Features

• Adjust the optical characteristics of AGC functions, user-friendly;
• digital processing output level of the temperature compensation function;
• machine components of modular design, easy maintenance, upgrades;
• to provide detection of mouth, support online testing;
• open network management functions, in line with national standards;
• acceptance of optical power for easy line construction; integrated high output to 110dBuv and low distortion characteristics;
• military-grade high-quality switching power supply, wide range voltage input, dual lightning protection to ensure safe and reliable machine work;
• Overall dimension: 320 * 210 * 130 mm power consumption less than 50W

Diagram

Specifications：

1.optical character

Notes:

1. Flatness refers to P-P value.
2. Optical transmitter’s OMI is 3.6% at 1310nm optical wavelength。
3. Optical power received: 0dBm

2. RF

Remark ：

1. Reverse Output Level refers to the level at the reverse output port of reverse transmitting unit.
2. Recommended Output Level refers to the RF output level under the condition of 0dBmoptical receiving power and 3.6% OMI。
3. Forward Amplifier Gain refers to one amplifier cascade ,if two amplifiers cascade,max gain up to 35dB。
4. Forward and Reverse Amplifier Gain refers to amplifier cascade module
5. Digital CW refers to 33 QAM64 in 550~750MHz，and 10dB lower than the level of analog signal CW.
6. Total distortion of the optical node is also determined by the performance of the optical transmitting unit and optical receiving unit, here only RF distortion.
7. Slope refers to the total slope in 5MHz to860MHz.

3. Return Transmitter

Remark：

1、Four signals test method:19，25，31，37MHz

2、Two signals test method:13，19MHz

3、Test Condition: standard optical receiver plus 5 dB optical fiber loss

4、（NPR）FP Reverse optical link parameter

Optical power：1MW   optical fiber loss：fiber 12.7KM+passive attenuator

signal source:NOISE/COMNC6110

4. Optical fiber Link Performance

Remark：

1. Connected with a standard optical transmitter, tested under an estimated link loss of a optical transmitter.
2. OMI of optical transmitter is 3.6%， loaded 59 PAL-D analog TV channels within 550MHz, 3 QAM64 digital CW within 550~750MHz and its level 10dB lower than analog signal’s.
3. The recommended RF output level of optical node is at 108dBμV, 10dB slope.

5. Optical AGC and temperature compensation

6. NE Ⅱ

7. Power supply

8. General