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MXT-OR-860AN
MXT
Overview
MXT-OR-860AN Self-healing optical receiver is designed for application of front-end and front-end sub. It is a kind of high-index, multi-functional and highly reliable optical device. Built-in dual optical receiving unit and automatic switching circuit. When one way optical signal fails, it will automatically switch to another way optical channel in order to achieve back-up switch, mainly used in self-healing ring network and ultra-trunk network.
Features
● Dual optical receiving channel, main / standby switch automatically to facilitate the implementation of redundant backup.
● FP, DFB return lasers can be optional.
● AGC controlling to ensure RF output level stable after two-way optical converting.
● Whole unit parameters through microprocessor controlling will display by the display screen.
● Double power supplies, automatic conversion.
● Built-in network management responder complying with international standard, and its working status can be detected remote and long distance.
● 19″ standard rack structure, machine components using modular design, convenient to maintain and upgrade.
Block diagram
Specifications
Items | Units | parameters |
Input optical power | dBm | -6~+3 |
Optical return loss | dB | ≥45 |
Nominal optical wavelength | nm | 1290~1600 |
Optical connector | SC/APC or FC/APC | |
Frequency range | MHz | 47~862 |
Equivalent input noise current | PA/ | ≤7 |
Flatness | dB | ±0.75 |
Optical link C/N | dB | 53 |
Optical link CTB | dB | 67 |
Optical link CSO | dB | 62 |
Output level | dBuV | 104 |
Test port level | dB | -20±1dB（relative output port） |
Return loss | dB | ≥16（47-550MHz） ≥14（≥ 550MHz） |
Switching time | ms | ≤15 |
Power supply voltage | V | AC110~264 or DC48 |
Consumption | W | 30 |
Overview
MXT-OR-860AN Self-healing optical receiver is designed for application of front-end and front-end sub. It is a kind of high-index, multi-functional and highly reliable optical device. Built-in dual optical receiving unit and automatic switching circuit. When one way optical signal fails, it will automatically switch to another way optical channel in order to achieve back-up switch, mainly used in self-healing ring network and ultra-trunk network.
Features
● Dual optical receiving channel, main / standby switch automatically to facilitate the implementation of redundant backup.
● FP, DFB return lasers can be optional.
● AGC controlling to ensure RF output level stable after two-way optical converting.
● Whole unit parameters through microprocessor controlling will display by the display screen.
● Double power supplies, automatic conversion.
● Built-in network management responder complying with international standard, and its working status can be detected remote and long distance.
● 19″ standard rack structure, machine components using modular design, convenient to maintain and upgrade.
Block diagram
Specifications
Items | Units | parameters |
Input optical power | dBm | -6~+3 |
Optical return loss | dB | ≥45 |
Nominal optical wavelength | nm | 1290~1600 |
Optical connector | SC/APC or FC/APC | |
Frequency range | MHz | 47~862 |
Equivalent input noise current | PA/ | ≤7 |
Flatness | dB | ±0.75 |
Optical link C/N | dB | 53 |
Optical link CTB | dB | 67 |
Optical link CSO | dB | 62 |
Output level | dBuV | 104 |
Test port level | dB | -20±1dB（relative output port） |
Return loss | dB | ≥16（47-550MHz） ≥14（≥ 550MHz） |
Switching time | ms | ≤15 |
Power supply voltage | V | AC110~264 or DC48 |
Consumption | W | 30 |
