Fiber to Fiber Cum Mini Transmitter

When you come across the term “Fiber to Fiber Cum Mini Transmitter,” it’s describing a type of optical transmitter with specific characteristics. Here’s a breakdown:

Key Concepts:

• Fiber to Fiber:
  • This indicates that the device operates entirely within the optical domain. It takes an optical signal as input and produces an optical signal as output. This differs from transmitters that convert RF signals to optical signals.
• Cum:
  • In this context, “cum” often implies a combined functionality. It can mean that the device includes additional features, such as amplification, or that it is a hybrid device. For example, it can mean “combined with”. As seen in the search results, “Fiber Transmitter cum Fiber Amplifier” is a common usage.
• Mini Transmitter:
  • This refers to the device’s compact size. These transmitters are designed for applications where space is limited.

Functionality:

• Essentially, a “Fiber to Fiber Cum Mini Transmitter” is a device that processes optical signals. This processing can include:
  • Optical Amplification:

    Boosting the strength of the optical signal. ¹    

  • “Fiber to Fiber Cum Mini Transmitter,” it’s important to break down the terms to understand the device’s function. Here’s a clarification based on the search results and general knowledge of fiber optics:

    Key Elements:

    • Fiber to Fiber:
      • This fundamentally means the device operates within the optical domain. It takes an optical signal as input and outputs another optical signal. This distinguishes it from devices that convert RF (radio frequency) to optical.

Specifications:

• Fiber to Fiber reverse powered mini transmitter.
• RF Out port is reverse POC (12 V) enable.
• RF In port available for working as normal transmitter.
• External 9 -12 V / 1.2 Amp. DC adaptor.
• 4X10 MW lasers outputs.
• Wavelength 1310nm.
• RF input : 95 .5dBm.
• Excellent linearity.