Beijing Jinkun Technology Co., Ltd
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Microwave fiber optic transmission module
The ROF030M fiber optic transmission module is a product designed by Beijing Jinkun Technology to transmit 0.1-3GHz microwave signals through optical
Product details

This series of products isMicrowave fiber optic transmission module or systemRF over Fiber)It has 3GHz, 5GHz, 10GHz, Products with different bandwidths such as 20GHz can convert RF signals into optical signals, transmit them through optical fibers, and then convert the optical signals back into RF signals at the receiving end. According to the needs, unidirectional and bidirectional transmission systems can be selected.

advantage

1. High bandwidth

2. Anti electromagnetic interference

3. Support wavelength division multiplexing with one fiber optic transmission for multiple signals

4. Anti surge power protection, reliable power environment adaptability

5. Adaptive temperature compensation capability, controlling the stable output of the light source.

6. Compact and small volume

7. Applicable to * * standards.

Application scenarios

1. Pull the radar antenna far away

2. Long distance RF signal transmission

3. Radio signal monitoring

4. Microwave signal transmission coverage

5. Electronic Warfare

6. Radar signal delay

Parameter Table:

Parameter

unit

Indicator value

Frequency range

MHz

one hundred

– 3000

link gain

dB

>0

Flatness

dB

± 3input

1dB

Compression point

dBm

0

VSWR

NA

10

2:1

*Large input RF signal

dBmDigital Noise FloordBm/Hz

<-120

50

input

/

Output Impedance

Ohm

Power supply mode

VDC9V

power consumption

W

<2

(Single module)

Laser output wavelength

nm

1310/1550

Laser output power

dBm

>0dBm

Detector operating wavelength

nm1100~1650

Fiber optic connector type

NA

FC/APC

interfaceRF connector typeNA

SMA

85*60Size(8TxEnd)mm

*1(Excluding connectors

)

Size(

Rx

End)

mm4585*60*185

operation temperature

-45~665

storage temperature

+25-

~


Note:

All indicators areCalibrate the indicator value at ℃, and temperature changes may cause slight changes in the parameters. Can be used normally within the temperature range indicated.The module should maintain good heat dissipation during use.


Typical test curvefrequency response










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