This series of products is LbandMicrowave optical transceiverThe microwave fiber optic transmission module or system, RF over Fiber, has products with different bandwidths such as 3GHz, 5GHz, 10GHz, 20GHz, etc. The product can convert RF signals into optical signals, transmit them through optical fibers, and then convert the optical signals back to RF signals at the receiving end. According to the needs, unidirectional and bidirectional transmission systems can be selected.

RFoF modules convert RF signals to optical signals and back. One unit has an optical transmitter converts RF to Optical signal, and second receiver unit converts Optical to RF signal. The two units are connected by an optical fiber of the customer.
L-band microwave optical transceiver(Microwave Fiber Optic Transmission Module) Applications:
? Telecommunication – Antenna remoting , long RF links via fiber
? Radar systems
S-band microwave optical transceiver (microwave fiber transmission module) Key features:
? Best Cost Performance
? Frequency Range: 0.1-20 GHz
L-band microwave optical transceiver(Microwave Fiber Optic Transmission Module) Options:
? Various RF Gains
? Input/output impendence: 50/75 Ohm
? Connectors: SMA, N type F type
? Electrical interface and Dimensions can be tailored per customer request
? Unidirectional or Bidirectional enclosure
L-band microwave optical transceiverBrief parameter values of microwave fiber optic transmission module
RF parameters:
Frequency range: 0.1GHz~20GHz;
RF gain: -30dB (optional -5dB);
1dB compression point:>20dBm;
*Large input RF level: 23dBm;
VSWR: 2:1;
Noise index: 40dB @ 1MHz;
Phase noise: 100dBc/Hz (* small value);
Return loss: -10dB;
Input/output impedance: 50 ohms
L-band microwave optical transceiver(Microwave Fiber Optic Transmission Module) System Optical Parameters:
Wavelength: 1550nm;
Output power: 20mW;

Receiver photodiode working range: 1200nm~1650nm