- Introduction
- Features
- Technical
- Send Inquiry
UVOT-X Series 1310 nm Optical transmitter is primarily used for TV video signal, digital TV signal, telephone voice signal and data (or compressed data) signal long-distance fiber transmission in HFC network. By using original high performance DFB laser transmitter as light source, RF drive adopting RF power digital automatic process technique and advanced RF pre-distortion circuit, and built-in perfect microprocessor automatic monitor system, it insures the excellent function of the product.
Technical Specification:
Items
Unit
Technique Parameters
Output Optical Power
mW
4
6
8
10
12
14
16
18
20
28
Optical Link Loss
dB
7
9
10
11
11.2
11.8
12
12.4
13
14.4
Optical Wavelength
nm
1310±20
Laser Type
DFB Laser
Optical Modulating Mode
Directly Optical Intension Modulation
Optical Connector Type
FC/APC or SC/APC
Frequency Range
MHz
47~750/862
Input Level
dBμV
Indoor:72~88;Outdoor:75~85
Flatness in Band
dB
±0.75
Input Impedance
Ω
75
Input Return Loss
dB
≥ 16(47~550)MHz;≥ 14(550~750/862MHz)
C/CTB
dB
≥ 65
C/CSO
dB
≥ 60
C/N
dB
≥ 51
AGC Controlled Range
dB
±8
MGC Controlled Range
dB
±8
Supply Voltage
V
AC 160V~250V(50 Hz)
Consumption
W
30
Operating Temperature
℃
Indoor:-5~+55;Outdoor:-40~+65
Storage Temperature
℃
-20 ~+65
Relative Humidity
%
Max 95%No Condensation
Dimension
mm
Indoor:483(L)X 380(W)X 44(H)
Outdoor:550(L)X 280(W)X 218(H)
* Use the international famous brand high performance DFB laser with narrow spectrum, good linearity and high output power.
* RF drive adopting RF power digital automatic process technique, can according to level of input RF signal and number of channels (15-48 channels), automatically processing drive level power, making the C/N, CTB and CSO always in best worth, insure product function; and be steady of output level.
* Advance multi-frequency RF pre-distortion technique with arsenide kalium component availably improves CTB and CSO, the most important parameter of CATV, and heightens C/N at the same time.
* Built-in perfect microprocessor automatic monitor circuit can real-time accurately monitor optical output power and temperature of the laser insure stable optical output power, and prolongs work life of the laser availably.
* Built-in blue VFD monitor on front panel can accurately display the equipment's each work status parameter, and can display error message when the equipment breaks down, make maintenance and fix more convenient.
* 19″1U height standard rack mount, equipped standard RS485 and RS232 network port, can expediently realize monitor through network.
Items |
Unit |
Technique Parameters |
|||||||||
Output Optical Power |
mW |
4 |
6 |
8 |
10 |
12 |
14 |
16 |
18 |
20 |
28 |
Optical Link Loss |
dB |
7 |
9 |
10 |
11 |
11.2 |
11.8 |
12 |
12.4 |
13 |
14.4 |
Optical Wavelength |
nm |
1310±20 |
|||||||||
Laser Type |
|
DFB Laser |
|||||||||
Optical Modulating Mode |
|
Directly Optical Intension Modulation |
|||||||||
Optical Connector Type |
|
FC/APC or SC/APC |
|||||||||
Frequency Range |
MHz |
47~750/862 |
|||||||||
Input Level |
dBμV |
Indoor:72~88;Outdoor:75~85 |
|||||||||
Flatness in Band |
dB |
±0.75 |
|||||||||
Input Impedance |
Ω |
75 |
|||||||||
Input Return Loss |
dB |
≥ 16(47~550)MHz;≥ 14(550~750/862MHz) |
|||||||||
C/CTB |
dB |
≥ 65 |
|||||||||
C/CSO |
dB |
≥ 60 |
|||||||||
C/N |
dB |
≥ 51 |
|||||||||
AGC Controlled Range |
dB |
±8 |
|||||||||
MGC Controlled Range |
dB |
±8 |
|||||||||
Supply Voltage |
V |
AC 160V~250V(50 Hz) |
|||||||||
Consumption |
W |
30 |
|||||||||
Operating Temperature |
℃ |
Indoor:-5~+55;Outdoor:-40~+65 |
|||||||||
Storage Temperature |
℃ |
-20 ~+65 |
|||||||||
Relative Humidity |
% |
Max 95%No Condensation |
|||||||||
Dimension |
mm |
Indoor:483(L)X 380(W)X 44(H) |
|||||||||
Outdoor:550(L)X 280(W)X 218(H) |