The optical fiber comprehensive tester is an integrated solution that combines the functions of optical fiber insertion and return loss, optical fiber end face analysis, optical power measurement, and red light source testing. It is a perfect representative of professional, multi-purpose, and compact instruments, suitable for various application environments of measuring optical power and loss in any optical fiber network.
The insertion loss function in the handheld comprehensive tester has many significant advantages. It can measure the insertion loss and return loss of optical devices with extreme precision, providing reliable data support for the performance evaluation of optical communication systems. Even in complex and variable practical application scenarios, it can maintain a high level of accuracy and stability. Its portability is another major highlight. Detection operations can be carried out anytime and anywhere, greatly enhancing the flexibility and efficiency of work.
At the same time, it is equipped with an internal and external optical fiber end face detector. By magnifying the image 200 times, it can clearly determine the condition of the optical fiber end face, such as scratches and dirt. "PASS/FAIL" analysis for optical fiber end face inspection and testing eliminates subjective assumptions. All the inspection and test results of the optical fiber end faces can be saved simultaneously.
The light source function supports two specific dual-wavelength light sources at 1310/1550nm, featuring highly stable optical signal output. It is used in fields such as optoelectronic metrology, optical fiber sensing, and optical fiber testing.
The red light source also shows unique advantages in it. The specific wavelength red light it emits has strong penetration and recognition, and can clearly display the condition of the optical fiber line. Whether it is to quickly determine the connection or disconnection of the line or precisely locate the position where the fault occurs, it performs extremely well. Moreover, its operation is simple and convenient. It can be easily mastered without complex skills and training, bringing great convenience to technicians.
When insertion loss is combined with the end face detector and the red light source, it forms a powerful combination of advantages. They cooperate with each other and complement each other. They can not only comprehensively detect various key indicators of the optical communication system, but also solve various practical problems promptly and effectively. This advantage makes the handheld comprehensive tester an indispensable and important tool in the field of optical communication, playing a crucial role in ensuring the high-quality operation and efficient maintenance of optical communication systems.
