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Foxcom Platinum Wideband PL7450T/PL7450R4 RF Link, Very High Power Range, 4dB Optical Budget 8Km - 1310nm or 15Km - 1550nm

Foxcom Platinum Wideband PL7450T/PL7450R4 RF Link, Very High Power Range, 4dB Optical Budget 8Km - 1310nm or 15Km - 1550nm

Foxcom Platinum Wideband PL7450T/PL7450R4 RF Link, Very High Power Range, 4dB Optical Budget 8Km - 1310nm or 15Km - 1550nm

• Wideband: 10–3000 MHz
• More than 8Km. distance [15Km with the PL7450T1550]
• Powerful management capabilities via a front panel LCD and rack mounted SNMP
• User control and setting of required IMD level
• Wide/High RF input/output power range optimized for cellular
• 1550nm and CWDM ITU Grid laser options are available for longer fiber runs and single fiber multiplexing solutions

    Foxcom Platinum Wideband PL7450T / PL7450R4 RF Link, Very High Power Range, 4dB Optical Budget 8Km - 1310nm or 15Km - 1550nm

     

    Summary

    Foxcom Platinum Wideband PL7450T / PL7450R4 RF Link, Very High Power Range, 4dB Optical Budget 8Km - 1310nm or 15Km - 1550nm

    Foxcom’s Platinum Wideband products are designed to meet the increasing demand for modularity and high-performance in a small form factor for superior long-distance transmission. With high RF input power and wide dynamic range, the link is designed to provide full specification service up to a full 4 dB optical budget with thePL7450R4 receiver.

    Utilizing Foxcom’s DigiRF technology, the user has full control of all important functions for setup, operation, and analysis via the front panel LCD or via the associated subrack SNMP capability.

    In addition IMizer, an automated adjustable link calibration embedded system enables the user to align the RF links IMD/CNR to specific linearity performances without a two-tone test. Select the desired IMD for the optical transmitter, either locally or remotely, IMizer automatically adjusts the laser drive to meet the IMD requirements. TheIMizer requires the use of a correction factor table above 2.5 GHz. 

    Each low profile individual transmitter or receiver can be “hot swapped” in the subrack chassis maintaining a best subsystem uptime capability. Each module contains an individual processor to maximize specification performance at all times under demanding user applications.

    The PL7450T transmitter and PL7450R4 receiver are designed for subrack chassis mounting. The associated Platinum chassis, model PL7010, has 12 active slots, one main control processor (MCP) slot and two redundant power supplies. No fans are required even under full subrack loading and full LNB powering.

    The PL7450T transmitter and PL7450R4 receiver are optimized for cellular application where wide RF input power range is needed and high RF output power. 

     
         
    Order Diagram - Options    

    Foxcom Platinum Wideband PL7450T / PL7450R4 RF Link, Very High Power Range, 4dB Optical Budget 8Km - 1310nm or 15Km - 1550nm

     

    RF Specifications Units Typical Minimum Maximum
             
    Frequency Range - Bandwidth MHz 10 - 3000   3000
    Amplitude Response @ Unity Gain
    10 - 3000 MHz
    any 36 MHz
    dB
    ±2
    ±0.25    		  
    ±2.25
    ±0.3
    Gain Stability dB/24hr ± 0.2   ± 0.25
    Gain Slope1 dB 0 -1.5 +1.5
    Gain Variation over temperature dB ± 1.5 -2 2
    SFDR2 dB/Hz2/3 110    
    SFDR3 dB/Hz2/3 95    
    DR (Dynamic Range - single channel)4 dB     50
    CNR [1Hz]2 dB 139 135 140
    Noise Figure (NF)2 dB 39 39 44
    Noise Figure (NF)3 dB 18 20 15
    Output IP3 (OIP3)5 dBm 20    
    Group Delay Variation- linear
    10 to 60 MHz
    60 - 3000 MHz    		 ns
    13
    1.5    		  
    -15
    -11
    Input/Output Impedance Ohm 50 or 75    
    1 dB Compression Point dBm 2   3
    Phase Noise6 dBm None    
    Third Order InterModulation [IMD]4 dBc   -55 -40
    Input Signal Range - Total Power7 dBm   -50 0
    Maximum Input without Damage dBm     +15
    RF Output Signal Range - Total Power 8  9 dBm  
    -25
    -25
    +15
    +15
    TX/RX Input/Output Return Loss
    50 Ohm
    75 Ohm 13    		 dB
    -15
    -13    		  
    -15
    -11
    Test Port [front panel sample port]10 dB -20 -22 -18
    RF Connector Type
    Input/Output
    Test Port    		   SMA, N
    BNC    		  
             
             
    Optical Specifications  Typical Minimum Maximum
             
    Optical Wavelength nm 1310/1550/CWDM    
    Optical Power Output mW / dBm 2 / 3 1.7/2.5  
    Optical Budget / Distance
    4 dB optical budget    		 dBm/Km 1310 nm | 1550 nm
    8 |15    		    
    RX Optical Input Power dBm -1 -2 4
    Optical Connector Types Type FC/APC or SC/APC
    (E2000 option)    		 -  
    Optical Return Loss dB   -60 -55
             
             
    Electrical Specifications       
             
    Supply Voltage Vdc 12    
    Supply Current [TX]11 Amps 0.5    
    Supply Current (RX) Amps 0.45    
    EMI Rating   EMI Rating: FCC Class B
    CE Mark    		    
           
           
    Physical Specifications       
             
    Operating Temperature Range ºC   -10 +55
    Storage Temperature Range ºC   -45 +85
    Relative Humidity   95% non-condensing    
    Altitude ft / Km 10,000 [3.08 ] operating12
    14,000 [12.2] non-operating    		    
    Dimensions [D×W×H] ins/cm 12×0.8×4 / 30.5×2×10.2    
    Weight lbs./Kg 0.5 / 0.23    
    MTBF Hours TX: 309, 481
    RX: 359, 057    		    
    MTTR Hours 0.083    
    Shock & Vibration  

    Designed for normal transportation environment per section 514.4 MIL-STD-810E. Designed to withstand 20G at 11 ms [½ sine pulse] in non-operating configuration.