6131-211-13149P

With the development of communication technology, various kinds of optical communication equipments are more and more widely used in the market. 6131-211-13149P plays an important role in this area. 6131-211-13149P application field and working principle are as following:

Application field: 6131-211-13149P is designed for the use in the transmissionnetworks such as EPON, GPON etc. It has the capacity of enormous 10Gbps, which cancope with a great amount of data transmission. The submarine application of 6131-211-13149P is also a major application in the market, as it is relatively noise-protected, waterproof and corrosion-resistant.

Working principle: 6131-211-13149P follows the principle of the modulated light transmission. The data processing module of the transmitter can receive digital data from the customer and modulate the light signal after pre-processing. The modulated light signal is then transmitted by the optical fiber, and this is the simplest working principle of the 6131-211-13149P. At the receiver, the light passes through an optical detector, which produces an electrical signal. Then, the data processor of the receiver demodulates the light signal, so the original data can be successfully obtained.

Moreover, the transmission capacity of 6131-211-13149P can be improved by using advanced technologies such as hybrid modulation, dispersion compensation and the highly integrated optoelectronic circuits.These advanced technologies reduce the number of components, simplify the structures and optimize the implementation of all the components. The capacity of 6131-211-13149P is thus improved with these technologies, and the transmission characteristics of the optical communication system are also improved.

Based on the above analysis, we can draw the conclusion that 6131-211-13149P is an important component in the optical communication system. It applies the basic principle of modulated light transmission, and utilizes advanced technologies like hybrid modulation, dispersion compensation and highly integrated optoelectronic circuits to improve its transmission capacity and transmission characteristics. It is widely used in transmitting networks such as EPON, GPON, submarine and so on.