PI90LVT386AEX

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PI90LVT386AEX is a highly integrated, low-voltage and low-skew clock driver with very low jitter and flexible phase-shift capability. It has a standard line-up of configurable I/O and supports multiple application types and environments. It is especially designed for systems and applications requiring high filter performance, low power consumption, and tight distributions of output clocks.
PI90LVT386AEX has a wide range of application fields, including PC motherboards, telecom and data centers, Industrial PCs, communication infrastructure, automotive electronics, and consumer electronics. By using this clock driver, system designers can ensure the highest performance, power efficiency and clock stability. PI90LVT386AEX also can be integrated into many other applications, including office automation, healthcare, and gaming systems.
The working principle of this clock driver is based on a combination of two types of technologies: the LVT (Low Voltage Technology) and the DLL (Delay Locked Loop). The LVT technology merges different types of logic such as differential logic, DDR and low-voltage logic into one integrated circuit, which increases the performance of the circuit. The DLL technology is a mechanism that is used to calibrate the incoming clock signals and divide them into multiple outputs. The output clocks are then sent to the appropriate peripheral devices for further processing.
PI90LVT386AEX also features an on-chip programmable phase locked loop (PLL) that can be used to generate stable and independent clock signals. This allows the system designer to choose the best combination of filters and clock frequencies to ensure the desired performance. The PLL also provides the ability to adjust the output signals in order to compensate for the VCO drift, ensuring a constant output clock frequency. This ensures a reliable, stable and low-noise clock generator that is ideal for a variety of systems and applications.
Finally, PI90LVT386AEX is designed with an internal power-saving circuit that reduces power consumption without sacrificing performance. This makes it ideal for systems that are sensitive to power consumption, such as laptops, tablets and other portable devices. The integrated power-saving circuit also allows for lower output jitter and better thermal performance, ensuring that the device will not be affected by environmental temperature changes.
In conclusion, the PI90LVT386AEX is an excellent choice for many types of applications. Its efficient power-saving circuit makes it particularly attractive for low-power operations, while its flexible, highly integrated design provides system designers with great customization options. By taking advantage of its features, system designers can ensure that their circuits achieve the highest levels of performance and stability.

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