5P50912DVGI

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The 5P50912DVGI is a high performance programmable clock generator component and a core component of many frequency control applications. Designed to reduce the complexity and cost of clock tree design, the 5P50912DVGI offers a wide range of clock frequencies with excellent signal integrity and low jitter. The 5P50912DVGI can provide a few output signals and integrate a wide range of features, including programmable output frequencies, phase and frequency synthesis, synchronization features and easy I/O expandability. These features make it one of the most flexible, cost-effective clock generator components on the market.

The 5P50912DVGI can be used in applications ranging from network storage and servers to microcontrollers and communications. Its output frequencies allow for the synchronization of multiple I/O clocks and are accurate enough to meet the low jitter requirements of component interfaces such as USB3.0, SATA3.0, and PCIe, among others.

The primary components of the 5P50912DVGI are an oscillator, a phase-locked loop (PLL), and a voltage-controlled oscillator (VCO). The oscillator acts as a reference source, providing a source of clock frequencies that are used to drive the PLL and VCO. The PLL and VCO are coupled together and the output of the VCO provides the desired frequency needed for the clock signal. This signal is then synchronized and buffered to provide the output signals needed to drive multiple I/O clocks.

The 5P50912DVGI also features a wide range of clock synthesis options that are extremely useful for frequency synthesizer designs. Synthesized clocks can be programmed to output different frequencies that can be used to drive I/O clocks for multiple applications. The interfacing of these clocks is simplified as the synthesized clocks are designed to operate in the same voltage domain.

The 5P50912DVGI also offers synchronization features that allow it to be tightly coupled with other I/O clocks and synchronize them with a master clock. This provides a unified clock environment and eliminates the need for separate clock sources. Furthermore, the 5P50912DVGI can be interfaced with a number of external components to provide additional inputs, such as from a temperature sensor or from a voltage sensor, to provide a more accurate tuning of the synthesized clock.

In addition, the 5P50912DVGI can be easily interfaced with external memory or other digital I/Os via a dedicated I/O expander block. This provides an easy way to add additional outputs and allows for customization of the output signals. This feature also allows for easy I/O expansion in applications that require multiple clock signals.

Overall, the 5P50912DVGI is an ideal clock generator component for applications that require high performance frequency control. It is an excellent choice for many frequency control applications, such as microcontrollers, communications and consumer electronics, that require multiple output signals with low jitter and excellent signal integrity.

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