CY28400OXCT

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The CY28400OXCT is a clock-timing integrated circuit (IC) developed by Cypress Semiconductor Corporation. It is a high-performance, low-power clock-timing solution for a wide range of applications. The CY28400OXCT is suitable for applications ranging from system clock and memory clock to audio and video timing, with support for high-speed ULPI (USB Low-Power Internal) applications. The clock-timing IC offers a wide range of features, such as adjustable phase-shift, flexible input and output dividers, over-voltage protection, low-jitter clock outputs, and support for multiple input frequencies.

The CY28400OXCT clock-timing solution employs advanced Digital Phase-Locked Loop (DPLL) technology to generate low-jitter clock signals from low-power input frequencies. Theadjustable phase-shift feature allows for fine-tuning of the clock signals generated. This feature makes the CY28400OXCT an ideal solution for systems requiring precise timing control. By using the adjustable phase-shift, designers can adjust the timing skew of their system\'s clocks and improve the overall performance of the system.

The CY28400OXCT is also an economical and low-power solution for system designs. The integrated circuit consumes an average current of only 10 mA and is compatible with a 1.8V to 3.3V voltage supply. The on-chip CMOS power-down controller allows full suspend and resume functions with minimal current consumption. With these features, the IC supports low-voltage applications and provides an efficient power management for systems.

The wide range of features offered by the CY28400OXCT makes it an ideal solution for a variety of clock-timing applications. In systems requiring precise timing control, designers can use the adjustable phase-shift feature of the CY28400OXCT to reduce timing skew and improve overall system performance. The IC\'s low-power consumption and compatibility with a 1.8V to 3.3V voltage supply makes it a suitable solution for low-voltage applications. The IC is also a cost-effective solution for clock-timing applications.

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