Optical Relay Station For prolonging fiber transmission distance
Negotiable /Piece
Min.Order:1 Piece
Shaanxi Jizhong Electronics Scien-Tech Co., Ltd.
Optical Relay Station
Usage:
It is suitable for 1310nm relay transmission or front second transmission in the optical fiber communication system,
after receiving the 1310nm or 1550nm optical signal. It can extend the optical fiber transmission distance of the imitation
or digital system.
Characteristics:
1. Adopting exclusive PHILIPS optical receiving module for low noise and low distortion receiving, built-in six-section indication of input optical power.
2. Radio Frequency adopts Philips forward low noise module, with amplification output of the rear power multiplier module. The output mode can choose tap or distribution, and each interface has independent testing point.
3. Relay transmission adopts the original import DFB laser (ORTEL, AOL, XESTON). The rear bank power multiplier output signal provides RF drive level, so that insuring the Non-linear distortion Index of C/N. Meanwhile this device sets up the separate RF input threshold, which has the local input function and also can form the Outdoor Optical Transmitter by itself.
4. The laser operating temperature ATC and APC functions adopt micro-rocessor to control automatically. It can guarantee the best operating function; precise control optical output power and extend working life.
5. Micro-processor software monitors dynamically the crucial parameters of laser output power, bias current, cooling current and power etc. Still, it has LCD all states digital display, failure notice and alarming function as well.
6. The whole power and controlling line with multi-protection circuit, low-consumption and independent feed interface improves the stability and reliability of the device
Main parameters:
Receiving Parameters | Unit | JZOR860R II |
Frequency Range | MHz | 47~750/860 |
Optical Input Power | dBm | -4 ~ +2 |
Optical Receiving Wavelength | nm | 1290~1660 |
Equivalent Noise Current | PA Hz | 8 |
RF Output level | dBμV | 108 |
Flatness in band of RF | dB | + 0.5 |
RF Reflection Loss | dB | ≥ 16 |
Channel Loading Data |
| 84PAL-D |
C/N | dB | above 51 |
C/CSO | dB | above 61 |
C/CTB | dB | above 65 |
Transmitting Parameters | Unit | OTDFB mW |
Optical Receiving Wavelength | nm | 1310 + 20 |
RF Input level | dBmV | 15 ~ 25 |
RF Input level | dBmV | 25 ~35 |
C/CTB | dB | >65 |
C/CSO | dB | >61 |
C/N | dB | >51 |
Optical Connector Type | FC/APC or SC/APC | |
Power Voltage |
| 60VAC or 220VAC (Optional) |
RF input level is for independent outside optical transmitter RF input level is for local input port |
Transmission Optical Power | mw | 4~5 | 6~7 | 8~9 | 10~11 | 12~13 | 14~15 | 16~17 | 18~19 | 20~21 |
Transmission Optical Link | dB | 7 | 9 | 10 | 11 | 12 | 13 | 14 | 15 | 16 |
Looking forward to having a cooperation with you in the near future.