82521

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82521 application fields and working principles refer to the transceivers which are used for fiber optic channel communication. Fiber optic communication is achieved by using light waves that travel along the fiber optics core. Transceivers are integrated circuits which allow the transmission and reception of the light waves along the fiber optics cable. They are mainly used in short-haul and long-haul applications, such as fiber to the home (FTTH).

82521 transceivers are integrated with a circuit board and have a small form factor. They are available in a variety of formats including popper, plenum, and bulkhead. They are capable of transmitting data at speeds of 1,500 to 16,000 Mbps over fiber optics cable. Each transceiver consists of an input converter, an output converter, and a receiver circuit. The input converter converts the digital signal from the host computer into a light wave so that it can be transmitted over the fiber optics cable. The output converter then converts the light wave back into a digital signal. The receiver circuit then filters and amplifies the signal so that it can be interpreted by the host computer.

82521 transceivers are widely used in various applications such as data centers, telecom networks, and military communications. In data centers, they are used to connect end-user devices to ensure fast and secure data transmissions. In telecom networks, they are used to connect different segments of the network, such as local area and wide area networks. In military applications, they are used for secure satellite and wireless communications.

82521 transceivers are designed with several important features. The most important features are high transmission rate, low input power, and low noise. The transmission rate is the speed at which the transceivers can transmit data over the fiber optics cable. It is usually measured in Mbps (megabits per second). The low input power ensures that the transceivers can operate without consuming too much power, and the low noise ensures that the transmitted data is accurate and reliable.

82521 transceivers are also designed with high level of noise immunity to prevent interference from external sources. This helps to ensure that the data transmissions are accurate and reliable. In addition, they are designed with automatic power control (APC) which helps to maintain a steady transmission rate, even in the presence of environmental disturbances.

82521 transceivers are reliable and cost-effective solutions for fiber optic communication. Their design features make them suitable for different applications such as data centers, telecom networks, and military applications. They are reliable and easy to install, making them the ideal choice for any fiber optic Network.

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