CY25100SXC-061T

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The CY25100SXC-061T is a clock generator, PLL, frequency synthesizer integrated circuit used in many consumer and industrial electronics. It is designed to provide a clock signal with very low jitter and output frequencies up to 200 MHz. This IC can generate the desired output frequency by dividing the internal reference clock signal and or multiplying an external reference clock signal. It can also lock onto an input signal from an external clock source and generate a desired output frequency without any jitter or phase noise.

The CY25100SXC-061T is a single-chip clock source which combines a fractional-N frequency synthesizer, programmable reference clock divider, and a phase-locked loop (PLL) for producing output clock frequencies that are programmable up to 200 MHz. The reference clock divider divides the internal reference signal and the PLL multiplies the external reference signal to reach the desired frequency. This IC has an auto-calibration capability to ensure a low jitter and low noise output signal that meets the most demanding applications. Its frequency-selectable output programmability makes it suitable for a wide range of consumer and industrial applications such as networks, base stations, storage systems, and broadcasting equipment.

To operate, an input signal of either 12 MHz or 24 MHz is applied to the IC, depending on the desired output frequency. The CY25100SXC-061T then produces the output clock with low jitter and harmonic distortion. It has a latency of less than 5.6ns and a reference clock frequency of 217.72 MHz, making it extremely accurate and reliable. The IC can also provide up to four different output frequencies at the same time with synchronization and clean outputs.

The CY25100SXC-061T is a very flexible, low power clock generator that can satisfy the requirements of many consumer and industrial applications. It is also very reliable, with a maximum operating frequency of 200 MHz and a maximum operating temperature range of 125 °C for its long-term operation. Along with its high performance and low power consumption, the IC is suitable for a variety of digital systems. It is perfect for use in networking, storage, broadcast, industrial, automotive and consumer applications.

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