The JP10RW is a passive optical receiver with high sensitivity. It is capable of receiving signals transmitted through optical fibers and converting them into electrical signals. It is suitable for data centers and fiber optic communication networks.
| Number Item | Unit | Description | Remark | |
| Customer Interface | ||||
| 1 | RF Connector | 75Ω"F" connector | United standard | |
| 2 | Optical Input Connector | SC/APC | ||
| Optical Output Connector | SC/PC | |||
| 3 | DC Supply | DC Adapter | ||
| Optical Parameter | ||||
| 4 | Optical Input Power | dBm | -20 ~ +2 | |
| 5 | Optical Return Loss | dB | 15(Min), 45(Type) | |
| 6 | Operating Wavelength(Rx) | nm | 1100 - 1600 | |
| 7 | Respnsivity | A/W | >0.9 | |
| Insertion Loss | dB | 0.4(Type), 0.6(Max) | ||
| Pass Wavelength | nm | 1310/1490 | ||
| Isolation | dB | 35(Min) | ||
| 8 | Optical Fiber Type | SM 9/125um SM Fiber | ||
| RF Parameter | ||||
| 9 | Frequency Range | MHz | 40 ~1002 | |
| 10 | Band Flatness | dB | <±1 | |
| 12 | Output Level(@AGC ) | dBuV | 83 | Customizable Max output to 104dBuV |
| Optical AGC Range | dBm | -13 ~ -2 | ||
| RF Gain Range | dB | 22 | ||
| 13 | Output Impedance | Ohms | 75 | |
Analog TV & Digital TV FTTX O-E converter applications.
High linearity, low distortion and wide optical power AGC range(-13dBm to -2dBm).
Wide operating optical input range of 2 to -20dBm at 1100 to 1600nm.
Optional optical power input -2 to 1dBm for RF output performance.
-13 to -2dBm Optical Input RF output: +83dBuV per channel at 3.5% OMI (22dBmV modulation input).
Full frequency range 40-1002MHz with CATV Small flexible installation and Power supply on the line.
Model TX1000AF Series provides 40-1002MHz bandwidth, Excellent low-light amplifier and gain adjustment unit, industrial 8-bit control unit , convenient interface and application for terminal customers.
TX1000AW with WDM Series' optical input contains downstream forward path CATV Analog and Digital signals at 1550nm, downstream Ethernet data at 1490nm and upstream Ethernet data at 1310nm. The optical output passes the 1310nm and 1490nm signals. The 1550nm wavelength goes to a photodiode and is amplified.
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Wanhua Science and Technology Park, No. 528, Shunfeng Road, Donghu Street, Linping District, Hangzhou City, Zhejiang Province 
