9FGU0231AKILF

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Clock/Timing - Application Specific

9FGU0231AKILF is an IC designed for applications that require precise timing, clocking and synchronization of digital information. It is specifically designed for a wide range of applications including embedded systems, communications, data acquisition, industrial control and automotive. The IC\'s main purpose is to provide clocking and synchronization of digital logic, allowing for accurate timing control. It also provides several general purpose I/O elements for monitoring and communicating with the outside world.

The 9FGU0231AKILF features a highly precise clock oscillator and an external crystal, which allows for excellent accuracy when used with a frequency of up to 1.05GHz. This oscillator is temperature compensated, making it ideal for temperature-sensitive applications. The clock also features a unique spread spectrum clock, which provides extremely low jitter and low noise characteristics.

The 9FGU0231AKILF also features an integrated phase-locked loop (PLL) with a digital-controlled PLL rate selector. This allows for easy synchronization of the IC with a master clock, enabling enhanced accuracy and precise timing control. One of the most important features the IC offers is its flexibility in the clock divide range. It is capable of dividing the input clock up to 16 times, allowing for precise clocking of different applications.

The 9FGU0231AKILF also has several general purpose I/O elements for communicating with the outside world. These include UARTs, SPI and I2C buses, as well as a General Purpose Digital Input and Output (GPI/O). This enables a wide range of connectivity options, allowing the user to easily interface with other devices. In addition, the IC also features a 4-bit data bus, which allows for fast data transfers between different devices.

The 9FGU0231AKILF features several features that make it an ideal choice for a wide range of applications. Its highly precise clock oscillator, low jitter and low noise characteristics, and its ability to synchronize with a master clock make it an ideal choice for precision timing control. Its integrated PLL also allows for enhanced accuracy and precise timing control. Lastly, its general purpose I/O elements enable a wide range of connectivity options, making it ideal for various applications.

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