SL28504BZC-1

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The SL28504BZC-1 is an Application Specific Clock/Timing device. This device is designed to be used in the most demanding of applications, specifically those requiring precise timing or clocks. This is due to its optimized architecture and high performance capabilities. This makes the SL285BZC-1 an ideal choice for advanced applications requiring precise timing. The following provides an overview of how the SL28504BZC-1 works and how it can be used in various applications.

Overview

The SL28504BZC-1 is a fully integrated clock source that integrates multiple timing frequencies into a single chip. This integrated clock source includes a high-performance hybrid GTM clocking system, an ultra-low jitter PLL, and an adjustable voltage output buffer for precise timing accuracy. The SL28504BZC-1 module also contains a dual Crystal Oscillator (XO) for precise timing of both the low-frequency and the high-frequency outputs. The device is designed to provide extremely precise timing accuracy and performance, allowing for high-speed data transfer and reliable communication.

Applications

The SL28504BZC-1 module can be used in many different applications that require precise timing. These include high-performance server applications, such as servers that utilize database and large-scale distributed data storage networks. It is also suitable for communication systems that need precise timing during data transmission. Additionally, the device can be used in many different embedded computing systems, such as those utilized by consumer devices. Finally, the SL28504BZC-1 can be used in industrial-grade applications, such as industrial controllers, machine controllers, and programmable logic controllers.

Working Principle

The SL28504BZC-1 operates on an optimized hybrid GTM clocking system. This clocking system incorporates the use of a two-stage architecture to optimize clock performance. The two stages of the clocking system consist of a master frequency generator and a PLL. The master frequency generator is used to generate the fundamental frequency for the SL28504BZC-1. This frequency can be adjusted and/or tuned depending on the requirements of the application. The PLL is then used to enhance the output performance of the master frequency generator. This PLL architecture allows for the precise timing and synchronization between multiple devices utilizing the same clock.

The SL28504BZC-1 also incorporates an ultra-low jitter PLL circuit. This circuit allows the device to have the lowest jitter margin and the most uniform phase noise performance between different output frequencies. Additionally, the PLL includes an adjustable voltage output buffer which can be used to provide precise timing accuracy and performance. This buffer can also be used to adjust the output voltage of the device depending on the requirements of the application.

Conclusion

The SL28504BZC-1 is a fully integrated clock source that is designed for high-end computing applications. This device incorporates a hybrid GTM clocking system and an ultra-low jitter PLL circuit, resulting in excellent timing accuracy and performance. Additionally, the device utilizes an adjustable voltage output buffer which can be used to customize the output voltage for specific applications. The SL28504BZC-1 can be used for a variety of different applications, including high-performance servers, communication systems, embedded computing systems, and industrial-grade systems.

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