What is the expected outcome of using an optical power meter during fiber optic diagnosis?

Using an optical power meter during fiber optic diagnosis is primarily aimed at measuring optical power levels within the fiber optic cable. This tool is essential for evaluating the performance and efficiency of optical fibers, as it allows technicians to quantify how much light is being transmitted through the fiber. By measuring optical power levels, one can assess whether the signal strength is adequate for proper communication, ensuring that the fiber network operates within its designated parameters.

Establishing the optical power levels is crucial for diagnosing issues such as excessive loss in the fiber, which may arise from poor connections, bends in the fiber, or the age of the fiber itself. This measurement can provide invaluable feedback during testing and troubleshooting, guiding technicians in identifying potential problems before they lead to critical failures in the network.

Other options are not aligned with the primary function of an optical power meter. For instance, measuring cable thickness or specifically identifying physical damage requires different tools and techniques, as these tasks do not relate directly to the optical power measurements necessary for assessing signal integrity. Enhancing network configurations involves considerations beyond just optical power levels; it typically includes analyzing network design, routing, and equipment settings that cannot be addressed solely through power measurements.