CY25100SXC-065T

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The CY25100SXC-065T is a CMOS-based clock generator and phase-locked loop (PLL) frequency synthesizer device specifically designed for creating a clock signal and multimedia SYNC functions for ultrahigh-speed applications. In order to derive the most accurate frequency sources and assure synchronization in today’s stringent performance applications, designers can now utilize the flexibility and convenience of a PLL frequency synthesizer.

The CY25100SXC-065T is capable of generating a minimum clock frequency output of 2.5GHz for the CPU clock, 5GHz for the video processor clock, and 3GHz for the system bus clock. In addition, it is capable of providing internal or external reference clock inputs, and variable or fixed frequency outputs. An on-board voltage-controlled oscillator (VCO) can be used to generate an output clock signal with a frequency range between 0.2MHz and 2.5GHz.

The tight jitter specification and phase noise characteristics of the CY25100SXC-065T provide a clock signal with exceptional accuracy. In addition, users can program the device to control the clock output frequency and voltage levels. The device also features programmable output skews, duty cycles, de-skewing, and rising/falling edge adjustment. The CY25100SXC-065T is also designed with an integrated voltage regulator, which greatly reduces the total component count of the system design.

The main working principle of the CY25100SXC-065T frequency synthesizer is based on a VCO and a phase-locked loop (PLL). The VCO generates a signal whose frequency is a function of the control voltage applied to it. The generated signal is then compared to the reference signal, and an error signal is produced by subtracting the two signals. The error signal is then fed into the loop filter which filters out the unwanted noise and adjusts the VCO control voltage to lock in the reference frequency. Once the reference frequency is achieved, the output clock of the VCO is phase-locked to the input reference signal.

The CY25100SXC-065T frequency synthesizer can find applications in a wide variety of fields such as wireless communication, digital multimedia applications, high-performance servers, storage systems, medical imaging systems, and process control systems. In addition, it features lower power consumption, increased output jitter performance, and flexibility which make it an ideal choice for a wide range of applications.

In conclusion, the CY25100SXC-065T offers designers a powerful solution for generating high-accuracy clock signals and synchronizing multiple system components in a variety of applications. Its capability for generating a wide range of frequencies and its low power consumption make it ideal for use in a variety of systems. Its integrated voltage regulator also reduces the total component count of the system design.

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