Products
- Product Series
- Specialty fiber optic cable connector Subcategory
- Fiber Optic Gyroscope Device Products Subcategory
- Laser crystal Subcategory
- Electro-optic modulator series Subcategory
- Light source (laser) Subcategory
- Testing and measuring instruments Subcategory
- Optical passive device Subcategory
- Optical Polarization and Delay Series Subcategory
- Microwave photonic link Subcategory
- Optical Amplifier Series Subcategory
- Electro-optical modulator Subcategory
- Device Process Equipment Subcategory
- Device production process raw materials Subcategory
Contact Information
Contact Phone
HY-ROF RF optical fiber transmission system
Classification:
The radio frequency optical fiber transmission system (HY-ROF) is mainly composed of a radio frequency transmitting module, a radio frequency receiving module, etc., and can be integrated to control a transceiver module and a wavelength division multiplexer. Its main function is electro-optical/photoelectric conversion. The transmitting end converts an electrical signal into an optical signal. After optical fiber transmission, the receiving end converts the optical signal into an electrical signal. Microwave optical fiber transmission components have the characteristics of low loss, broadband, large dynamic and security, and are widely used in long-distance antenna, long-distance analog optical fiber communication, tracking, telemetry and control, delay line, time-frequency transmission, radar and other fields. According to different bandwidth, products such as 1GHz, 3GHz, 6GHz, 10GHz, 18GHz can be selected, and single or multi-directional transmission systems can be selected as needed.
Contact：
- Overview
- Selection List
- Product Information(PDF)
-
The radio frequency optical fiber transmission system (HY-ROF) is mainly composed of a radio frequency transmitting module, a radio frequency receiving module, etc., and can be integrated to control a transceiver module and a wavelength division multiplexer. Its main function is electro-optical/photoelectric conversion. The transmitting end converts an electrical signal into an optical signal. After optical fiber transmission, the receiving end converts the optical signal into an electrical signal. Microwave optical fiber transmission components have the characteristics of low loss, broadband, large dynamic and security, and are widely used in long-distance antenna, long-distance analog optical fiber communication, tracking, telemetry and control, delay line, time-frequency transmission, radar and other fields. According to different bandwidth, products such as 1GHz, 3GHz, 6GHz, 10GHz, 18GHz can be selected, and single or multi-directional transmission systems can be selected as needed.
Main Features Features
High bandwidth> 18GHz
Can choose different wavelengths 1310nm/1550nm or DWDM wavelength, multiplexing
Excellent RF response flatness
wide dynamic range
Application field Applications
Remote Antenna
Long-distance analog fiber-optic communication
Tracking, Telemetry and Control (TT & C)
Microwave signal transmission coverage
electronic countermeasures
radar signal delay
Performance parameters:
Parameters
Symbol
Minimum
Typical value
Maximum
Unit
Wavelength
l
1530
1550
1570
nm
1260
1310
1360
nm
Emitter light source power
Pop
3
dBm
Emitting end edge touch inhibition ratio
35
dB
Optical isolation
30
optical return loss
50
dB
RF Input Frequency Range *
f
18
GHz
RF Input Signal Power *
PRF
-75
16
dBm
In-band flatness
3
dB
Link Gain *
-10
dB
Link Noise Figure *
48
dB
RF output harmonic rejection (0dBm input)
-30
dBc
RF output spurious
(0dBm input)
-60
dBc
VSWR
2:1
Input 1dB compression point *
15
dBm
RF signal input port
Single-ended
RF Signal Interface
SMA
optical end interface
FC/PC FC/APC or user specified
Specifications *
Desktop
Module
Overall dimension L x W x H *
320 × 220 × 90 mm
90 × 70 × 18 mm
Power Requirements *
AC 220V ± 10％ 30W
DC ±5V
Output fiber
PMF
optical connector
FC/PC FC/APC or user specified
Note: * According to the actual system requirements, the indicators can be customized according to system requirements. At the same time, according to system requirements, inner modulation or outer modulation scheme can also be selected.
Limit conditions:
Parameters
Symbol
Unit
Minimum
Typical value
Maximum
Working temperature
Top
°C
-45
65
Storage temperature
Tst
°C
-50
85
Humidity
RH
%
5
90
Typical Link Gain Curve:
Ordering information:
HY
ROF
XXX
XXX
XX
XX
XX
RF optical fiber transmission system
Low frequency:
001-10MHz
080-0.8GHz
………..
Low frequency:
01-1GHz
03-3GHz
………..
Operating wavelength:
13---1310nm
15---1550nm
CW---CWDM
Pigtail:
P---PMF
S---SMF
Fiber optic connectors:
FP---FC/PC
FA---FC/APC
SP --- user specified
-
Product Model
ROF
Operating frequency:
Laser:
Operating wavelength:
Fiber:
Fiber optic connectors:
RF optical fiber transmission link
01-10M ~ 1.2GHz
02-800M ~ 2.5GHz
06-1 to 6GHz
10-1 to 10GHz
18-2 to 18GHz
TO --- without temperature control
DF limit condition B --- with temperature control13---1310nm
15---1550nm
DWDM/CWDM wavelength please specify, such as C33
P---PMF
S---SMF
FP---FC/PC
FA---FC/APC
SP --- user specified
Product Model
ROF
Low frequency:
Low frequency:
Operating wavelength:
Pigtail:
Fiber optic connectors:
RF optical fiber transmission system
001-10MHz
080-0.8GHz
………..
01-1GHz
03-3GHz
………..
13---1310nm
15---1550nm
CW---CWDM
P---PMF
S---SMF
FP---FC/PC
FA---FC/APC
SP --- user specified
Product Model
Laser Type
Operating wavelength:
Modulation bandwidth:
Encapsulation:
Fiber optic connectors:
TO --- without temperature control
DFB-with temperature control
1310nm
1550nm
01---0.5~1200MHz
02---50-3000MHzModule
FA---FC/APC
SP --- user specified
Related Products
Message consultation
We will surprise you with a gift as soon as we receive your message.
Contact Information
Contact Phone
E-mail: sales@fiberlink.com.cn
Address: Building 1, No. 12 Miaoshan East Road, Jiangxia District, Wuhan, Hubei Province, 430073 P.R China