CY22381SXI-194

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CY22381SXI-194 is a versatile clock generator, PLL, and frequency synthesizer. It combines all of these functions in one compact and cost-effective package. It is ideal for applications requiring high performance clock solutions, such as communications systems, test and measurement equipment, personal computers, and embedded systems.

The CY22381SXI-194 simplifies the process of system design, allowing the clock source to be configured and tuned easily in a single chip. The device has two separate clock sources, a primary and secondary clock source, for generating the output clock signals. The primary source can be a crystal oscillator, with a range of frequencies from 10MHz to 50MHz. The secondary source can be a PLL or frequency synthesizer providing enhanced flexibility. The outputs are directly fed to the output pin, thus reducing EMI and having one common reference clock from which all of the other clocks are derived.

The device has two separate PLL cores: a Core-A PLL and a Core-B PLL. The Core-A PLL can be used to generate and program multiple clock frequencies with a low jitter, while the Core-B PLL can be used to produce a single frequency. The CY22381SXI-194 also has output dividers for each of the two PLLs, allowing for the easy configuration of the output clock frequencies. The output dividers can range from 1:2 to 1:128 frequency divisions.

The CY22381SXI-194 is controlled by a serial interface, which allows it to be programmed and configured easily. It is designed to operate at low power consumption, but also provides good jitter performance. The device can be used in both single-ended and LVDS standards. It has been designed to provide high speed outputs with a wide range of frequencies.

The CY22381SXI-194 is a versatile, easy to program, and cost-effective clock generator, PLL, and frequency synthesizer. It is designed to be used in a variety of applications that require high performance clock sources. With low power consumption and high jitter performance, this device is a great choice for even the most demanding applications.

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