82V3380EQG

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82V3380EQG products are specialized network timing clocks that are primarily used in Ethernet and other areas of data communication. This type of clock is used in many various clock networks as it offers a wide range of features. It also provides great flexibility in timing synchronization due to its configurable phase-lock loops (PLLs).

The 82V3380EQG is a dedicated oscillator module used for clock synchronization and time management. It has a 25MHz crystal, a highly precise and reliable clock engine, and adjustable parameters used to optimize performance for the specific application. It can be used for a variety of purposes, including time synchronization for distributed networks, timing clock distribution for Ethernet, and synchronization for complex computer network applications. The clock is programmable to adjust the output accuracy, operating temperature range, and crystal frequency.

The 82V3380EQG provides an extremely stable time base in both high and low temperature environments. This is especially important in Ethernet networks because it is important to maintain the data rate and clock accuracy throughout the entire network. In addition, the clock module is designed to reduce transmission errors and jitter. This stability is achieved by reading the crystal\'s data and then adjusting its frequency using the built-in programmable oscillator.

The 82V3380EQG can be used in a variety of applications, including clock and timing networks, signal distribution, Ethernet physical layer, synchronous optical networks, digital networks, and distributed computing systems. It is also used in industrial, medical, automotive, and consumer electronics applications.

The 82V3380EQG is a reliable, high-performance timing clock used in a wide range of applications. Its programmable oscillator enables users to customize the clock frequency to fit their needs and is designed to maintain high accuracy and stability in different temperature environments. The combination of adjustable parameters and crystal stability make it a valuable addition to today\'s clock synchronization networks.

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