pull amplifier
    SMO-P29/CATV Optical Receiver
    SMO-P29 CATV Optical Receiver is a low power, but good performance optical receiver. AGC function make output level stably when in the range of -10~0dBm.
  • rf amplifier ic
    rf amplifier ic
    SMOP23/CATV AGC Optical Receiver Module
    Download product specification:SMOP23.PDF FEATURES ● Excellent linearity  ● Extremely low noise  ● Excellent flatness  ● Rugged construction  ● PWDM ● AGC DESCRIPTION SMOP23 CATV AGC Optical Receiver Module is a low power, but good performance optical receiver. AGC circuitry make output level stably when in the range of -10~0dBm. Small size which can be assembled in a small case. CHARACTERISTICS (Bandwidth 45 to 1000MHZ; Tmb=25℃, VB=5V,ZS=ZL=75Ω) SYMBOL PARAMETER UNIT MIN. TYP. MAX. CONDITIONS responsively V/W 0.9 - - λ=1550nm Flatness of frequency response dB - ±1.0 ±0.5 f=45 to 1000 MHZ, wide band flatness Flatness of frequency dB - - ±0.4 Narrow bandwidth per 7MHz Slope dB 0 2.0 4.0 From 45~1000MHz Output Return Loss dB -14 - - f=45 to 1000 MHZ Total Current Consumption mA 310 - 350 VB=5V Automatic Gain Control Receiving Power: -10~0dBm (According to customer requirements) Vo1 Output Voltage dBuV 78 81 83 Popt= -10~0dBm @176.25MHz 42 channels T=25℃ OMI=4% per channel Vo1 Output Voltage dBuV 77 80 82 Popt= -10~0dBm @176.25MHz 42 channels T=-20℃ OMI=4% per channel CTB Composite Triple Beat dB - - -60 Optical power/ 0dBm 42chanels PAL-D.175.25MHz OMI=4% per channel CSO Composite Second Order distortion dB - - -60 C-spurious Carrier to spurious dB - - -60 CTB Composite Triple Beat dB - - -62 Optical power- 1dBm 42channels PAL-D.175.25MHz OMI=4% per channel CSO Composite Second Order distortion dB - - -60 C-spurious Carrier to spurious dB - - -60 CNR Noise carrier rating dB 46 - - Optical power/- 8dBm 42channels PAL-D.176.25MHz OMI=4% per channel If you want to know more about our product details,Please reply to get E-Catelog and FOC samples,Thank you.
  • SDU R-ONU R-ONU Mini Node
    SDU R-ONU R-ONU Mini Node
    SDU R-ONU R-ONU Mini Node
    SDU R-ONU.PDF FEATURES ● Forward reception is1200-1600nm . Reverse emission wavelength is 1310nm ● Forward receiving optical power range: -6dBm — +2 ● Forward RF bandwidth is 54MHz—1002MHz,the output level is 25 ● Light power of reverse emission is 1MW or 2 ● Reverse RF bandwidth is 5MHz-42MHz, and the input level is 25dBmv. ● On the upper surface of the shell, there are forward optical power and 1V/mW receiving optical power test points. Reverse optical power indicator and 1V/mW transmitting optical power test point ● - 20dB RF output monitoring ports in the up and dow ● Low power consumption design, especially for the whole machine ● Adopting aluminum die-casting shell. Small size and exquisite. Good heat dissipation.   DESCRIPTION The R-ONU Mini node is a small home optical node specially developed for cable TV operators for standard networking, which provides users with two-way,interactive TV and network services. Compared with other two-way optical nodes, this series of products have the characteristics of small size, flexible networking and high performance-cost ratio.
  • rfog technology
    rfog technology
    OBI-Free SDU R-ONU SDU-RFoG-F01
    SDU-RFoG-F01.PDF Product Description: The SDU RFoG F series is mainly used for RFoG network. “OBI-Free” R-ONU eliminate the Optical Beat Interferences(OBI) that has been an issue in the traditional RFoG deployments. Its return path laser can work in burst mode.The upstream output optical wavelength can be set as CWDM standard wavelength to shield the OBI effectively.   Features: 1) Support downstream optical AGC, The control range is -6~+2dBm; 2) Burst mode is supported; 3) OBI-Free technology on this model supports up to 16 R-ONUs transmitting into a single optical input; 4) 0.2nm as one step, and the automatic control of transmitting wavelength can be reached by the temperature change randomly.

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