IF Fiber 70/140 MHz Optic Link | PL7330T / PL7330R4

IF Fiber 70/140 MHz Optic Link | PL7330T / PL7330R4

The PL7330T transmitter and PL7330R4 receiver deliver high-performance IF signal transmission in a compact sub-rack chassis design. The system enables stable RF performance with high input power handling and supports up to a 4db optical budget for long-distance applications.

Features & Benefits

  • IF frequency range from 10–200 MHz
  • Supports transmission distance up to 10 km
  • DigiRF™ management through front panel LCD and SNMP
  • IMizer™ automated calibration for IMD and CNR alignment
  • User-defined IMD configuration for linearity control
  • Hot-swappable modules for continuous system operation
  • Multiple RF and optical connector configurations
  • 1550nm and CWDM variants for extended fiber reach

Basic Details

The PL7330T and PL7330R4 are designed for modular IF applications that require stable operation and sub-rack chassis deployment. Each transmitter and receiver module can be hot-swapped within the sub-rack chassis to maintain subsystem uptime during servicing, and each module contains an individual processor to maintain specification performance under demanding user applications. The associated PL7010 chassis includes 12 active slots, one main control processor slot, and two redundant power supplies. No fans are required even under full sub-rack loading and full LNB powering.

Basic Details

RF Specification Value
Frequency Range – Bandwidth 10 – 200 MHz
Amplitude Response @ Unity Gain ±0.35 dB
Noise Figure 13 dB
Output IP3 (OIP3) 20 dBm
Input Signal Range – Total Power 0 to -30 dBm
RF Output Signal Range – Total Power 0 to -30 dBm
Optical Specifications
Optical Budget / Distance 1310nm 1550nm 4dB (10km)
Can the required IMD level be selected locally or remotely?

Yes. The desired IMD for the optical transmitter can be selected either locally or remotely.

What connector options are available for this optic link?

The system supports a variety of RF and optical connector options, including N/SMA/F/BNC50/BNC75 for RF connectivity.

Are versions available for longer fiber runs or CWDM applications?

Yes. 1550nm and CWDM ITU grid versions are available for longer fiber runs and single fiber CWDM multiplexing solutions.

Make an inquiry

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