ZL30160GGG

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The ZL30160GGG is a versatile clock module designed to accurately maintain synchronization among digital systems. This clock module can be used in many applications, including network switching and routing equipment, servers, embedded systems, and various consumer electronics. Clock synchronization plays an important role in many of these applications, as they often require very precise timing to remain operational.

In order to understand the ZL30160GGG’s application field and working principle, it is first important to understand the concept of synchronization. In general, synchronization is the process of coordinating activity between two or more connected components in order to achieve a desired effect. In the case of digital systems, synchronization is the process of ensuring that component clocks all operate at the same frequency and phase, so that data is exchanged between them in a precise and coordinated manner. This synchronization is achieved through the use of clock pulses, which serve as a precise reference for all the component clocks.

The ZL30160GGG was designed to provide high precision synchronization, which is necessary for many digital systems. The key feature of this clock module is the ability to maintain synchronization even when the component clocks are operating at different frequencies. This enables it to maintain timing accuracy between two easily-changeable component clocks. The ZL30160GGG can also be adjusted for different nominal speeds, as well as to follow the speeds of any component clock that is chosen as a reference.

The ZL30160GGG utilizes a phase-locked loop (PLL) architecture to achieve synchronizing performance. A PLL circuit is essentially an analog circuit that locks and synchronizes a component clock to a reference clock by continuously comparing the phase and the frequency of the component clocks. The ZL30160GGG uses a wide range of reference frequencies, allowing it to provide pre-set or adjustable synchronization to any clock chosen as a reference. This makes the ZL30160GGG invaluable for applications that require precision timing, such as packet switching or video transmission.

In addition to providing synchronization for digital systems, the ZL30160GGG can also be used for clock generation. The clock module has a built-in frequency multiplier, which can generate frequencies from the reference clock up to 810 MHz. This makes the ZL30160GGG suitable for a wide range of high-speed applications, such as digital radio and television broadcasts.

The ZL30160GGG clock module can be used for many clock/timing applications, including clock synchronization, clock generation, and high-speed applications. Its phase-locked loop (PLL) architecture allows it to achieve precise synchronization, and its frequency multipliers provide the flexibility to generate frequencies up to 810 MHz. The module is well suited for use in network switching and routing equipment, servers, embedded systems, various consumer electronics, and many other systems that require precise timing.

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