CY241V8ASXC-14T

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Today’s world is run on clock-driven technical applications. Devices such as computers, cell phones, routers, and networking switches all require accurate and reliable timing to function properly. All of these applications depend on a source of timing power, and one of the most popular sources — a clock generator — is the CY241V8ASXC-14T.

The CY241V8ASXC-14T is a clock generator circuit capable of producing accurate clock signals at various output frequencies. It comprises of a phase-locked loop (PLL) system and a frequency synthesizer circuit. It can be programmed using an I2C or Parallel Interface Bus and uses an external 14.318 MHz Crystal Oscillator for synchronization.

The circuitry of the CY241V8ASXC-14T consists of a voltage-controlled oscillator (VCO) which can produce output frequencies over a range of 11.2-16.4 MHz. This is controlled by a reference signal provided by the external crystal oscillator. This oscillator’s signal is then divided down into a reference frequency for the PLL loop, which is 8 kHz. The PLL’s frequency is then divided down multiple times and fed into the VCO frequency divider. The output of this divider then determines the output frequency, depending on the frequency divider selection.

The CY241V8ASXC-14T is often used in communications systems, such as local area networks, where multiple devices need to be synchronized to a common timing source. It is also used in digital clock systems where a variety of accurate clock signals are needed. In addition, it is used in systems where multiple processors and components need to receive accurate clock signals that are synchronized to one another.

The CY241V8ASXC-14T clock generator is an extremely versatile and reliable device, capable of producing accurate clock outputs over a wide range of frequencies. Moreover, the external crystal oscillator ensures the stability and accuracy of the output signals. Further, it is compact and easy to program, making it one of the most popular sources for clock-driven applications.

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